deegree 2.5 (2011/06/29 09:44 build-8-official)

Uses of Class
org.deegree.crs.Identifiable

Packages that use Identifiable
org.deegree.crs The org.deegree.crs package contains all necessities to transform and project coordinates form one coordinates system into another. 
org.deegree.crs.components The components package holds the shared components used by coordinatesystems, projections and transformations. 
org.deegree.crs.configuration The org.deegree.crs.configuraton package contains the classes necessary to read crs-definitions from a file. 
org.deegree.crs.configuration.deegree   
org.deegree.crs.configuration.gml   
org.deegree.crs.configuration.proj4   
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. 
org.deegree.crs.transformations A Transformation can be defined as an mathematical operation which transforms some values into other values using a specified function. 
org.deegree.crs.transformations.coordinate Coordinate Transformations allow the chaining of operations to map coordinates of one coordinate systems onto a coordinate valid in another coordinate system. 
org.deegree.crs.transformations.helmert A Transformation can be defined as an mathematical operation which transforms some values into other values using a specified function. 
org.deegree.crs.transformations.polynomial A Transformation can be defined as an mathematical operation which transforms some values into other values using a specified function. 
 

Uses of Identifiable in org.deegree.crs
 

Constructors in org.deegree.crs with parameters of type Identifiable
Identifiable(Identifiable other)
          Takes the references of the other object and stores them in this Identifiable Object.
 

Uses of Identifiable in org.deegree.crs.components
 

Subclasses of Identifiable in org.deegree.crs.components
 class Datum
          The Datum is a generic type for all datums.
 class Ellipsoid
          The Ellipsoid class hold all parameters which are necessary to define an Ellipsoid.
 class GeodeticDatum
          A GeodeticDatum (aka.
 class PrimeMeridian
          The PrimeMeridian class saves the longitude to the greenwich meridian.
 class Unit
          The Unit class defines a mechanism to convert between different measurements units, such as british_yard and meter.
 class VerticalDatum
          A VerticalDatum is a datum which only has one axis.
 

Constructors in org.deegree.crs.components with parameters of type Identifiable
Datum(Identifiable id)
           
Ellipsoid(double semiMajorAxis, double eccentricity, Unit units, Identifiable id)
           
Ellipsoid(double semiMajorAxis, Unit units, double inverseFlattening, Identifiable id)
           
Ellipsoid(Unit units, double semiMajorAxis, double semiMinorAxis, Identifiable id)
           
GeodeticDatum(Ellipsoid ellipsoid, PrimeMeridian primeMeridian, Helmert toWGS84, Identifiable id)
           
GeodeticDatum(Ellipsoid ellipsoid, PrimeMeridian primeMeridian, Identifiable id)
           
PrimeMeridian(Unit units, double longitude, Identifiable id)
           
VerticalDatum(Identifiable id)
           
 

Uses of Identifiable in org.deegree.crs.configuration
 

Methods in org.deegree.crs.configuration with type parameters of type Identifiable
<V extends Identifiable>
V
AbstractCRSProvider.addIdToCache(V identifiable, boolean update)
          Add the id to the cache, by mapping it to all its identifiers.
<V extends Identifiable>
V
AbstractCRSProvider.getCachedIdentifiable(java.lang.Class<V> expectedType, Identifiable ids)
          The id are what they are, not trimming 'upcasing' or other modifications will be done in this method.
<V extends Identifiable>
V
AbstractCRSProvider.getCachedIdentifiable(java.lang.Class<V> expectedType, java.lang.String id)
          The id is as it is, not trimming 'upcasing' or other modifications will be done in this method.
<V extends Identifiable>
V
AbstractCRSProvider.getCachedIdentifiable(java.lang.Class<V> expectedType, java.lang.String[] ids)
          The id are what they are, not trimming 'upcasing' or other modifications will be done in this method.
<V extends Identifiable>
V
AbstractCRSProvider.getCachedIdentifiable(java.lang.String id)
          The id is as it is, not trimming 'upcasing' or other modifications will be done in this method.
 

Methods in org.deegree.crs.configuration that return Identifiable
 Identifiable CRSProvider.getIdentifiable(java.lang.String id)
          This method is more general than the CRSProvider.getCRSByID(String), because it represents a possibility to return an arbitrary Identifiable Object from the providers backend.
 

Methods in org.deegree.crs.configuration with parameters of type Identifiable
<V extends Identifiable>
V
AbstractCRSProvider.getCachedIdentifiable(java.lang.Class<V> expectedType, Identifiable ids)
          The id are what they are, not trimming 'upcasing' or other modifications will be done in this method.
 

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

Methods in org.deegree.crs.configuration.deegree with type parameters of type Identifiable
protected
<T extends Identifiable>
T
CRSParser.checkForUniqueness(java.util.List<T> uniqueList, java.util.Map<java.lang.String,java.lang.String> mapping, T toBeChecked)
           
 

Methods in org.deegree.crs.configuration.deegree that return Identifiable
 Identifiable DeegreeCRSProvider.getIdentifiable(java.lang.String id)
           
protected  Identifiable CRSParser.parseIdentifiable(org.w3c.dom.Element element)
          Parses all elements of the identifiable object.
 Identifiable CRSParser.parseIdentifiableObject(java.lang.String id)
          Gets the Element for the given id and heuristically check the localname of the resulting root Element.
 

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

Methods in org.deegree.crs.configuration.gml that return Identifiable
 Identifiable GMLCRSProvider.getIdentifiable(java.lang.String id)
           
 Identifiable GMLCRSProvider.parseIdentifiedObject(org.w3c.dom.Element rootElement)
           
 

Methods in org.deegree.crs.configuration.gml that return types with arguments of type Identifiable
protected  Pair<Identifiable,Pair<Unit,java.lang.Double>> GMLCRSProvider.parseParameterValue(org.w3c.dom.Element rootElement)
           
protected  java.util.List<Pair<Identifiable,Pair<Unit,java.lang.Double>>> GMLCRSProvider.parseParameterValues(org.w3c.dom.Element rootElement)
           
 

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

Methods in org.deegree.crs.configuration.proj4 that return Identifiable
 Identifiable PROJ4CRSProvider.getIdentifiable(java.lang.String id)
           
 

Uses of Identifiable in org.deegree.crs.coordinatesystems
 

Subclasses of Identifiable in org.deegree.crs.coordinatesystems
 class CompoundCRS
          A CompoundCRS is a GeographicCRS with a third axis (the height axis) attached.
 class CoordinateSystem
          Three kinds of CoordinateSystems (in this class abbreviated with CRS) are supported in this lib.
 class GeocentricCRS
          A GeocentricCRS is a coordinatesystem having three axis and a mass point defined to be equivalent to earths center.
 class GeographicCRS
          The GeographicCoordinateSystem (in epsg aka Geodetic CRS) is a two dimensional crs with axis of lat-lon.
 class ProjectedCRS
          A ProjectedCRS is a coordinatesystem defined with a projection and a geographic crs.
 class VerticalCRS
          The VerticalCRS represents a crs based on one axis only, typically this crs is used as an extension on an already present crs, and adds a 'heightaxis' to the original crs.
 

Constructors in org.deegree.crs.coordinatesystems with parameters of type Identifiable
CompoundCRS(Axis heightAxis, CoordinateSystem underlyingCRS, double defaultHeight, Identifiable identity)
           
CoordinateSystem(Datum datum, Axis[] axisOrder, Identifiable identity)
           
CoordinateSystem(java.util.List<PolynomialTransformation> transformations, Datum geodeticDatum, Axis[] axisOrder, Identifiable identity)
           
GeocentricCRS(GeodeticDatum datum, Axis[] axisOrder, Identifiable identity)
           
GeocentricCRS(java.util.List<PolynomialTransformation> transformations, GeodeticDatum usedDatum, Axis[] axisOrder, Identifiable identity)
           
GeographicCRS(GeodeticDatum datum, Axis[] axisOrder, Identifiable identity)
           
GeographicCRS(java.util.List<PolynomialTransformation> transformations, GeodeticDatum usedDatum, Axis[] axisOrder, Identifiable id)
           
ProjectedCRS(java.util.List<PolynomialTransformation> transformations, Projection projection, Axis[] axisOrder, Identifiable identity)
           
ProjectedCRS(Projection projection, Axis[] axisOrder, Identifiable identity)
           
VerticalCRS(VerticalDatum datum, Axis[] axisOrder, Identifiable identity)
           
 

Uses of Identifiable in org.deegree.crs.projections
 

Subclasses of Identifiable in org.deegree.crs.projections
 class Projection
          Map conversion is the process of changing the map grid coordinates (usually, but not always, Easting & Northing) of a Projected Coordinate Reference System to its corresponding geographical coordinates (Latitude & Longitude) or vice versa.
 

Constructors in org.deegree.crs.projections with parameters of type Identifiable
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 Identifiable in org.deegree.crs.projections.azimuthal
 

Subclasses of Identifiable in org.deegree.crs.projections.azimuthal
 class AzimuthalProjection
          The AzimuthalProjection class functions as a super class to all azimuthal projections.
 class LambertAzimuthalEqualArea
          The LambertAzimuthalEqualArea projection has following properties (From J.S.
 class StereographicAlternative
          StereographicAlternative projection may be imagined to be a projection of the earth's surface onto a plane in contact with the earth at a single tangent point from the opposite end of the diameter through that tangent point.
 class StereographicAzimuthal
          The StereographicAzimuthal class allows for Stereographic Projections of the Poles, equator as well as oblique.
 

Constructors in org.deegree.crs.projections.azimuthal with parameters of type Identifiable
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, 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, Identifiable id)
           
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, 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 Identifiable in org.deegree.crs.projections.conic
 

Subclasses of Identifiable in org.deegree.crs.projections.conic
 class ConicProjection
          The ConicProjection is a super class for all conic projections.
 class LambertConformalConic
          The LambertConformalConic projection has following properties (Snyder p. 104) Conic Conformal Parallels are unequally spaced arcs of concentric circles, more closely spaced near the center of the map Meridians are equally spaced radii of the same circles, thereby cutting paralles at right angles.
 

Constructors in org.deegree.crs.projections.conic with parameters of type Identifiable
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, 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, 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 Identifiable in org.deegree.crs.projections.cylindric
 

Subclasses of Identifiable in org.deegree.crs.projections.cylindric
 class CylindricalProjection
          The CylindricalProjection is a super class for all cylindrical projections.
 class Mercator
          The Mercator projection has following properties: Cylindircal Conformal Meridians are equally spaced straight lines Parallels are unequally spaced straight lines closest near the equator, cutting meridians at right angles.
 class TransverseMercator
          The TransverseMercator projection has following properties: Cylindrical (transverse) Conformal The central meridian, each meridian 90° from central meridian and the equator are straight lines All other meridians and parallels are complex curves Scale is true along central meridian or along two straight lines equidistant from and parallel to central merdian.
 

Constructors in org.deegree.crs.projections.cylindric with parameters of type Identifiable
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, Identifiable id)
           
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, Identifiable id)
          A northern hemisphere conformal transverse mercator projection with a scale of one.
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.
 

Uses of Identifiable in org.deegree.crs.transformations
 

Subclasses of Identifiable in org.deegree.crs.transformations
 class Transformation
          The Transformation class supplies the most basic method interface for any given transformation.
 

Constructors in org.deegree.crs.transformations with parameters of type Identifiable
Transformation(CoordinateSystem sourceCRS, CoordinateSystem targetCRS, Identifiable id)
           
 

Uses of Identifiable in org.deegree.crs.transformations.coordinate
 

Subclasses of Identifiable in org.deegree.crs.transformations.coordinate
 class ConcatenatedTransform
          The ConcatenatedTransform class allows the connection of two transformations.
 class CRSTransformation
          The change of coordinates from one CRS to another CRS based on different datum is 'currently' only possible via a coordinate Transformation.
 class DirectTransform
          The DirectTransform class wraps the access to a polynomial transformation, by calling it's applyPolynomial method.
 class GeocentricTransform
          The GeocentricTransform class is used to create a transformation between a geocentric CRS (having lat-lon coordinates) and it's geodetic CRS (having x-y-z) coordinates and vice versa.
 class MatrixTransform
          The MatrixTransform class allows transformations using matrices.
 class NotSupportedTransformation
          The NotSupportedTransformation class simply wraps the source and target crs.
 class ProjectionTransform
          The ProjectionTransform class wraps the access to a projection, by calling it's doProjection.
 

Constructors in org.deegree.crs.transformations.coordinate with parameters of type Identifiable
ConcatenatedTransform(Transformation first, Transformation second, Identifiable id)
          Creates a transform by concatenating two existing transforms.
CRSTransformation(CoordinateSystem sourceCRS, CoordinateSystem targetCRS, Identifiable id)
           
DirectTransform(PolynomialTransformation transformation, CoordinateSystem sourceCRS, Identifiable id)
           
GeocentricTransform(CoordinateSystem source, GeocentricCRS target, Identifiable id)
           
MatrixTransform(CoordinateSystem source, CoordinateSystem target, javax.vecmath.GMatrix matrix, Identifiable id)
          Construct a transform.
MatrixTransform(CoordinateSystem source, CoordinateSystem target, javax.vecmath.Matrix3d matrix, Identifiable id)
          Construct a 3d transform.
MatrixTransform(CoordinateSystem source, CoordinateSystem target, javax.vecmath.Matrix4d matrix, Identifiable id)
          Construct a 4d transform.
MatrixTransform(CoordinateSystem source, CoordinateSystem target, javax.vecmath.Matrix4d matrix, java.lang.String transformationName, Identifiable id)
          Construct a 4d transform.
NotSupportedTransformation(CoordinateSystem sourceCRS, CoordinateSystem targetCRS, Identifiable id)
           
ProjectionTransform(ProjectedCRS projectedCRS, Identifiable id)
           
 

Uses of Identifiable in org.deegree.crs.transformations.helmert
 

Subclasses of Identifiable in org.deegree.crs.transformations.helmert
 class Helmert
          Parameters for a geographic transformation into another datum.
 

Constructors in org.deegree.crs.transformations.helmert with parameters of type Identifiable
Helmert(double dx, double dy, double dz, double ex, double ey, double ez, double ppm, CoordinateSystem sourceCRS, CoordinateSystem targetCRS, Identifiable identifiable)
           
Helmert(double dx, double dy, double dz, double ex, double ey, double ez, double ppm, CoordinateSystem sourceCRS, CoordinateSystem targetCRS, Identifiable identifiable, boolean inRadians)
           
 

Uses of Identifiable in org.deegree.crs.transformations.polynomial
 

Subclasses of Identifiable in org.deegree.crs.transformations.polynomial
 class LeastSquareApproximation
          LeastSquareApproximation is a polynomial transformation which uses the least square method to approximate a function given by some measured values.
 class PolynomialTransformation
          PolynomialTransformation is the base class for all polynomial transformations.
 

Constructors in org.deegree.crs.transformations.polynomial with parameters of type Identifiable
LeastSquareApproximation(java.util.List<java.lang.Double> firstParameters, java.util.List<java.lang.Double> secondParameters, CoordinateSystem sourceCRS, CoordinateSystem targetCRS, float scaleX, float scaleY, Identifiable id)
           
PolynomialTransformation(java.util.List<java.lang.Double> firstParameters, java.util.List<java.lang.Double> secondParameters, CoordinateSystem sourceCRS, CoordinateSystem targetCRS, Identifiable id)
           
 


deegree 2.5 (2011/06/29 09:44 build-8-official)

an open source project founded by lat/lon, Bonn, Germany.
For more information visit: http://www.deegree.org