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| deegree 2.4 (2010/11/11 10:47 build-27-official)
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## Uses of Class
org.deegree.crs.coordinatesystems.GeographicCRS

Packages that use GeographicCRS
org.deegree.crs.configuration.deegree |
org.deegree.crs.configuration.gml |
org.deegree.crs.configuration.proj4 |
org.deegree.crs.configuration.resources |
org.deegree.crs.coordinatesystems | The coordinatesystems package holds the different coordinatesystems used by the org.deegree.crs packages.
org.deegree.crs.projections | A map projection create a 2D view of the 3D-Object 'earth', by doing so, some information is inevitably lost.
org.deegree.crs.projections.azimuthal | Azimuthal projections use a plane to project the earth onto.
org.deegree.crs.projections.conic | Conic projections use a cone (hence it's name) to project a region of the earth.
org.deegree.crs.projections.cylindric | Cylindrical projections use a cylinder (may it be oblique or not) to create projection of a region of the earth.

Uses of GeographicCRS in org.deegree.crs.configuration.deegree

Methods in org.deegree.crs.configuration.deegree with parameters of type GeographicCRS
`Helmert` | `CRSParser.getWGS84Transformation(GeographicCRS sourceCRS)`
`protected Projection` | `CRSParser.parseProjection(Element projectionElement, GeographicCRS underlyingCRS, Unit units)` Parses and instantiates the projection from the given element.

Uses of GeographicCRS in org.deegree.crs.configuration.gml

Methods in org.deegree.crs.configuration.gml with parameters of type GeographicCRS
`Helmert` | `GMLFileResource.getWGS84Transformation(GeographicCRS sourceCRS)`
`protected Projection` | `GMLCRSProvider.parseProjection(Element rootElement, GeographicCRS underlyingCRS)` For now this method actually wraps all information in a gml:AbstractGeneralConversionType (or a derived subtype) into an Identifiable Object (used for the Projections).

Uses of GeographicCRS in org.deegree.crs.configuration.proj4

Methods in org.deegree.crs.configuration.proj4 with parameters of type GeographicCRS
`Helmert` | `ProjFileResource.getWGS84Transformation(GeographicCRS sourceCRS)`

Uses of GeographicCRS in org.deegree.crs.configuration.resources

Methods in org.deegree.crs.configuration.resources with parameters of type GeographicCRS
`Helmert` | `CRSResource.getWGS84Transformation(GeographicCRS sourceCRS)` Implementations should find the helmert transformation which transforms coordinates of the geodetic datum into coordinates of the WGS84 datum.

Uses of GeographicCRS in org.deegree.crs.coordinatesystems

Fields in org.deegree.crs.coordinatesystems declared as GeographicCRS
`static GeographicCRS` | `GeographicCRS.WGS84` A geographic coordinate system using WGS84 datum.
`static GeographicCRS` | `GeographicCRS.WGS84_YX` A geographic coordinate system using WGS84 datum.

Methods in org.deegree.crs.coordinatesystems that return GeographicCRS
`GeographicCRS` | `ProjectedCRS.getGeographicCRS()`

Uses of GeographicCRS in org.deegree.crs.projections

Methods in org.deegree.crs.projections that return GeographicCRS
`GeographicCRS` | `Projection.getGeographicCRS()`

Constructors in org.deegree.crs.projections with parameters of type GeographicCRS
`Projection(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale, boolean conformal, boolean equalArea, Identifiable id)` Creates a Projection.

Uses of GeographicCRS in org.deegree.crs.projections.azimuthal

Constructors in org.deegree.crs.projections.azimuthal with parameters of type GeographicCRS
`AzimuthalProjection(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale, boolean conformal, boolean equalArea, Identifiable id)`
`LambertAzimuthalEqualArea(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units)`
`LambertAzimuthalEqualArea(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale)`
`LambertAzimuthalEqualArea(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale, Identifiable id)`
`LambertAzimuthalEqualArea(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, Identifiable id)`
`StereographicAlternative(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale)` Sets the id of this projection to epsg::9809 (Oblique Stereographic)
`StereographicAlternative(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale, Identifiable id)`
`StereographicAzimuthal(double trueScaleLatitude, GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units)` Create a `StereographicAzimuthal` which has a scale of 1 and a true scale latitude.
`StereographicAzimuthal(double trueScaleLatitude, GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale)` Sets the id to "Snyder-StereoGraphic"
`StereographicAzimuthal(double trueScaleLatitude, GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale, Identifiable id)`
`StereographicAzimuthal(double trueScaleLatitude, GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, Identifiable id)` Create a `StereographicAzimuthal` which has a scale of 1 and a true scale latitude,
`StereographicAzimuthal(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units)` Create a `StereographicAzimuthal` which is conformal, has a scale of 1 and a truescale latitude at pi*0.5.
`StereographicAzimuthal(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale)` Create a `StereographicAzimuthal` which has a true scale latitude at MapUtils.HALFPI.
`StereographicAzimuthal(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale, Identifiable id)` Create a `StereographicAzimuthal` which has a true scale latitude at MapUtils.HALFPI.
`StereographicAzimuthal(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, Identifiable id)` Create a `StereographicAzimuthal` which is conformal, has a scale of 1 and a truescale latitude at pi*0.5.

Uses of GeographicCRS in org.deegree.crs.projections.conic

Constructors in org.deegree.crs.projections.conic with parameters of type GeographicCRS
`ConicProjection(double firstParallelLatitude, double secondParallelLatitude, GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale, boolean conformal, boolean equalArea, Identifiable id)`
`LambertConformalConic(double firstParallelLatitude, double secondParallelLatitude, GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units)` Creates a Lambert Conformal projection with a intersecting cone at the given parallel latitudes. and a scale of 1.
`LambertConformalConic(double firstParallelLatitude, double secondParallelLatitude, GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale)`
`LambertConformalConic(double firstParallelLatitude, double secondParallelLatitude, GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale, Identifiable id)`
`LambertConformalConic(double firstParallelLatitude, double secondParallelLatitude, GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, Identifiable id)` Creates a Lambert Conformal projection with a intersecting cone at the given parallel latitudes. and a scale of 1.
`LambertConformalConic(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units)` Creates a Lambert Conformal projection with a tangential cone at the naturalOrigin.y's latitude.
`LambertConformalConic(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale)` Creates a Lambert Conformal projection with a tangential cone at the naturalOrigin.y's latitude.
`LambertConformalConic(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale, Identifiable id)` Creates a Lambert Conformal projection with a tangential cone at the naturalOrigin.y's latitude.
`LambertConformalConic(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, Identifiable id)` Creates a Lambert Conformal projection with a tangential cone at the naturalOrigin.y's latitude.

Uses of GeographicCRS in org.deegree.crs.projections.cylindric

Constructors in org.deegree.crs.projections.cylindric with parameters of type GeographicCRS
`CylindricalProjection(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale, boolean conformal, boolean equalArea, Identifiable id)`
`Mercator(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale)` Sets the id to EPSG:9804
`Mercator(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale, Identifiable id)`
`TransverseMercator(boolean northernHemisphere, GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale)` Sets the id to EPSG:9807
`TransverseMercator(boolean northernHemisphere, GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, double scale, Identifiable id)`
`TransverseMercator(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units)` A northern hemisphere conformal transverse mercator projection with a scale of one.
`TransverseMercator(GeographicCRS geographicCRS, double falseNorthing, double falseEasting, javax.vecmath.Point2d naturalOrigin, Unit units, Identifiable id)` A northern hemisphere conformal transverse mercator projection with a scale of one.
`TransverseMercator(int zone, boolean northernHemisphere, GeographicCRS geographicCRS, Unit units)` Sets the false-easting to 50000, false-northing to 0 or 10000000 (depending on the hemisphere), the projection-longitude is calculated from the zone and the projection-latitude is set to 0.
`TransverseMercator(int zone, boolean northernHemisphere, GeographicCRS geographicCRS, Unit units, Identifiable id)` Sets the false-easting to 50000, false-northing to 0 or 10000000 (depending on the hemisphere), the projection-longitude is calculated from the zone and the projection-latitude is set to 0.

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