public class Geographic2DCRS extends GeodeticCRS
A CoordinateReferenceSystem based on a
GeodeticDatum and a 2D Ellipsoidal
CoordinateSystem.
CoordinateReferenceSystem.Type| Modifier and Type | Field and Description |
|---|---|
static CoordinateSystem |
LATLON_DD_CS
|
static CoordinateSystem |
LATLON_GG_CS
|
static CoordinateSystem |
LATLON_RR_CS
|
static CoordinateSystem |
LONLAT_DD_CS
|
static CoordinateSystem |
LONLAT_GG_CS
|
static CoordinateSystem |
LONLAT_RR_CS
|
coordinateSystemDEFAULT, LOCAL, UNKNOWN| Constructor and Description |
|---|
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.
|
| Modifier and Type | Method and Description |
|---|---|
CoordinateOperation |
fromGeographicCoordinateConverter()
Creates a CoordinateOperation object to convert coordinates from a
Geographic3DCRS based on the same GeodeticDatum,
and using normal SI units in the following order : latitude (rad),
longitude (rad) height (m) to this CoordinateReferenceSystem. |
Projection |
getProjection()
Returns the
Projection to which this
CoordinateReferenceSystem is refering. |
CoordinateReferenceSystem.Type |
getType()
Returns this CoordinateReferenceSystem Type.
|
CoordinateOperation |
toGeographicCoordinateConverter()
Creates a CoordinateOperation object to convert coordinates from this
CoordinateReferenceSystem to a
Geographic3DCRS based on
the same GeodeticDatum, and using normal SI units in the
following order : latitude (rad), longitude (rad) height (m). |
String |
toWKT()
Returns a WKT representation of the geographic 2D CRS.
|
equals, getCoordinateSystem, getDatum, hashCode, toStringaddAlias, addRemark, getAliases, getAuthorityKey, getAuthorityName, getCode, getComponent, getIdentifier, getName, getRemarks, getShortName, setIdentifier, setRemarks, setShortNameclone, finalize, getClass, notify, notifyAll, wait, wait, waitaddAlias, addRemark, getAliases, getAuthorityKey, getAuthorityName, getCode, getName, getRemarks, getShortName, setRemarks, setShortNamepublic static final CoordinateSystem LATLON_RR_CS
CoordinateSystem whose first Axis contains latitude
and second Axis contains longitude. The unit used by these axes
is radian.public static final CoordinateSystem LONLAT_RR_CS
CoordinateSystem whose first Axis contains longitude
and second Axis contains latitude. The unit used by these axes is
radian.public static final CoordinateSystem LATLON_DD_CS
CoordinateSystem whose first Axis contains latitude
and second Axis contains longitude. The unit used by these axes
is decimal degree.public static final CoordinateSystem LONLAT_DD_CS
CoordinateSystem whose first Axis contains longitude
and second Axis contains latitude. The unit used by these axes is
decimal degree.public static final CoordinateSystem LATLON_GG_CS
CoordinateSystem whose first Axis contains latitude
and second Axis contains longitude. The unit used by these axes
is grad.public static final CoordinateSystem LONLAT_GG_CS
CoordinateSystem whose first Axis contains longitude
and second Axis contains latitude. The unit used by these axes is
grad.public Geographic2DCRS(Identifier identifier, GeodeticDatum datum, CoordinateSystem coordSys)
identifier - the identifier of the Geographic2DCRSdatum - the datum associated with the Geographic2DCRScoordSys - the coordinate system associated with the Geographic2DCRSpublic Geographic2DCRS(Identifier identifier, GeodeticDatum datum, Unit unit)
Axis of the associated
CoordinateSystem contains latitude and the second Axis
contains longitude.identifier - the identifier of the Geographic2DCRSdatum - the datum associated with the Geographic2DCRSunit - the unit to use for the coordinate system associated with the
Geographic2DCRSpublic Geographic2DCRS(Identifier identifier, GeodeticDatum datum)
Axis of the associated
CoordinateSystem contains latitude and the second Axis
contains longitude. Coordinates are in decimal degrees.identifier - the identifier of the Geographic2DCRSdatum - the datum associated with the Geographic2DCRSpublic CoordinateOperation toGeographicCoordinateConverter()
GeodeticCRSGeographic3DCRS based on
the same GeodeticDatum, and using normal SI units in the
following order : latitude (rad), longitude (rad) height (m).toGeographicCoordinateConverter in class GeodeticCRSGeodeticCRS.toGeographicCoordinateConverter()public CoordinateOperation fromGeographicCoordinateConverter()
GeodeticCRSGeographic3DCRS based on the same GeodeticDatum,
and using normal SI units in the following order : latitude (rad),
longitude (rad) height (m) to this CoordinateReferenceSystem.fromGeographicCoordinateConverter in class GeodeticCRSGeodeticCRS.fromGeographicCoordinateConverter()public Projection getProjection()
CoordinateReferenceSystemProjection to which this
CoordinateReferenceSystem is refering. It returns null if no
projection is defined for this CRS.getProjection in interface CoordinateReferenceSystemgetProjection in class GeodeticCRSGeodeticCRS.getProjection()public CoordinateReferenceSystem.Type getType()
CoordinateReferenceSystemgetType in interface CoordinateReferenceSystemgetType in class GeodeticCRSGeodeticCRS.getType()public String toWKT()
toWKT in interface CoordinateReferenceSystemtoWKT in class GeodeticCRSCopyright © 2019 CNRS. All rights reserved.