Uses of Interface
org.deegree_impl.model.ct.MathTransform

Packages that use MathTransform

org.deegree_impl.gml
org.deegree_impl.model.ct
org.deegree_impl.model.resources

Uses of MathTransform in org.deegree_impl.gml

Methods in org.deegree_impl.gml that return MathTransform

MathTransform	TransformationFactory.getTransform(java.lang.String src, java.lang.String dest) returns a Transform object that's able to perform a coordinate tranformation from the source- to the destination-coordinate system.
MathTransform	TransformationFactory.getTransform(CoordinateSystem src, CoordinateSystem dest) returns a Transform object that's able to perform a coordinate tranformation from the source- to the destination-coordinate system.
private MathTransform	TransformationFactory.getGeogrToProjected(CoordinateSystem src, CoordinateSystem dest) retuns a MathTransform object for the transformation of coodinates from a geographic to a projected coodinate systems
private MathTransform	TransformationFactory.getProjectedToProjected(CoordinateSystem src, CoordinateSystem dest) retuns a MathTransform object for the transformation of coodinates between two projected coodinate systems
private MathTransform	TransformationFactory.getProjectedToGeogr(CoordinateSystem src, CoordinateSystem dest) retuns a MathTransform object for the transformation of coodinates from a projected to a geographic coodinate systems

Uses of MathTransform in org.deegree_impl.model.ct

Subinterfaces of MathTransform in org.deegree_impl.model.ct

interface

MathTransform2D Transforms two-dimensional coordinate points.

Classes in org.deegree_impl.model.ct that implement MathTransform

(package private) class	AbridgedMolodenskiTransform Transforms a three dimensional geographic points using abridged versions of formulas derived by Molodenski.
class	AbstractMathTransform Provides a default implementations for most methods required by the MathTransform interface.
protected class	AbstractMathTransform.Inverse Default implementation for inverse math transform.
(package private) class	AffineTransform2D Transforms two-dimensional coordinate points using an AffineTransform.
(package private) class	ConcatenedTransform Base class for concatened transform.
(package private) class	ConcatenedTransform2D Concatened transform in which the resulting transform is two-dimensional.
(package private) class	ConcatenedTransformDirect Concatened transform where the transfert dimension is the same than source and target dimension.
(package private) class	ConcatenedTransformDirect2D Concatened transform where both transforms are two-dimensional.
(package private) class	ConicProjection Classe de base des projections cartographiques coniques.
(package private) class	CylindricalProjection Classe de base des projections cartographiques cylindriques.
(package private) class	GeocentricTransform Transforms three dimensional geographic points to geocentric coordinate points.
private class	GeocentricTransform.Inverse Inverse of a geocentric transform.
(package private) class	LambertConformalProjection Projection conique conforme de Lambert.
(package private) class	MapProjection Provides transformation services between ellipsoidal and cartographic projections.
private class	MapProjection.Inverse Inverse of a map projection.
(package private) class	MathTransformAdapter Wrap an CT_MathTransform into a MathTransform.
(package private) class	MathTransformAdapter2D Wrap an CT_MathTransform into a MathTransform2D.
(package private) class	MatrixTransform Transforms multi-dimensional coordinate points using a Matrix.
(package private) class	MercatorProjection Projection cylindrique de Mercator.
(package private) class	PassThroughTransform Transform which passes through a subset of ordinates to another transform.
(package private) class	PlanarProjection Classe de base des projections cartographiques azimuthales (ou planaires).
(package private) class	PlateCarreeProjection
(package private) class	StereographicProjection Projection stéréographique.
(package private) class	TransverseMercatorProjection Projections de Mercator tranverses Universelle et Modifiée.

Fields in org.deegree_impl.model.ct declared as MathTransform

protected MathTransform	PassThroughTransform.transform The sub transform.
protected MathTransform	MathTransformExport.transform The enclosed math transform.
private MathTransform	MapProjection.inverse The inverse of this map projection.
private MathTransform	GeocentricTransform.inverse The inverse of this transform.
protected MathTransform	CoordinateTransformation.transform The underlying math transform, or null if it doesn't has been constructed yet.
protected MathTransform	ConcatenedTransform.transform1 The first math transform.
protected MathTransform	ConcatenedTransform.transform2 The second math transform.
private MathTransform	ConcatenedTransform.inverse The inverse transform.

Methods in org.deegree_impl.model.ct that return MathTransform

MathTransform	PassThroughTransform.inverse() Creates the inverse transform of this object.
MathTransform	MatrixTransform.inverse() Creates the inverse transform of this object.
MathTransform	MatrixTransform.Provider.create(ParameterList parameters) Returns a transform for the specified parameters.
static MathTransform	MatrixTransform.Provider.staticCreate(ParameterList parameters) Static version of MatrixTransform.Provider.create(ParameterList), for use by MathTransformFactory.createParameterizedTransform(java.lang.String, ParameterList).
abstract MathTransform	MathTransformProvider.create(ParameterList parameters) Returns a transform for the specified parameters.
MathTransform	MathTransformFactory.createIdentityTransform(int dimension) Creates an identity transform of the specified dimension.
MathTransform	MathTransformFactory.createAffineTransform(Matrix matrix) Creates an affine transform from a matrix.
MathTransform	MathTransformFactory.createConcatenatedTransform(MathTransform tr1, MathTransform tr2) Creates a transform by concatenating two existing transforms.
MathTransform	MathTransformFactory.createPassThroughTransform(int firstAffectedOrdinate, MathTransform subTransform, int numTrailingOrdinates) Creates a transform which passes through a subset of ordinates to another transform.
MathTransform	MathTransformFactory.createSubMathTransform(int lower, int upper, MathTransform transform) Creates a transform which retains only a portion of an other transform.
MathTransform	MathTransformFactory.createParameterizedTransform(java.lang.String classification, ParameterList parameters) Creates a transform from a classification name and parameters.
MathTransform	MathTransformFactory.createParameterizedTransform(Projection projection) Convenience method for creating a transform from a projection.
MathTransform	MathTransformAdapter.inverse() Creates the inverse transform of this object.
MathTransform	MathTransform.inverse() Creates the inverse transform of this object.
MathTransform	MapProjection.inverse() Returns the inverse of this map projection.
MathTransform	MapProjection.Provider.create(ParameterList parameters) Create a new map projection for a parameter list.
MathTransform	GeocentricTransform.inverse() Returns the inverse of this transform.
MathTransform	GeocentricTransform.Provider.create(ParameterList parameters) Returns a transform for the specified parameters.
private MathTransform	CoordinateTransformationFactory.getGeocentricTransform(java.lang.String classification, int dimGeoCS, Ellipsoid ellipsoid) Returns a transform between a geocentric coordinate system and an ellipsoid.
MathTransform	CoordinateTransformation.getMathTransform() Gets the math transform.
MathTransform	ConvenienceTransformFactory.getTransform(java.lang.String src, java.lang.String dest) returns a Transform object that's able to perform a coordinate tranformation from the source- to the destination-coordinate system.
MathTransform	ConvenienceTransformFactory.getTransform(CoordinateSystem src, CoordinateSystem dest) returns a Transform object that's able to perform a coordinate tranformation from the source- to the destination-coordinate system.
private MathTransform	ConvenienceTransformFactory.getGeogrToProjected(CoordinateSystem src, CoordinateSystem dest) retuns a MathTransform object for the transformation of coodinates from a geographic to a projected coodinate systems
private MathTransform	ConvenienceTransformFactory.getProjectedToProjected(CoordinateSystem src, CoordinateSystem dest) retuns a MathTransform object for the transformation of coodinates between two projected coodinate systems
private MathTransform	ConvenienceTransformFactory.getProjectedToGeogr(CoordinateSystem src, CoordinateSystem dest) retuns a MathTransform object for the transformation of coodinates from a projected to a geographic coodinate systems
MathTransform	ConcatenedTransform.inverse() Creates the inverse transform of this object.
MathTransform	AffineTransform2D.inverse() Creates the inverse transform of this object.
MathTransform	Adapters.wrap(CT_MathTransform transform) Returns a math transform for an OpenGIS interface.
MathTransform	AbstractMathTransform.inverse() Creates the inverse transform of this object.
MathTransform	AbstractMathTransform.Inverse.inverse() Returns the inverse of this math transform, which is the enclosing math transform.
MathTransform	AbridgedMolodenskiTransform.Provider.create(ParameterList parameters) Returns a transform for the specified parameters.

Methods in org.deegree_impl.model.ct with parameters of type MathTransform

private static Matrix	MathTransformFactory.getMatrix(MathTransform transform) Returns the underlying matrix for the specified transform, or null if the matrix is unavailable.
private static boolean	MathTransformFactory.areInverse(MathTransform tr1, MathTransform tr2) Tests if one math transform is the inverse of the other.
MathTransform	MathTransformFactory.createConcatenatedTransform(MathTransform tr1, MathTransform tr2) Creates a transform by concatenating two existing transforms.
MathTransform	MathTransformFactory.createPassThroughTransform(int firstAffectedOrdinate, MathTransform subTransform, int numTrailingOrdinates) Creates a transform which passes through a subset of ordinates to another transform.
MathTransform	MathTransformFactory.createSubMathTransform(int lower, int upper, MathTransform transform) Creates a transform which retains only a portion of an other transform.
private GM_Object	GeoTransformer.transformPoint(GM_Point geo, MathTransform trans) transforms the submitted point to the target coordinate reference system
private GM_Object	GeoTransformer.transformCurve(GM_Curve geo, MathTransform trans) transforms the submitted curve to the target coordinate reference system
private GM_Object	GeoTransformer.transformSurface(GM_Surface geo, MathTransform trans) transforms the submitted surface to the target coordinate reference system
private GM_Object	GeoTransformer.transformMultiPoint(GM_MultiPoint geo, MathTransform trans) transforms the submitted multi point to the target coordinate reference system
private GM_Object	GeoTransformer.transformMultiCurve(GM_MultiCurve geo, MathTransform trans) transforms the submitted multi curve to the target coordinate reference system
private GM_Object	GeoTransformer.transformMultiSurface(GM_MultiSurface geo, MathTransform trans) transforms the submitted multi surface to the target coordinate reference system
private GM_Position[]	GeoTransformer.transformPositions(GM_Position[] pos, MathTransform trans) transfroms an array of GM_Positions to the target coordinate reference system
private static CoordinateTransformation	CoordinateTransformationFactory.createFromMathTransform(CoordinateSystem sourceCS, CoordinateSystem targetCS, TransformType type, MathTransform transform) Create a coordinate transform from a math transform.
private static java.lang.String	ConcatenedTransform.getName(MathTransform transform) Returns a name for the specified coordinate system.
private static void	ConcatenedTransform.addWKT(java.lang.StringBuffer buffer, MathTransform transform, boolean first) Append to a string buffer the WKT for the specified math transform.
CT_MathTransform	Adapters.export(MathTransform transform) Returns an OpenGIS interface for a math transform.

Constructors in org.deegree_impl.model.ct with parameters of type MathTransform

PassThroughTransform(int firstAffectedOrdinate, MathTransform transform, int numTrailingOrdinates)
Create a pass through transform.

MathTransformExport(java.lang.Object adapters, MathTransform transform)
Construct a remote object.

CoordinateTransformation(java.lang.String name, CoordinateSystem sourceCS, CoordinateSystem targetCS, TransformType type, MathTransform transform)
Construct a coordinate transformation.

ConcatenedTransformDirect(MathTransformFactory provider, MathTransform transform1, MathTransform transform2)
Construct a concatenated transform.

ConcatenedTransform2D(MathTransformFactory provider, MathTransform transform1, MathTransform transform2)
Construct a concatenated transform.

ConcatenedTransform(MathTransformFactory provider, MathTransform transform1, MathTransform transform2)
Construct a concatenated transform.

Uses of MathTransform in org.deegree_impl.model.resources

Methods in org.deegree_impl.model.resources with parameters of type MathTransform

static Envelope

OpenGIS.transform(MathTransform transform, Envelope envelope) Transform an envelope.