SRM.SRM_CS_Code Class Reference

CS ORM code enumeration according to the SRM spec. More...

Inheritance diagram for SRM.SRM_CS_Code:

[legend]List of all members.

Static Public Member Functions
SRM_CS_Code	getEnum (int enum) throws SrmException
	returns the SRM_CS_Code from its enumerant value
SRM_CS_Code	getEnum (String name) throws SrmException
	returns the SRM_CS_Code from its string name
Static Public Attributes
final int	_totalEnum = 28
final int	_CS_UNDEFINED = 0
final int	_CS_EUCLIDEAN_3D = 1
	Undefined.
final int	_CS_LOCOCENTRIC_EUCLIDEAN_3D = 2
	Euclidean 3D.
final int	_CS_SPHERICAL = 3
	Localized Euclidean 3D.
final int	_CS_LOCOCENTRIC_SPHERICAL = 4
	Spherical.
final int	_CS_AZIMUTHAL_SPHERICAL = 5
	Localized spherical.
final int	_CS_LOCOCENTRIC_AZIMUTHAL_SPHERICAL = 6
	Azimuthal spherical.
final int	_CS_GEODETIC = 7
	Localized azimuthal spherical.
final int	_CS_PLANETODETIC = 8
	Geodetic 3D.
final int	_CS_CYLINDRICAL = 9
	Planetodetic 3D. Geodetic 3D with longitude in opposite direction.
final int	_CS_LOCOCENTRIC_CYLINDRICAL = 10
	Cylindrical.
final int	_CS_MERCATOR = 11
	Localized cylindrical.
final int	_CS_OBLIQUE_MERCATOR_SPHERICAL = 12
	Mercator and augmented Mercator map projection coordinate systems.
final int	_CS_TRANSVERSE_MERCATOR = 13
	Oblique Mercator and augmented oblique Mercator map projections of a sphere.
final int	_CS_LAMBERT_CONFORMAL_CONIC = 14
	Transverse Mercator and augmented transverse Mercator map projections.
final int	_CS_POLAR_STEREOGRAPHIC = 15
	Lambert conformal conic and augmented Lambert conformal conic map projections.
final int	_CS_EQUIDISTANT_CYLINDRICAL = 16
	Polar stereographic and augmented polar stereographic map projections.
final int	_CS_SURFACE_GEODETIC = 17
	Equidistant cylindrical and augmented equidistant cylindrical map projections.
final int	_CS_SURFACE_PLANETODETIC = 18
	Surface geodetic.
final int	_CS_LOCOCENTRIC_SURFACE_EUCLIDEAN = 19
	Surface planetodetic. Surface geodetic with longitude in opposite direction.
final int	_CS_LOCOCENTRIC_SURFACE_AZIMUTHAL = 20
	Localization of Euclidean 2D CS into plane surface in 3D position-space.
final int	_CS_LOCOCENTRIC_SURFACE_POLAR = 21
	Localization of azimuthal CS into plane surface in 3D position-space.
final int	_CS_EUCLIDEAN_2D = 22
	Localization of polar CS into plane surface in 3D position-space.
final int	_CS_LOCOCENTRIC_EUCLIDEAN_2D = 23
	Euclidean 2D.
final int	_CS_AZIMUTHAL = 24
	Localized Euclidean 2D.
final int	_CS_LOCOCENTRIC_AZIMUTHAL = 25
	Azimuthal coordinate system.
final int	_CS_POLAR = 26
	Localization of azimuthal CS.
final int	_CS_LOCOCENTRIC_POLAR = 27
	Polar coordinate system.
final int	_CS_EUCLIDEAN_1D = 28
	Localized polar.
final SRM_CS_Code	CS_UNDEFINED = new SRM_CS_Code( _CS_UNDEFINED, "CS_UNDEFINED" )
	Euclidean 1D.
final SRM_CS_Code	CS_EUCLIDEAN_3D = new SRM_CS_Code( _CS_EUCLIDEAN_3D, "CS_EUCLIDEAN_3D" )
final SRM_CS_Code	CS_LOCOCENTRIC_EUCLIDEAN_3D = new SRM_CS_Code( _CS_LOCOCENTRIC_EUCLIDEAN_3D, "CS_LOCOCENTRIC_EUCLIDEAN_3D" )
final SRM_CS_Code	CS_SPHERICAL = new SRM_CS_Code( _CS_SPHERICAL, "CS_SPHERICAL" )
final SRM_CS_Code	CS_LOCOCENTRIC_SPHERICAL = new SRM_CS_Code( _CS_LOCOCENTRIC_SPHERICAL, "CS_LOCOCENTRIC_SPHERICAL" )
final SRM_CS_Code	CS_AZIMUTHAL_SPHERICAL = new SRM_CS_Code( _CS_AZIMUTHAL_SPHERICAL, "CS_AZIMUTHAL_SPHERICAL" )
final SRM_CS_Code	CS_LOCOCENTRIC_AZIMUTHAL_SPHERICAL = new SRM_CS_Code( _CS_LOCOCENTRIC_AZIMUTHAL_SPHERICAL, "CS_LOCOCENTRIC_AZIMUTHAL_SPHERICAL" )
final SRM_CS_Code	CS_GEODETIC = new SRM_CS_Code( _CS_GEODETIC, "CS_GEODETIC" )
final SRM_CS_Code	CS_PLANETODETIC = new SRM_CS_Code( _CS_PLANETODETIC, "CS_PLANETODETIC" )
final SRM_CS_Code	CS_CYLINDRICAL = new SRM_CS_Code( _CS_CYLINDRICAL, "CS_CYLINDRICAL" )
final SRM_CS_Code	CS_LOCOCENTRIC_CYLINDRICAL = new SRM_CS_Code( _CS_LOCOCENTRIC_CYLINDRICAL, "CS_LOCOCENTRIC_CYLINDRICAL" )
final SRM_CS_Code	CS_MERCATOR = new SRM_CS_Code( _CS_MERCATOR, "CS_MERCATOR" )
final SRM_CS_Code	CS_OBLIQUE_MERCATOR_SPHERICAL = new SRM_CS_Code( _CS_OBLIQUE_MERCATOR_SPHERICAL, "CS_OBLIQUE_MERCATOR_SPHERICAL" )
final SRM_CS_Code	CS_TRANSVERSE_MERCATOR = new SRM_CS_Code( _CS_TRANSVERSE_MERCATOR, "CS_TRANSVERSE_MERCATOR" )
final SRM_CS_Code	CS_LAMBERT_CONFORMAL_CONIC = new SRM_CS_Code( _CS_LAMBERT_CONFORMAL_CONIC, "CS_LAMBERT_CONFORMAL_CONIC" )
final SRM_CS_Code	CS_POLAR_STEREOGRAPHIC = new SRM_CS_Code( _CS_POLAR_STEREOGRAPHIC, "CS_POLAR_STEREOGRAPHIC" )
final SRM_CS_Code	CS_EQUIDISTANT_CYLINDRICAL = new SRM_CS_Code( _CS_EQUIDISTANT_CYLINDRICAL, "CS_EQUIDISTANT_CYLINDRICAL" )
final SRM_CS_Code	CS_SURFACE_GEODETIC = new SRM_CS_Code( _CS_SURFACE_GEODETIC, "CS_SURFACE_GEODETIC" )
final SRM_CS_Code	CS_SURFACE_PLANETODETIC = new SRM_CS_Code( _CS_SURFACE_PLANETODETIC, "CS_SURFACE_PLANETODETIC" )
final SRM_CS_Code	CS_LOCOCENTRIC_SURFACE_EUCLIDEAN = new SRM_CS_Code( _CS_LOCOCENTRIC_SURFACE_EUCLIDEAN, "CS_LOCOCENTRIC_SURFACE_EUCLIDEAN" )
final SRM_CS_Code	CS_LOCOCENTRIC_SURFACE_AZIMUTHAL = new SRM_CS_Code( _CS_LOCOCENTRIC_SURFACE_AZIMUTHAL, "CS_LOCOCENTRIC_SURFACE_AZIMUTHAL" )
final SRM_CS_Code	CS_LOCOCENTRIC_SURFACE_POLAR = new SRM_CS_Code( _CS_LOCOCENTRIC_SURFACE_POLAR, "CS_LOCOCENTRIC_SURFACE_POLAR" )
final SRM_CS_Code	CS_EUCLIDEAN_2D = new SRM_CS_Code( _CS_EUCLIDEAN_2D, "CS_EUCLIDEAN_2D" )
final SRM_CS_Code	CS_LOCOCENTRIC_EUCLIDEAN_2D = new SRM_CS_Code( _CS_LOCOCENTRIC_EUCLIDEAN_2D, "CS_LOCOCENTRIC_EUCLIDEAN_2D" )
final SRM_CS_Code	CS_AZIMUTHAL = new SRM_CS_Code( _CS_AZIMUTHAL, "CS_AZIMUTHAL" )
final SRM_CS_Code	CS_LOCOCENTRIC_AZIMUTHAL = new SRM_CS_Code( _CS_LOCOCENTRIC_AZIMUTHAL, "CS_LOCOCENTRIC_AZIMUTHAL" )
final SRM_CS_Code	CS_POLAR = new SRM_CS_Code( _CS_POLAR, "CS_POLAR" )
final SRM_CS_Code	CS_LOCOCENTRIC_POLAR = new SRM_CS_Code( _CS_LOCOCENTRIC_POLAR, "CS_LOCOCENTRIC_POLAR" )
final SRM_CS_Code	CS_EUCLIDEAN_1D = new SRM_CS_Code( _CS_EUCLIDEAN_1D, "CS_EUCLIDEAN_1D" )

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Detailed Description

CS ORM code enumeration according to the SRM spec.

Author:

David Shen

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The documentation for this class was generated from the following file:

• SRM_CS_Code.java

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Spatial Reference Model Java API	Version 4.1 - 10 Apr 2006
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