All Classes and Interfaces

Class
Description
 
This class expands the Handler interface adding support for selection, and identifying a handler of a geometry.
 
 
This interface is equivalent to the GM_Aggregate specified in ISO 19107.
This interface serves to set the appearance of a Solid in a CityGML model.
 
 
This interface is equivalent to the GM_Arc specified in ISO 19107.
Center handlers.
This interface is equivalent to the GM_Circle specified in ISO 19107.
 
 
This interface is equivalent to the GM_Complex specified in ISO 19107.
This interface is equivalent to the GM_Composite specified in ISO 19107.
This interface is equivalent to the GM_CompositeCurve specified in ISO 19107.
This interface is equivalent to the GM_CompositePoint specified in ISO 19107 A separate class for composite point is included for completeness.
This interface is equivalent to the GM_CompositeSolid specified in ISO 19107.
This interface is equivalent to the GM_CompositeSurface specified in ISO 19107.
 
Exception thrown when there is an error creating a new Geometry.
Cuadrant handlers.
This interface is equivalent to the GM_Curve and the GM_CurveSegment specified in ISO 19107.
This interface defines a set of constants for all data types supported by the DAL.
DirectPosition object data types hold the coordinates for a position within some coordinate reference system.
 
 
An ellipse is the finite or bounded case of a conic section, the geometric shape that results from cutting a circular conical or cylindrical surface with an oblique plane (the other two cases being the parabola and the hyperbola).
 
This interface is equivalent to the GM_Envelope specified in ISO 19107.
 
 
Final handlers.
This class is deprecated.
This interface is equivalent to the GM_Object specified in ISO 19107.
 
 
The subtype of a geometry is related with the dimension of the geometry, that is a combination between the spatial dimension (2D, 2ZD, 3D) and the M coordinate or "measure".
Predefined geometry types in the model.
 
 
Parent exception for the geometry library.
Registers the default implementation for GeometryManager.
This Locator provides the entry point for the gvSIG GeometryManager.
This singleton provides a centralized access to gvSIG's Geometry Model.
 
Every geometry operation that is registered dynamically must extend this class.
The following example shows how to implement and register a custom operation:
This class is a default parameter container for geometry operation.
Normally every GeometryOperation will extend this class and identify its parameters publicly with getters/setters For those operations that need high performance, parameters should be declared as class members instead of using the setAttribute/getAttribute mechanism.
 
 
 
This class represents the type of a geometry.
This exception is raised when the someone tries to access a geometry type that is not supported.
 
 
In a FMap graphic layer, each geometry drawn has control points named handlers that allow user to move, modify, set, ... that geometry.
 
 
 
 
 
 
 
This interface is equivalent to the GM_Curve specified in ISO 19107.
 
This interface is equivalent to the GM_MultiPoint specified in ISO 19107.
 
This interface is equivalent to the GM_MultiPrimitive specified in ISO 19107.
This interface is equivalent to the GM_MultiSolid specified in ISO 19107.
This interface is equivalent to the GM_MultiSurface specified in ISO 19107.
 
This interface is equivalent to the GM_OrientableCurve specified in ISO 19107.
This interface is equivalent to the GM_OrientablePrimitive specified in ISO 19107.
This interface is equivalent to the GM_OrientableSurface specified in ISO 19107.
This class represents the perimeter o an ellipse.
This interface is equivalent to the GM_Point specified in ISO 19107.
This class is deprecated.
 
 
This interface is equivalent to the GM_Object specified in ISO 19107.
This exception is thrown when the reprojection library is unable to reproject and we need to notify that there was a problem (so far, the reproject method in Geometry API does not throw a standard exception)
 
This interface is equivalent to the GM_Solid specified in ISO 19107.
 
 
 
This interface is equivalent to the GM_Surface specified in ISO 19107.