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## Uses of Class
org.deegree.model.spatialschema.GeometryException

Packages that use GeometryException
org.deegree.framework.util |
org.deegree.framework.xml |
org.deegree.graphics |
org.deegree.graphics.displayelements |
org.deegree.io.datastore.sql.oracle |
org.deegree.io.datastore.sql.postgis |
org.deegree.io.sdeapi |
org.deegree.io.shpapi.shape_new |
org.deegree.model.feature |
org.deegree.model.spatialschema |
org.deegree.ogcbase | Provides common classes to deal with an OGC conform service instance.
org.deegree.ogcwebservices.sos |
org.deegree.ogcwebservices.wfs.operation |
org.deegree.ogcwebservices.wpvs.j3d |
org.deegree.ogcwebservices.wpvs.operation |
org.deegree.portal.standard.wfs.control |
org.deegree.tools.app3d |
org.deegree.tools.raster |
org.deegree.tools.shape |

Uses of GeometryException in org.deegree.framework.util

Methods in org.deegree.framework.util that throw GeometryException
`static Curve` | `GeometryUtils.createCurveParallel(double distance, Curve curve)`
`static Geometry` | `GeometryUtils.ensureClockwise(Geometry geom)`
`static Curve` | `GeometryUtils.invertOrder(Curve curve)`
`static Surface` | `GeometryUtils.invertOrder(Surface surface)`

Uses of GeometryException in org.deegree.framework.xml

Methods in org.deegree.framework.xml that throw GeometryException
`static String` | `MinMaxExtractor.getMaxAsArray(Node node)` returns the minimum coordinate of the envelope of the geometry encoded by the passed node as a double array
`static String` | `MinMaxExtractor.getMinAsArray(Node node)` returns the minimum coordinate of the envelope of the geometry encoded by the passed node as a double array
`static String` | `MinMaxExtractor.getPointX(Node pointNode)` Extracts the x value of a gml:Point element described by `pointNode`
`static String` | `MinMaxExtractor.getPointY(Node pointNode)` Extracts the y value of a gml:Point element described by `pointNode`
`static String` | `MinMaxExtractor.getXMax(Node node)`
`static String` | `MinMaxExtractor.getXMin(Node node)`
`static String` | `MinMaxExtractor.getYMax(Node node)`
`static String` | `MinMaxExtractor.getYMin(Node node)`
`static String` | `MinMaxExtractor.getZMax(Node node)`
`static String` | `MinMaxExtractor.getZMin(Node node)`

Uses of GeometryException in org.deegree.graphics

Methods in org.deegree.graphics that throw GeometryException
`BufferedImage` | `BlurImage.renderUserRealm(BufferedImage image, Envelope bbox, Geometry geom)` Render the surface geometry the user is allowed to see.

Uses of GeometryException in org.deegree.graphics.displayelements

Methods in org.deegree.graphics.displayelements that throw GeometryException
`static DisplayElement` | `DisplayElementFactory.buildDisplayElement(Object o)` Builds a `DisplayElement` using the given `Feature` or `GridCoverage` and the default `Symbolizer`.
`static DisplayElement` | `DisplayElementFactory.buildDisplayElement(Object o, Symbolizer symbolizer)` Builds a `DisplayElement` using the given `Feature` or `GridCoverage` and `Symbolizer`.
`static LineStringDisplayElement` | `DisplayElementFactory.buildLineStringDisplayElement(Feature feature, Geometry geom, LineSymbolizer sym)` Creates a `LineStringDisplayElement` using the given geometry and style information.
`DisplayElement[]` | `DisplayElementFactory.createDisplayElement(Object o, UserStyle[] styles)`
`DisplayElement[]` | `DisplayElementFactory.createDisplayElement(Object o, UserStyle[] styles, GetMap request)` Returns the display elements for a `Feature` or `GridCoverage`.
`Envelope` | `ScaledFeature.getBoundedBy()`

Uses of GeometryException in org.deegree.io.datastore.sql.oracle

Methods in org.deegree.io.datastore.sql.oracle that throw GeometryException
`static oracle.spatial.geometry.JGeometry` | `JGeometryAdapter.export(Geometry geometry, int srid)` Converts a deegree `Geometry` instance to a corresponding Oracle `JGeometry` object.
`static Geometry` | `JGeometryAdapter.wrap(oracle.spatial.geometry.JGeometry jGeometry, CoordinateSystem crs)` Converts an Oracle `JGeometry` instance to a corresponding deegree `Geometry` object.

Uses of GeometryException in org.deegree.io.datastore.sql.postgis

Methods in org.deegree.io.datastore.sql.postgis that throw GeometryException
`static org.postgis.PGboxbase` | `PGgeometryAdapter.export(Envelope envelope)` Converts a deegree `Envelope` instance to a corresponding PostGIS `PGboxbase` object.
`static org.postgis.PGgeometry` | `PGgeometryAdapter.export(Geometry geometry, int srid)` Converts a deegree `Geometry` instance to a corresponding PostGIS `PGgeometry` object.
`static Geometry` | `PGgeometryAdapter.wrap(org.postgis.Geometry geometry, CoordinateSystem crs)` Converts a PostGIS `Geometry` instance to a corresponding deegree `Geometry` object.
`static Geometry` | `PGgeometryAdapter.wrap(org.postgis.PGgeometry pgGeometry, CoordinateSystem crs)` Converts a PostGIS `PGGeometry` instance to a corresponding deegree `Geometry` object.

Uses of GeometryException in org.deegree.io.sdeapi

Methods in org.deegree.io.sdeapi that throw GeometryException
`static com.esri.sde.sdk.client.SeShape` | `SDEAdapter.export(Geometry geom, com.esri.sde.sdk.client.SeCoordinateReference crs)`
`static Geometry` | `SDEAdapter.wrap(com.esri.sde.sdk.client.SeShape shape, CoordinateSystem coordinateSystem)`

Uses of GeometryException in org.deegree.io.shpapi.shape_new

Constructors in org.deegree.io.shpapi.shape_new that throw GeometryException
`ShapeFile(FeatureCollection fc, String baseName)` Creates shapefile datastructures from the feature collection.

Uses of GeometryException in org.deegree.model.feature

Methods in org.deegree.model.feature that throw GeometryException
`Envelope` | `Feature.getBoundedBy()` Returns the envelope / bounding box of the feature.
`Envelope` | `AbstractFeature.getBoundedBy()` Returns the envelope / boundingbox of the feature.
`Envelope` | `DefaultFeatureCollection.getBoundedBy()`
`Envelope` | `FeatureTupleCollection.getBoundedBy()`

Uses of GeometryException in org.deegree.model.spatialschema

Methods in org.deegree.model.spatialschema that throw GeometryException
`static boolean` | `LinearContains.contains(Surface surface, Curve curve)` the operation returns true if the submitted curve contains the submitted surface
`static Curve` | `GeometryFactory.createCurve(byte[] wkb, CoordinateSystem crs)` creates a Curve from a wkb.
`static Curve` | `GeometryFactory.createCurve(CurveSegment segment)` creates a Curve from one curve segment.
`static Curve` | `GeometryFactory.createCurve(CurveSegment[] segments)` creates a Curve from an array of curve segments.
`static Curve` | `GeometryFactory.createCurve(CurveSegment[] segments, CoordinateSystem crs)` creates a Curve from an array of curve segments.
`static Curve` | `GeometryFactory.createCurve(double[] ord, int dim, CoordinateSystem crs)` creates a GM_Curve from an array of ordinates TODO: If resources are available, think about good programming style.
`static Curve` | `GeometryFactory.createCurve(List<CurveSegment> segments, CoordinateSystem crs)`
`static Curve` | `GeometryFactory.createCurve(Position[] positions, CoordinateSystem crs)` creates a Curve from an array of Positions.
`static Curve` | `GeometryFactory.createCurveAsArc(double centerX, double centerY, double radiusX, double radiusY, int nSeg, double start, double end, CoordinateSystem crs)`
`static CurveSegment` | `GeometryFactory.createCurveSegment(List<Position> points, CoordinateSystem crs)`
`static CurveSegment` | `GeometryFactory.createCurveSegment(Position[] points, CoordinateSystem crs)` creates a CurveSegment from an array of points.
`static MultiCurve` | `GeometryFactory.createMultiCurve(byte[] wkb, CoordinateSystem crs)` creates a MultiCurve from a wkb.
`static MultiGeometry` | `GeometryFactory.createMultiGeometry(byte[] wkb, CoordinateSystem crs)` Creates a `MultiGeometry` from an array of `Geometry` objects.
`static MultiPoint` | `GeometryFactory.createMultiPoint(byte[] wkb, CoordinateSystem crs)` creates a MultiPoint from a wkb.
`static MultiSurface` | `GeometryFactory.createMultiSurface(byte[] wkb, CoordinateSystem crs, SurfaceInterpolation si)` creates a MultiSurface from a wkb
`static Point` | `GeometryFactory.createPoint(byte[] wkb, CoordinateSystem srs)` creates a Point from a wkb.
`static Surface` | `GeometryFactory.createSurface(byte[] wkb, CoordinateSystem crs, SurfaceInterpolation si)` creates a Surface from a wkb.
`static Surface` | `GeometryFactory.createSurface(double[] exterior, double[][] interior, int dim, CoordinateSystem crs)` Creates a `GM_Surface` from the ordinates of the exterior ring and the the interior rings
`static Surface` | `GeometryFactory.createSurface(Envelope bbox, CoordinateSystem crs)` Creates a `Surface` from a `Envelope`.
`static Surface` | `GeometryFactory.createSurface(Position[] exteriorRing, Position[][] interiorRings, SurfaceInterpolation si, CoordinateSystem crs)` creates a Surface composed of one SurfacePatch from array(s) of Position
`static Surface` | `GeometryFactory.createSurface(SurfacePatch patch)` creates a Surface from an array of SurfacePatch.
`static Surface` | `GeometryFactory.createSurface(SurfacePatch[] patches)` creates a Surface from an array of SurfacePatch.
`static Surface` | `GeometryFactory.createSurface(SurfacePatch[] patches, CoordinateSystem crs)` creates a Surface from an array of SurfacePatch.
`static Surface` | `GeometryFactory.createSurfaceAsEllipse(double centerX, double centerY, double radiusX, double radiusY, int nSeg, CoordinateSystem crs)` creates a surface in form of an ellipse.
`static SurfacePatch` | `GeometryFactory.createSurfacePatch(Curve exteriorRing, Curve[] interiorRings, CoordinateSystem crs)`
`static SurfacePatch` | `GeometryFactory.createSurfacePatch(CurveSegment[] exteriorRing, CurveSegment[][] interiorRings, CoordinateSystem crs)`
`static SurfacePatch` | `GeometryFactory.createSurfacePatch(Position[] exteriorRing, Position[][] interiorRings, SurfaceInterpolation si, CoordinateSystem crs)` creates a SurfacePatch from array(s) of Position
`static com.vividsolutions.jts.geom.Geometry` | `JTSAdapter.export(Geometry gmObject)` Converts a deegree `Geometry` to a corresponding JTS `Geometry` object.
`static StringBuffer` | `GMLGeometryAdapter.export(Geometry geometry)` Creates a GML representation from the passed `Geometry`.
`static StringBuffer` | `WKTAdapter.export(Geometry geom)`
`static PrintWriter` | `GMLGeometryAdapter.export(Geometry geometry, OutputStream os)` Writes the GML representation of the given `Geometry` to the given `OutputStream`.
`static PrintWriter` | `GMLGeometryAdapter.export(Geometry geometry, OutputStream os, String id)`
`static PrintWriter` | `GMLGeometryAdapter.export(Geometry geometry, PrintWriter pw)` Writes the GML representation of the given `Geometry` to the given `PrintWriter`.
`static PrintWriter` | `GMLGeometryAdapter.export(Geometry geometry, PrintWriter pw, String id)`
`static StringBuffer` | `GMLGeometryAdapter.export(Geometry geometry, String id)`
`static void` | `GMLGeometryAdapter.exportMultiGeometry(MultiGeometry multiGeometry, PrintWriter pw)` Exports the given `MultiGeometry` as a `gml:MultiGeometry` element.
`static void` | `GMLGeometryAdapter.exportMultiGeometry(MultiGeometry multiGeometry, PrintWriter pw, String id)` Exports the given `MultiGeometry` as a `gml:MultiGeometry` element.
`CurveSegment` | `RingImpl.getAsCurveSegment()` returns the Ring as one CurveSegment
`CurveSegment` | `Ring.getAsCurveSegment()`
`LineString` | `LineStringImpl.getAsLineString()` returns a reference to itself
`LineString` | `GenericCurve.getAsLineString()`
`LineString` | `CurveImpl.getAsLineString()` returns the curve as LineString. if there isn't a curve segment within the curve null will be returned
`CurveSegment` | `Curve.getCurveSegmentAt(int index)` returns the curve segment at the passed index
`CurveSegment` | `CurveImpl.getCurveSegmentAt(int index)` returns the curve segment at the submitted index
`CurveSegment[]` | `Curve.getCurveSegments()`
`CurveSegment[]` | `CurveImpl.getCurveSegments()`
`SurfacePatch` | `SurfaceImpl.getSurfacePatchAt(int index)`
`SurfacePatch` | `Surface.getSurfacePatchAt(int index)`
`void` | `MultiCurveImpl.insertCurveAt(Curve curve, int index)` inserts a Curve in the aggregation. all elements with an index equal or larger index will be moved. if index is larger then getSize() - 1 or smaller then 0 or curve equals null an exception will be thrown.
`void` | `MultiCurve.insertCurveAt(Curve curve, int index)` inserts a Curve in the aggregation. all elements with an index equal or larger index will be moved. if index is larger then getSize() - 1 or smaller then 0 or curve equals null an exception will be thrown.
`void` | `Aggregate.insertObjectAt(Geometry gmo, int index)` inserts a Geometry in the aggregation. all elements with an index equal or larger index will be moved. if index is larger then getSize() - 1 an exception will be thrown.
`void` | `AggregateImpl.insertObjectAt(Geometry gmo, int index)` inserts a Geometry in the aggregation. all elements with an index equal or larger index will be moved. if index is larger then getSize() - 1 or smaller then 0 or gmo equals null an exception will be thrown.
`void` | `MultiPoint.insertPointAt(Point point, int index)` inserts a Point into the aggregation. all elements with an index equal or larger index will be moved. if index is larger then getSize() - 1 or smaller then 0 or point equals null an exception will be thrown.
`void` | `MultiPointImpl.insertPointAt(Point gmp, int index)` inserts a Point into the aggregation. all elements with an index equal or larger index will be moved. if index is larger then getSize() - 1 or smaller then 0 or gmp equals null an exception will be thrown.
`void` | `MultiSurfaceImpl.insertSurfaceAt(Surface gms, int index)` inserts a Surface in the aggregation. all elements with an index equal or larger index will be moved. if index is larger then getSize() - 1 or smaller then 0 or gms equals null an exception will be thrown.
`void` | `MultiSurface.insertSurfaceAt(Surface surface, int index)` inserts a Surface in the aggregation. all elements with an index equal or larger index will be moved. if index is larger then getSize() - 1 or smaller then 0 or surface equals null an exception will be thrown.
`Geometry` | `GeometryImpl.intersection(Geometry that)` The "intersection" operation shall return the set theoretic intersection of this `Geometry` and the passed `Geometry`.
`Geometry` | `Geometry.intersection(Geometry other)` The "intersection" operation shall return the set theoretic intersection of this Geometry and the passed Geometry.
`static boolean` | `LinearIntersects.intersects(Curve curve1, Curve curve2)` the operation returns true if the two submitted curves intersects
`static boolean` | `LinearIntersects.intersects(CurveSegment curve, SurfacePatch surface, double tolerance)` the operation returns true if the passed curve segment intersects the submitted surface patch
`static boolean` | `LinearIntersects.intersects(Curve curve, Surface surface)` the operation returns true if the submitted curve intersects the submitted surface
`static boolean` | `LinearIntersects.intersects(Point point, Curve curve)` the operations returns true if the submitted point intersects the submitted curve
`static boolean` | `LinearIntersects.intersects(Point point, Surface surface)` the operation returns true if the submitted point intersects the submitted surface
`static boolean` | `LinearIntersects.intersects(SurfacePatch surface1, SurfacePatch surface2, double tolerance)` the operation returns true if the two passed surface patches intersects
`static boolean` | `LinearIntersects.intersects(Surface surface1, Surface surface2)` the operation returns true if the two passed surfaces intersects
`void` | `MultiPrimitiveImpl.merge(Aggregate aggregate)` merges this aggregation with another one
`void` | `Aggregate.merge(Aggregate aggregate)` merges two aggregation.
`void` | `AggregateImpl.merge(Aggregate aggregate)` merges this aggregation with another one
`Envelope` | `Envelope.merge(Envelope envelope)` merges two Envelops and returns the minimum envelope containing both.
`Envelope` | `EnvelopeImpl.merge(Envelope envelope)`
`Curve` | `MultiCurveImpl.removeCurveAt(int index)` removes the Curve at the submitted index from the aggregation. if index is larger then getSize() - 1 or smaller then 0 an exception will be thrown.
`Curve` | `MultiCurve.removeCurveAt(int index)` removes the Curve at the submitted index from the aggregation. if index is larger then getSize() - 1 or smaller then 0 an exception will be thrown.
`Geometry` | `Aggregate.removeObjectAt(int index)` removes the Geometry at the submitted index from the aggregation. if index is larger then getSize() - 1 an exception will be thrown.
`Geometry` | `AggregateImpl.removeObjectAt(int index)` removes the Geometry at the submitted index from the aggregation. if index is larger then getSize() - 1 or smaller then 0 an exception will be thrown.
`Point` | `MultiPoint.removePointAt(int index)` removes the Point at the submitted index from the aggregation. if index is larger then getSize() - 1 or smaller then 0 an exception will be thrown.
`Point` | `MultiPointImpl.removePointAt(int index)` removes the Point at the submitted index from the aggregation. if index is larger then getSize() - 1 or smaller then 0 an exception will be thrown.
`Surface` | `MultiSurfaceImpl.removeSurfaceAt(int index)` removes the Surface at the submitted index from the aggregation. if index is larger then getSize() - 1 or smaller then 0 an exception will be thrown.
`Surface` | `MultiSurface.removeSurfaceAt(int index)` removes the Surface at the submitted index from the aggregation. if index is larger then getSize() - 1 or smaller then 0 an exception will be thrown.
`void` | `MultiCurveImpl.setCurveAt(Curve curve, int index)` sets the submitted Curve at the submitted index. the element at the position `index` will be removed. if index is larger then getSize() - 1 or smaller then 0 or curve equals null an exception will be thrown.
`void` | `MultiCurve.setCurveAt(Curve curve, int index)` sets the submitted Curve at the submitted index. the element at the position `index` will be removed. if index is larger then getSize() - 1 or smaller then 0 or curve equals null an exception will be thrown.
`void` | `Aggregate.setObjectAt(Geometry gmo, int index)` sets the submitted Geometry at the submitted index. the element at the position `index` will be removed. if index is larger then getSize() - 1 an exception will be thrown.
`void` | `AggregateImpl.setObjectAt(Geometry gmo, int index)` sets the submitted Geometry at the submitted index. the element at the position `index` will be removed. if index is larger then getSize() - 1 or smaller then 0 or gmo equals null an exception will be thrown.
`void` | `OrientablePrimitive.setOrientation(char orientation)` sets the curves orientation
`void` | `OrientablePrimitiveImpl.setOrientation(char orientation)` sets the curves orientation
`void` | `MultiPoint.setPointAt(Point point, int index)` sets the submitted Point at the submitted index. the element at the position `index` will be removed. if index is larger then getSize() - 1 or smaller then 0 or point equals null an exception will be thrown.
`void` | `MultiPointImpl.setPointAt(Point gmp, int index)` sets the submitted Point at the submitted index. the element at the position `index` will be removed. if index is larger then getSize() - 1 or smaller then 0 or gmp equals null an exception will be thrown.
`protected void` | `RingImpl.setPositions(Position[][] positions)` sets the Ring as a ArrayList of points
`void` | `MultiSurfaceImpl.setSurfaceAt(Surface gms, int index)` sets the submitted Surface at the submitted index. the element at the position `index` will be removed. if index is larger then getSize() - 1 or smaller then 0 or gms equals null an exception will be thrown.
`void` | `MultiSurface.setSurfaceAt(Surface surface, int index)` sets the submitted Surface at the submitted index. the element at the position `index` will be removed. if index is larger then getSize() - 1 or smaller then 0 or surface equals null an exception will be thrown.
`static Geometry` | `GMLGeometryAdapter.wrap(Element gml)` Deprecated. this method cannot provide default SRS information, please use `GMLGeometryAdapter.wrap(Element,String)` instead
`static Geometry` | `GMLGeometryAdapter.wrap(Element element, String srsName)` Parses the given DOM element of a GML geometry and returns a corresponding deegree `Geometry` object.
`static Geometry` | `JTSAdapter.wrap(com.vividsolutions.jts.geom.Geometry geometry)` Converts a JTS `Geometry` object to a corresponding deegree `Geometry`.
`static Geometry` | `GMLGeometryAdapter.wrap(String gml)` Deprecated. this method cannot provide default SRS information, please use `GMLGeometryAdapter.wrap(String,String)` instead
`static Geometry` | `WKTAdapter.wrap(String wkt, CoordinateSystem crs)`
`static Geometry` | `GMLGeometryAdapter.wrap(String gml, String srsName)` Converts the given string representation of a GML geometry object to a corresponding deegree `Geometry`.
`static Surface` | `GMLGeometryAdapter.wrapBoxAsSurface(Element element, String srsName)` Returns a `Surface` created from the given `gml:Box` element.
`static Curve` | `WKTAdapter.wrapCurve(String wkt, CoordinateSystem crs)` creates a Curve from a WKT.
`static Curve` | `GMLGeometryAdapter.wrapCurveAsCurve(Element element, String srsName)` Returns an instance of `Curve` created from the passed `gml:Curve` element.
`static Curve` | `GMLGeometryAdapter.wrapLinearRing(Element element, String srsName)` Parses the given `gml:LinearRing` element as a `Curve`.
`static Curve` | `GMLGeometryAdapter.wrapLineString(Element element, String srsName)` Returns a `Curve` instance created from the passed `gml:LineString` element.
`static MultiCurve` | `WKTAdapter.wrapMultiCurve(String wkt, CoordinateSystem crs)` creates a MultiCurve from a WKT
`static MultiCurve` | `GMLGeometryAdapter.wrapMultiCurveAsMultiCurve(Element element, String srsName)` Parses the given `gml:MultiCurve` element as a `MultiCurve`.
`static MultiGeometry` | `GMLGeometryAdapter.wrapMultiGeometry(Element element, String srsName)` Creates an instance of `MultiGeometry` from the passed `gml:MultiGeometry` element.
`static MultiCurve` | `GMLGeometryAdapter.wrapMultiLineString(Element element, String srsName)` Returns a `MultiCurve` instance created from the passed `gml:MultiLineString` element.
`static MultiSurface` | `GMLGeometryAdapter.wrapMultiPolygon(Element element, String srsName)` Returns a `MultiSurface` instance created from the passed `gml:MultiPolygon` element.
`static MultiSurface` | `WKTAdapter.wrapMultiSurface(String wkt, CoordinateSystem crs)` creates a MultiSurface from a WKT
`static MultiSurface` | `GMLGeometryAdapter.wrapMultiSurfaceAsMultiSurface(Element element, String srsName)` Parses the given `gml:MultiSurface` element as a `MultiSurface`.
`static Point` | `WKTAdapter.wrapPoint(String wkt, CoordinateSystem crs)` creates a Point from a WKT.
`static Surface` | `GMLGeometryAdapter.wrapPolygon(Element element, String srsName)` Parses the given `gml:Polygon` element as a `Surface`.
`static Curve` | `GMLGeometryAdapter.wrapRing(Element element, String srsName)` Parses the given `gml:Ring` element as a `Curve`.
`static Surface` | `WKTAdapter.wrapSurface(String wkt, CoordinateSystem crs)` creates a Surface
`static Surface` | `GMLGeometryAdapter.wrapSurfaceAsSurface(Element element, String srsName)` Returns an instance of `Surface` created from the passed `gml:Surface` element.

Constructors in org.deegree.model.spatialschema that throw GeometryException
`CurveImpl(char orientation, CurveSegment[] segments)` initialize the curve by submitting a spatial reference system, an array of curve segments and the orientation of the curve
`CurveImpl(CurveSegment segments)` initialize the curve by submitting a spatial reference system and an array of curve segments. the orientation of the curve is '+'
`CurveImpl(CurveSegment[] segments)` initialize the curve by submitting a spatial reference system and an array of curve segments. the orientation of the curve is '+'
`CurveImpl(CurveSegment[] segments, CoordinateSystem crs)` initialize the curve by submitting a spatial reference system and an array of curve segments. the orientation of the curve is '+'
`CurveSegmentImpl(Position[] gmps, CoordinateSystem crs)` Creates a new CurveSegmentImpl object.
`LineStringImpl(Position[] gmps, CoordinateSystem cs)` Creates a new LineStringImpl object.
`OrientableCurveImpl(CoordinateSystem crs)` Creates a new OrientableCurveImpl object.
`OrientableCurveImpl(CoordinateSystem crs, char orientation)` Creates a new OrientableCurveImpl object.
`OrientablePrimitiveImpl(CoordinateSystem crs, char orientation)` the constructor sets the curves orientation
`OrientableSurfaceImpl(CoordinateSystem crs)` Creates a new OrientableSurfaceImpl object.
`OrientableSurfaceImpl(CoordinateSystem crs, char orientation)` Creates a new OrientableSurfaceImpl object.
`PolygonImpl(Ring exteriorRing, Ring[] interiorRings, CoordinateSystem crs)`
`PolygonImpl(SurfaceInterpolation interpolation, Position[] exteriorRing, Position[][] interiorRings, CoordinateSystem crs)` Creates a new PolygonImpl object.
`RingImpl(CurveSegment[] segments, CoordinateSystem crs, char orientation)` Constructor, with curve segments, CoordinateSystem and Orientation
`RingImpl(Position[] points, CoordinateSystem crs)` Constructor, with an array and CoordinateSystem
`RingImpl(Position[] points, CoordinateSystem crs, char orientation)` Constructor, with an array, CoordinateSystem and Orientation
`SurfaceImpl(char orientation, SurfaceBoundary boundary)` initializes the surface submitting the orientation and the surfaces boundary.
`SurfaceImpl(char orientation, SurfacePatch surfacePatch)` initializes the surface submitting the orientation and one surface patch.
`SurfaceImpl(char orientation, SurfacePatch[] surfacePatches)` initializes the surface submitting the orientation and one surface patch.
`SurfaceImpl(SurfaceBoundary boundary)` initializes the surface with default orientation submitting the surfaces boundary
`SurfaceImpl(SurfacePatch surfacePatch)` initializes the surface with default orientation submitting one surface patch.
`SurfaceImpl(SurfacePatch[] surfacePatches)` initializes the surface with default orientation submitting one surface patch.
`SurfaceImpl(SurfacePatch[] surfacePatches, CoordinateSystem crs)` initializes the surface with default orientation submitting one surface patch.
`SurfaceInterpolationImpl(int surfaceInterpolation)` Creates a new SurfaceInterpolationImpl object.
`SurfacePatchImpl(Ring exteriorRing, Ring[] interiorRings, CoordinateSystem crs)`
`SurfacePatchImpl(SurfaceInterpolation interpolation, Position[] exteriorRing, Position[][] interiorRings, CoordinateSystem crs)` Creates a new SurfacePatchImpl object.

Uses of GeometryException in org.deegree.ogcbase

Methods in org.deegree.ogcbase that throw GeometryException
`protected static void` | `XMLFactory.appendGeometry(Element el, Geometry geom)` Appends the `DOM` representation of the given `Geometry` to the given element.

Uses of GeometryException in org.deegree.ogcwebservices.sos

Methods in org.deegree.ogcwebservices.sos that throw GeometryException
`static Document` | `WFSRequestGenerator.createBBoxWFSRequest(Envelope bbox, QualifiedName featureTypeName, QualifiedName coordPropertyName)`

Uses of GeometryException in org.deegree.ogcwebservices.wfs.operation

Methods in org.deegree.ogcwebservices.wfs.operation that throw GeometryException
`void` | `GmlResult.writeResult(OutputStream out)`

Uses of GeometryException in org.deegree.ogcwebservices.wpvs.j3d

Methods in org.deegree.ogcwebservices.wpvs.j3d that throw GeometryException
`String` | `ViewPoint.getFootPrintAsWellKnownText()`
`String` | `ViewPoint.getObserverPositionAsWKT()`

Uses of GeometryException in org.deegree.ogcwebservices.wpvs.operation

Methods in org.deegree.ogcwebservices.wpvs.operation that throw GeometryException
`void` | `LineRequest.setWfsReqGeom()`
`abstract void` | `RequestGeometry.setWfsReqGeom()` sets the geometry needed for WFS request
`void` | `ConeRequest.setWfsReqGeom()`

Uses of GeometryException in org.deegree.portal.standard.wfs.control

Methods in org.deegree.portal.standard.wfs.control that throw GeometryException
`protected void` | `DigitizeListener.validateRequest(RPCWebEvent rpcEvent)` Validate the RPC request: number of RPCParameter must be 2 or more.

Uses of GeometryException in org.deegree.tools.app3d

Methods in org.deegree.tools.app3d that throw GeometryException
`void` | `CityGML2Shape.write()`

Uses of GeometryException in org.deegree.tools.raster

Methods in org.deegree.tools.raster that throw GeometryException
`FeatureCollection` | `WorldFiles2GML.perform()`
`void` | `ImportIndexIntoDB.perform()` main method to perform indexing of raster tile via a spatial DB

Uses of GeometryException in org.deegree.tools.shape

Methods in org.deegree.tools.shape that throw GeometryException
`void` | `GML2Shape_new.write()`

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| deegree 2.4 (2010/11/11 10:47 build-27-official)
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