Uses of Class org.cts.datum.GeodeticDatum (cts 1.5.2 API)

Methods in org.cts.crs that return GeodeticDatum
Modifier and Type	Method and Description
`GeodeticDatum`	GeodeticCRS.`getDatum()` Returns the `Datum` to which this `CoordinateReferenceSystem` is refering.

Constructors in org.cts.crs with parameters of type GeodeticDatum
Constructor and Description
`GeocentricCRS(Identifier identifier, GeodeticDatum datum)` Creates a new Geocentric CRS based on given datum, identifier and with a cartesian coordinate system in meters.
`GeocentricCRS(Identifier identifier, GeodeticDatum datum, CoordinateSystem coordSys)` Create a new Geocentric CRS based on given datum, identifier and coordinate system.
`GeodeticCRS(Identifier identifier, GeodeticDatum datum, CoordinateSystem coordinateSystem)` Creates a new GeodeticCRS.
`Geographic2DCRS(Identifier identifier, GeodeticDatum datum)` Creates a new Geographic2DCRS.
`Geographic2DCRS(Identifier identifier, GeodeticDatum datum, CoordinateSystem coordSys)` Creates a new Geographic2DCRS.
`Geographic2DCRS(Identifier identifier, GeodeticDatum datum, Unit unit)` Creates a new Geographic2DCRS.
`Geographic3DCRS(Identifier identifier, GeodeticDatum datum)` Creates a new Geographic3DCRS.
`Geographic3DCRS(Identifier identifier, GeodeticDatum datum, CoordinateSystem coordSys)` Creates a new Geographic3DCRS.
`Geographic3DCRS(Identifier identifier, GeodeticDatum datum, Unit unit)` Creates a new Geographic2DCRS.
`ProjectedCRS(Identifier identifier, GeodeticDatum datum, CoordinateSystem coordSys, Projection projection)` Create a new ProjectedCRS.
`ProjectedCRS(Identifier identifier, GeodeticDatum datum, Projection projection)` Create a new ProjectedCRS.
`ProjectedCRS(Identifier identifier, GeodeticDatum datum, Projection projection, Unit unit)` Create a new ProjectedCRS.

Fields in org.cts.datum declared as GeodeticDatum
Modifier and Type	Field and Description
`static GeodeticDatum`	GeodeticDatum.`CARTHAGE`
`static GeodeticDatum`	GeodeticDatum.`ED50` European Datum 1950.
`static GeodeticDatum`	GeodeticDatum.`GGRS87`
`static GeodeticDatum`	GeodeticDatum.`HERMANNSKOGEL`
`static GeodeticDatum`	GeodeticDatum.`IRE65`
`static GeodeticDatum`	GeodeticDatum.`NAD27`
`static GeodeticDatum`	GeodeticDatum.`NAD83`
`static GeodeticDatum`	GeodeticDatum.`NAD83_2011`
`static GeodeticDatum`	GeodeticDatum.`NAD83_CORS96`
`static GeodeticDatum`	GeodeticDatum.`NAD83_HARN`
`static GeodeticDatum`	GeodeticDatum.`NTF` Nouvelle Triangulation Française.
`static GeodeticDatum`	GeodeticDatum.`NTF_PARIS` Nouvelle Triangulation Française (Paris).
`static GeodeticDatum`	GeodeticDatum.`NZGD49`
`static GeodeticDatum`	GeodeticDatum.`OSGB36`
`static GeodeticDatum`	GeodeticDatum.`POSTDAM`
`static GeodeticDatum`	GeodeticDatum.`RGF93` Réseau géodésique français 1993.
`static GeodeticDatum`	GeodeticDatum.`WGS84` World Geodetic System 1984.
`static GeodeticDatum`	GeodeticDatum.`WGS84GUAD`
`static GeodeticDatum`	GeodeticDatum.`WGS84MART`
`static GeodeticDatum`	GeodeticDatum.`WGS84SBSM`

Methods in org.cts.datum that return GeodeticDatum
Modifier and Type	Method and Description
`static GeodeticDatum`	GeodeticDatum.`createGeodeticDatum(Identifier identifier, PrimeMeridian primeMeridian, Ellipsoid ellipsoid, GeocentricTransformation toWGS84, GeographicExtent extent, String origin, String epoch)` Creates a new Datum or return a known datum if it already exists.
`static GeodeticDatum`	GeodeticDatum.`createGeodeticDatum(PrimeMeridian primeMeridian, Ellipsoid ellipsoid, GeocentricTransformation toWGS84)` Creates a new Datum.
`static GeodeticDatum`	GeodeticDatum.`getGeodeticDatum(Object id)`

Methods in org.cts.datum that return types with arguments of type GeodeticDatum
Modifier and Type	Method and Description
`Set<GeodeticDatum>`	GeodeticDatum.`getTargetDatum()`

Methods in org.cts.datum with parameters of type GeodeticDatum
Modifier and Type	Method and Description
`void`	GeodeticDatum.`addGeocentricTransformation(GeodeticDatum targetDatum, GeocentricTransformation coordOp)` Adds a Geocentric Transformation from this datum to targetDatum.
`void`	GeodeticDatum.`addGeographicTransformation(GeodeticDatum targetDatum, CoordinateOperation coordOp)` Add a Geographic Transformation to another GeodeticDatum.
`Set<GeocentricTransformation>`	GeodeticDatum.`getGeocentricTransformations(GeodeticDatum targetDatum)` Get available geocentric transformations to another datum.
`Set<CoordinateOperation>`	GeodeticDatum.`getGeographicTransformations(GeodeticDatum targetDatum)` Get available geographic transformations to another datum.

Constructors in org.cts.datum with parameters of type GeodeticDatum
Constructor and Description
`VerticalDatum(Identifier identifier, GeographicExtent extent, String origin, String epoch, VerticalDatum.Type type, String altitudeGrid, GeodeticDatum gd)` Creates a new VerticalDatum.

Methods in org.cts.op.transformation that return GeodeticDatum
Modifier and Type	Method and Description
`GeodeticDatum`	Altitude2EllipsoidalHeight.`getAssociatedDatum()` Return the geodetic datum associated to this transformation.

Constructors in org.cts.op.transformation with parameters of type GeodeticDatum
Constructor and Description
`Altitude2EllipsoidalHeight(String nameGrid, GeodeticDatum gd)` Altitude translation with parameter interpolated from a grid depending on the geographic coordinates of the point to convert.

Uses of Classorg.cts.datum.GeodeticDatum