This package provides implementations for general positioning, coordinate reference systems (CRS), and coordinate transformations. Coordinates can have any number of dimensions. So this implementation can handle 2D and 3D coordinates, as well as 4D, 5D, etc.
This package provides a special implementation of identifier, which is also a generic name. By implementing those two interfaces, it is possible to use the same kind of object for specifying both the main identifier and the aliases of an identified object.
All factory methods are capable to find an object using an unscoped (or local) name. However, in order to avoid potential conflict, it is recommanded to use scoped name when possible. For example even if both can work, prefer "EPSG:9624" instead of "9624" for the affine transform in order to avoid potential conflict with an other authority using the same code number.
A set of command lines tools is provided for performing queries.
The tools are implemented in the
main method of some key classes. The
||Lists registered factories found in the class path (not only Geotools implementations).|
||Lists registered math transforms found in the class path.|
||Prints some informations about objects specified by their authority codes.|
||A command-line tool for testing transformations.|
Class Summary Class Description AbstractIdentifiedObjectA base class for metadata applicable to reference system objects. AbstractReferenceSystemDescription of a spatial and temporal reference system used by a dataset. ConsoleA console for executing CRS operations from the command line. CoordinateFormat CRS GeodeticCalculatorPerforms geodetic calculations on an ellipsoid. NamedIdentifierAn identification of a CRS object. ReferencingFactoryFinderDefines static methods used to access the application's default factory implementation.
Enum Summary Enum Description CRS.AxisOrderEnumeration describing axis order for geographic coordinate reference systems.