Uses of Class org.deegree.model.geometry.GM

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Uses of Class
org.deegree.model.geometry.GM_Exception

Packages that use GM_Exception
org.deegree_impl.io
org.deegree_impl.io.shpapi
org.deegree_impl.model.feature
org.deegree_impl.model.geometry
org.deegree_impl.services.wfs.bna
org.deegree_impl.services.wfs.oracle
org.deegree_impl.services.wts
org.deegree_impl.services.wts.util
org.deegree.model.geometry

Uses of GM_Exception in org.deegree_impl.io

Methods in org.deegree_impl.io that throw GM_Exception
`java.lang.Object`	`PostgisDBAccess.performQuery(java.lang.String query, int startFeature, int maxFeatures)` performs a query against a postgis database. the returned object is an instance of org.deegree.model.table.Table
`java.lang.Object`	`MySQLDBAccess.performQuery(java.lang.String query, int startFeature, int maxFeatures)` performs a query against a postgis database. the returned object is an instance of org.deegree.model.table.Table

Uses of GM_Exception in org.deegree_impl.io.shpapi

Methods in org.deegree_impl.io.shpapi that throw GM_Exception
`Feature`	`ShapeFile.getFeatureByRecNo(int RecNo)` returns the RecNo'th entry of the shape file as Feature.
`GM_Object`	`ShapeFile.getGM_ObjectByRecNo(int RecNo)` returns RecNo'th Geometrie

Uses of GM_Exception in org.deegree_impl.model.feature

Methods in org.deegree_impl.model.feature that throw GM_Exception
`static FeatureCollection`	`GMLFeatureAdapter.wrap(java.io.Reader reader)`
`static FeatureCollection`	`GMLFeatureAdapter.wrap(org.w3c.dom.Element root)`
`private static Feature`	`GMLFeatureAdapter.createFeature(org.w3c.dom.Element element)` creates an instance of a deegree feature from a contrete gml:_Feature node
`private static GM_Object`	`GMLFeatureAdapter.createGeometry(org.w3c.dom.Element element)`
`private static GM_Curve`	`GMLFeatureAdapter.createLineString(org.w3c.dom.Element element)` returns an instance of a curve created from the passed
`private static GM_Surface`	`GMLFeatureAdapter.createPolygon(org.w3c.dom.Element element)` returns an instance of a surface created from the passed
`private static GM_MultiPoint`	`GMLFeatureAdapter.createMultiPoint(org.w3c.dom.Element element)` returns an instance of a multi point created from the passed
`private static GM_MultiCurve`	`GMLFeatureAdapter.createMultiLineString(org.w3c.dom.Element element)` returns an instance of a multi point created from the passed
`private static GM_MultiSurface`	`GMLFeatureAdapter.createMultiSurface(org.w3c.dom.Element element)` returns an instance of a multi point created from the passed

Uses of GM_Exception in org.deegree_impl.model.geometry

Methods in org.deegree_impl.model.geometry that throw GM_Exception
`static GM_Object`	`WKTAdapter.wrap(java.lang.String wkt, CS_CoordinateSystem crs)`
`static java.lang.StringBuffer`	`WKTAdapter.export(GM_Object geom)`
`private static java.lang.StringBuffer`	`WKTAdapter.export(GM_Curve cur)`
`private static java.lang.StringBuffer`	`WKTAdapter.export(GM_MultiCurve mc)`
`private static java.lang.StringBuffer`	`WKTAdapter.export(GM_MultiSurface ms)`
`static GM_Point`	`WKTAdapter.wrapPoint(java.lang.String wkt, CS_CoordinateSystem crs)` creates a GM_Point from a WKT.
`static GM_Curve`	`WKTAdapter.wrapCurve(java.lang.String wkt, CS_CoordinateSystem crs)` creates a GM_Curve from a WKT.
`static GM_Surface`	`WKTAdapter.wrapSurface(java.lang.String wkt, CS_CoordinateSystem crs)` creates a GM_Surface
`static GM_MultiPoint`	`WKTAdapter.wrapMultiPoint(java.lang.String wkt, CS_CoordinateSystem crs)` creates a GM_MultiPoint from a WKT
`static GM_MultiCurve`	`WKTAdapter.wrapMultiCurve(java.lang.String wkt, CS_CoordinateSystem crs)` creates a GM_MultiCurve from a WKT
`static GM_MultiSurface`	`WKTAdapter.wrapMultiSurface(java.lang.String wkt, CS_CoordinateSystem crs)` creates a GM_MultiSurface from a WKT
`static GM_Object`	`SDEAdapter.wrap(SeShape shape)`
`static SeShape`	`SDEAdapter.export(GM_Object geom, SeCoordinateReference crs)`
`private static SeShape`	`SDEAdapter.export(GM_Curve cur, SeCoordinateReference crs)`
`private static SeShape`	`SDEAdapter.export(GM_MultiCurve mc, SeCoordinateReference crs)`
`private static GM_Point`	`SDEAdapter.wrapPoint(SeShape shape)` creates a GM_Point from a SeShape
`private static GM_Curve`	`SDEAdapter.wrapCurve(SeShape shape)` creates a GM_Curve from a SeShape
`private static GM_Surface`	`SDEAdapter.wrapSurface(SeShape shape)` creates a GM_Surface
`private static GM_MultiPoint`	`SDEAdapter.wrapMultiPoint(SeShape shape)` creates a GM_MultiPoint from a WKT
`private static GM_MultiCurve`	`SDEAdapter.wrapMultiCurve(SeShape shape)` creates a GM_MultiCurve from a WKT
`private static GM_MultiSurface`	`SDEAdapter.wrapMultiSurface(SeShape shape)` creates a GM_MultiSurface from a WKT
`static GM_Object`	`PostGISAdapter.wrap(PGgeometry geom, CS_CoordinateSystem crs)` creates a deegree geometry from the passed postgis geometry and CRS
`static Geometry`	`PostGISAdapter.export(GM_Object geom)` exports the passed deegree geometry as the corresponding postgis geometry
`private static GM_Point`	`PostGISAdapter.createPoint(Point ppoint, CS_CoordinateSystem crs)` creates a deegree point from a PostGIS point
`private static GM_Curve`	`PostGISAdapter.createCurve(LineString lineString, CS_CoordinateSystem crs)` creates a deegree curve from a PostGIS linestring
`private static GM_Surface`	`PostGISAdapter.createSurface(Polygon polygon, CS_CoordinateSystem crs)` creates a deegree surface from a PostGIS polygon
`private static GM_MultiPoint`	`PostGISAdapter.createMultiPoint(MultiPoint mpoint, CS_CoordinateSystem crs)` creates a deegree multi point from a PostGIS multi point
`private static GM_MultiCurve`	`PostGISAdapter.createMultiCurve(MultiLineString mlinestring, CS_CoordinateSystem crs)` creates a deegree multi curve from a PostGIS multi lineString
`private static GM_MultiSurface`	`PostGISAdapter.createMultiSurface(MultiPolygon mpolygon, CS_CoordinateSystem crs)` creates a deegree multi surface from a PostGIS multi polygon
`private static Point`	`PostGISAdapter.export(GM_Point point)` transforms the passed deegree GM_Point to a postgis point
`private static LineString`	`PostGISAdapter.export(GM_Curve curve)` transforms the passed deegree GM_Curve to a postgis LineString
`private static Polygon`	`PostGISAdapter.export(GM_Surface surface)` transforms the passed deegree GM_Surface to a postgis Polygon
`private static MultiPoint`	`PostGISAdapter.export(GM_MultiPoint mpoint)` transforms the passed deegree GM_MultiPoint to a postgis multipoint
`private static MultiLineString`	`PostGISAdapter.export(GM_MultiCurve mcurve)` transforms the passed deegree GM_MultiCurve to a postgis MultiLineString
`private static MultiPolygon`	`PostGISAdapter.export(GM_MultiSurface msurface)` transforms the passed deegree GM_MultiSurface to a postgis MultiPolygon
`static GM_Object`	`OracleAdapter.wrap(Geometry geometry, CS_CoordinateSystem crs)` creates a deegree geometry object from an oracle sdo geometry
`static GM_Point`	`OracleAdapter.wrapPoint(Point point, CS_CoordinateSystem srs)` creates a GM_Point from a oracle sdo point.
`static GM_Curve`	`OracleAdapter.wrapCurve(LineString lineString, CS_CoordinateSystem crs)` creates a GM_Curve from an oracle sdo `LineString`
`static GM_Surface`	`OracleAdapter.wrapSurface(Polygon polygon, CS_CoordinateSystem crs, GM_SurfaceInterpolation si)` creates a GM_Surface from an oracle sdo `Polygon`
`static GM_MultiPoint`	`OracleAdapter.wrapMultiPoint(MultiPoint multiPoint, CS_CoordinateSystem crs)` creates a GM_MultiPoint from an oracle sdo `MultiPoint`.
`static GM_MultiCurve`	`OracleAdapter.wrapMultiCurve(MultiLineString multiLineString, CS_CoordinateSystem crs)` creates a GM_MultiCurve from an oracle sdo `MultiPoint`.
`static GM_MultiSurface`	`OracleAdapter.wrapMultiSurface(MultiPolygon multiPolygon, CS_CoordinateSystem crs, GM_SurfaceInterpolation si)` creates a GM_MultiSurface from an oracle sdo `MultiPolygon`.
`private static GM_Position[]`	`LinearContains.getPositions(GM_Curve curve)` Convenience method to extract all `GM_Position`s from a `GM_Curve`.
`static boolean`	`LinearContains.contains(GM_Surface surface, GM_Curve curve)` the operation returns true if the submitted curve contains the submitted surface
`static Geometry`	`JTSAdapter.export(GM_Object gmObject)` Converts a `GM_Object` to a corresponding JTS-`Geometry` object.
`static GM_Object`	`JTSAdapter.wrap(Geometry geometry)` Converts a JTS-`Geometry` object to a corresponding `GM_Object`.
`private static LineString`	`JTSAdapter.export(GM_Curve curve)` Converts a `GM_Curve` to a `LineString`.
`private static MultiLineString`	`JTSAdapter.export(GM_MultiCurve multi)` Converts a `GM_MultiCurve` to a `MultiLineString`.
`private static GeometryCollection`	`JTSAdapter.export(GM_MultiPrimitive multi)` Converts a `GM_MultiPrimitive` to a `GeometryCollection`.
`GM_SurfacePatch`	`GM_Surface_Impl.getSurfacePatchAt(int index)` returns the surface patch at the submitted index
`void`	`GM_Surface_Impl.setSurfacePatchAt(GM_SurfacePatch patch, int index)` writes a surface patch to the surface at submitted position. the old patch will be deleted
`void`	`GM_Surface_Impl.insertSurfacePatchAt(GM_SurfacePatch patch, int index)` inserts a surface patch in the curve at the submitted position. all points with a position that equals index or is higher will be shifted
`void`	`GM_Surface_Impl.deleteSurfacePatchAt(int index)` deletes the surface patch at the submitted index
`protected void`	`GM_Ring_Impl.setPositions(GM_Position[] positions)` sets the Ring as a ArrayList of points
`GM_CurveSegment`	`GM_Ring_Impl.getAsCurveSegment()` returns the Ring as a CurveSegment
`void`	`GM_OrientablePrimitive_Impl.setOrientation(char orientation)` sets the curves orientation
`void`	`GM_MultiSurface_Impl.insertSurfaceAt(GM_Surface gms, int index)` inserts a GM_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`	`GM_MultiSurface_Impl.setSurfaceAt(GM_Surface gms, int index)` sets the submitted GM_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.
`GM_Surface`	`GM_MultiSurface_Impl.removeSurfaceAt(int index)` removes the GM_Surface at the submitted index from the aggregation.
`void`	`GM_MultiPrimitive_Impl.merge(GM_Aggregate aggregate)` merges this aggregation with another one
`void`	`GM_MultiPoint_Impl.insertPointAt(GM_Point gmp, int index)` inserts a GM_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`	`GM_MultiPoint_Impl.setPointAt(GM_Point gmp, int index)` sets the submitted GM_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.
`GM_Point`	`GM_MultiPoint_Impl.removePointAt(int index)` removes the GM_Point at the submitted index from the aggregation.
`void`	`GM_MultiCurve_Impl.insertCurveAt(GM_Curve gmc, int index)` inserts a GM_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 gmc equals null an exception will be thrown.
`void`	`GM_MultiCurve_Impl.setCurveAt(GM_Curve gmc, int index)` sets the submitted GM_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 gmc equals null an exception will be thrown.
`GM_Curve`	`GM_MultiCurve_Impl.removeCurveAt(int index)` removes the GM_Curve at the submitted index from the aggregation.
`GM_LineString`	`GM_LineString_Impl.getAsLineString()` returns a reference to itself
`GM_LineString`	`GM_Curve_Impl.getAsLineString()` returns the curve as GM_LineString. if there isn't a curve segment within the curve null will be returned
`GM_CurveSegment`	`GM_Curve_Impl.getCurveSegmentAt(int index)` returns the curve segment at the submitted index
`void`	`GM_Curve_Impl.setCurveSegmentAt(GM_CurveSegment segment, int index)` writes a segment to the curve at submitted position. the old point will be deleted
`void`	`GM_Curve_Impl.insertCurveSegmentAt(GM_CurveSegment segment, int index)` inserts a segment in the curve at the submitted position. all points with a position that equals index or is higher will be shifted
`void`	`GM_Curve_Impl.addCurveSegment(GM_CurveSegment segment)` adds a segment at the end of the curve
`void`	`GM_Curve_Impl.deleteCurveSegmentAt(int index)` deletes the segment at the submitted index
`void`	`GM_Aggregate_Impl.merge(GM_Aggregate aggregate)` merges this aggregation with another one
`void`	`GM_Aggregate_Impl.insertObjectAt(GM_Object gmo, int index)` inserts a GM_Object 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`	`GM_Aggregate_Impl.setObjectAt(GM_Object gmo, int index)` sets the submitted GM_Object 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.
`GM_Object`	`GM_Aggregate_Impl.removeObjectAt(int index)` removes the GM_Object at the submitted index from the aggregation.
`static java.lang.String`	`GMLAdapter.export(GM_Object gmObject)` creates FeatureCollections from OGC WKBs
`static java.lang.String`	`GMLAdapter.export(GM_Envelope envelope)`
`static GM_Object`	`GMLAdapter.wrap(java.lang.String gml)` Converts a GML geometry object to a corresponding `GM_Object`.
`static GM_Object`	`GMLAdapter.wrap(GMLGeometry gml)` Converts a GML geometry object to a corresponding `GM_Object`.
`private static java.lang.StringBuffer`	`GMLAdapter.createCurve(GM_Curve o)` creates a GML expression of a curve geometry
`private static java.lang.StringBuffer`	`GMLAdapter.createSurface(GM_Surface sur)`
`private static java.lang.StringBuffer`	`GMLAdapter.createMultiCurve(GM_MultiCurve mp)`
`private static java.lang.StringBuffer`	`GMLAdapter.createMultiSurface(GM_MultiSurface mp)`
`private static GM_Point`	`GMLAdapter.wrap(GMLPoint gml)` creates a GM_Point from a gml.
`private static GM_Point`	`GMLAdapter.wrap(GMLPoint gml, java.lang.String multipointSRS)` creates a GM_Point from a gml.
`private static GM_Curve`	`GMLAdapter.wrap(GMLLineString linestring)` creates a GM_CurveSegment from an array of GML-points.
`private static GM_Curve`	`GMLAdapter.wrap(GMLLineString linestring, java.lang.String multilineSRS)` creates a GM_CurveSegment from an array of GML-points.
`private static GM_Surface`	`GMLAdapter.wrap(GMLPolygon polygon)` creates a GM_Surface
`private static GM_Surface`	`GMLAdapter.wrap(GMLPolygon polygon, java.lang.String multipolygonSRS)` creates a GM_Surface
`private static GM_MultiPoint`	`GMLAdapter.wrap(GMLMultiPoint multipoint)` creates a GM_MultiPoint from a GMLMultiPoint
`private static GM_MultiCurve`	`GMLAdapter.wrap(GMLMultiLineString multilinestring)` creates a GM_MultiCurve from an GMLMultiLinestring.
`private static GM_MultiSurface`	`GMLAdapter.wrap(GMLMultiPolygon multipolygon)` creates a GM_MultiSurface
`private static GM_Surface`	`GMLAdapter.wrap(GMLBox gmlBox)`
`static GM_Point`	`GeometryFactory.createGM_Point(byte[] wkb, CS_CoordinateSystem srs)` creates a GM_Point from a wkb.
`static GM_CurveSegment`	`GeometryFactory.createGM_CurveSegment(GM_Position[] points, CS_CoordinateSystem crs)` creates a GM_CurveSegment from an array of points.
`static GM_Curve`	`GeometryFactory.createGM_Curve(GM_Position[] positions, CS_CoordinateSystem crs)` creates a GM_Curve from an array of GM_Positions.
`static GM_Curve`	`GeometryFactory.createGM_Curve(GM_CurveSegment segment)` creates a GM_Curve from one curve segment.
`static GM_Curve`	`GeometryFactory.createGM_Curve(GM_CurveSegment[] segments)` creates a GM_Curve from an array of curve segments.
`static GM_SurfacePatch`	`GeometryFactory.createGM_SurfacePatch(GM_Position[] exteriorRing, GM_Position[][] interiorRings, GM_SurfaceInterpolation si, CS_CoordinateSystem crs)` creates a GM_SurfacePatch from array(s) of GM_Position
`static GM_Curve`	`GeometryFactory.createGM_Curve(byte[] wkb, CS_CoordinateSystem crs)` creates a GM_Curve from a wkb.
`static GM_Surface`	`GeometryFactory.createGM_Surface(GM_Position[] exteriorRing, GM_Position[][] interiorRings, GM_SurfaceInterpolation si, CS_CoordinateSystem crs)` creates a GM_Surface composed of one GM_SurfacePatch from array(s) of GM_Position
`static GM_Surface`	`GeometryFactory.createGM_Surface(GM_SurfacePatch patch)` creates a GM_Surface from an array of GM_SurfacePatch.
`static GM_Surface`	`GeometryFactory.createGM_Surface(byte[] wkb, CS_CoordinateSystem crs, GM_SurfaceInterpolation si)` creates a GM_Surface from a wkb.
`static GM_Surface`	`GeometryFactory.createGM_Surface(GM_Envelope bbox, CS_CoordinateSystem crs)` Creates a `GM_Surface` from a `GM_Envelope`.
`static GM_MultiPoint`	`GeometryFactory.createGM_MultiPoint(GM_Point[] points)` creates a GM_MultiPoint from an array of GM_Point.
`static GM_MultiPoint`	`GeometryFactory.createGM_MultiPoint(byte[] wkb, CS_CoordinateSystem crs)` creates a GM_MultiPoint from a wkb.
`static GM_MultiCurve`	`GeometryFactory.createGM_MultiCurve(GM_Curve[] curves)` creates a GM_MultiCurve from an array of GM_Curves.
`static GM_MultiCurve`	`GeometryFactory.createGM_MultiCurve(byte[] wkb, CS_CoordinateSystem crs)` creates a GM_MultiCurve from a wkb.
`static GM_MultiSurface`	`GeometryFactory.createGM_MultiSurface(GM_Surface[] surfaces)` creates a GM_MultiSurface from a wkb
`static GM_MultiSurface`	`GeometryFactory.createGM_MultiSurface(byte[] wkb, CS_CoordinateSystem crs, GM_SurfaceInterpolation si)` creates a GM_MultiSurface from a wkb

Constructors in org.deegree_impl.model.geometry that throw GM_Exception
`GM_Surface_Impl(GM_SurfacePatch surfacePatch)` initializes the surface with default orientation submitting one surface patch.
`GM_Surface_Impl(char orientation, GM_SurfacePatch surfacePatch)` initializes the surface submitting the orientation and one surface patch.
`GM_Surface_Impl(GM_SurfaceBoundary boundary)` initializes the surface with default orientation submitting the surfaces boundary
`GM_Surface_Impl(char orientation, GM_SurfaceBoundary boundary)` initializes the surface submitting the orientation and the surfaces boundary.
`GM_SurfacePatch_Impl(GM_SurfaceInterpolation interpolation, GM_Position[] exteriorRing, GM_Position[][] interiorRings, CS_CoordinateSystem crs)` Creates a new GM_SurfacePatch_Impl object.
`GM_SurfaceInterpolation_Impl(int surfaceInterpolation)` Creates a new GM_SurfaceInterpolation_Impl object.
`GM_SurfaceBoundary_Impl(GM_Ring exterior, GM_Ring[] interior)` constructor
`GM_Ring_Impl(GM_Position[] points, CS_CoordinateSystem crs)` Constructor, with Array and CS_CoordinateSystem
`GM_Ring_Impl(GM_Position[] points, CS_CoordinateSystem crs, char orientation)` Constructor, with Array, CS_CoordinateSystem and Orientation
`GM_Polygon_Impl(GM_SurfaceInterpolation interpolation, GM_Position[] exteriorRing, GM_Position[][] interiorRings, CS_CoordinateSystem crs)` Creates a new GM_Polygon_Impl object.
`GM_OrientableSurface_Impl(CS_CoordinateSystem crs)` Creates a new GM_OrientableSurface_Impl object.
`GM_OrientableSurface_Impl(CS_CoordinateSystem crs, char orientation)` Creates a new GM_OrientableSurface_Impl object.
`GM_OrientablePrimitive_Impl(CS_CoordinateSystem crs, char orientation)` the constructor sets the curves orientation
`GM_OrientableCurve_Impl(CS_CoordinateSystem crs)` Creates a new GM_OrientableCurve_Impl object.
`GM_OrientableCurve_Impl(CS_CoordinateSystem crs, char orientation)` Creates a new GM_OrientableCurve_Impl object.
`GM_LineString_Impl(GM_Position[] gmps, CS_CoordinateSystem cs)` Creates a new GM_LineString_Impl object.
`GM_Curve_Impl(GM_CurveSegment[] segments)` initialize the curve by submitting a spatial reference system and an array of curve segments. the orientation of the curve is '+'
`GM_Curve_Impl(char orientation, GM_CurveSegment[] segments)` initialize the curve by submitting a spatial reference system, an array of curve segments and the orientation of the curve
`GM_CurveSegment_Impl(GM_Position[] gmps, CS_CoordinateSystem crs)` Creates a new GM_CurveSegment_Impl object.
`GM_CurveBoundary_Impl(CS_CoordinateSystem crs, GM_Position sp, GM_Position ep)` constructor of curve_boundary with CS_CoordinateSystem and startpoint and endpoint

Uses of GM_Exception in org.deegree_impl.services.wfs.bna

Methods in org.deegree_impl.services.wfs.bna that throw GM_Exception
`private java.lang.String`	`BNADataStoreOutputGML.getGeometry(GM_Object o, java.lang.String crs)`
`private java.lang.StringBuffer`	`BNADataStoreOutputGML.handleCurves(java.lang.String crs, GM_Object o)`
`private java.lang.StringBuffer`	`BNADataStoreOutputGML.handleSurfaces(java.lang.String crs, GM_Object o)`
`private java.lang.StringBuffer`	`BNADataStoreOutputGML.handleMultiCurves(java.lang.String crs, GM_Object o)`
`private java.lang.StringBuffer`	`BNADataStoreOutputGML.handleMultiSurfaces(java.lang.String crs, GM_Object o)`
`private Feature`	`BNADataStore.CGetFeature.createFeature(BNAFeature bnafeature, CS_CoordinateSystem crs)` Creates a Feature from a BNAFeature
`private GM_Object`	`BNADataStore.CGetFeature.getGMObject(BNAFeature bnafeature, CS_CoordinateSystem crs)` Builds a GM_Object from a BNAFeature.

Uses of GM_Exception in org.deegree_impl.services.wfs.oracle

Methods in org.deegree_impl.services.wfs.oracle that throw GM_Exception
`private int`	`DataStoreOutputFC.getGeometryType(byte[] wkb)`

Uses of GM_Exception in org.deegree_impl.services.wts

Methods in org.deegree_impl.services.wts that throw GM_Exception
`private void`	`WTService_Impl.handleWFSTINs(FeatureCollection fc, double scale, int[] index)` handles the response to a WFS GetFeature request containing DEM as TINs
`GM_Surface[]`	`Splitter.makeStripes(int count)` tiles the footprint trapez into count pralell stripes with an identical view angle from the viewers position
`(package private) GM_Surface[]`	`Splitter.makeBoxes(GM_Surface stripe, int count)` tiles a stripe into count boxes

Uses of GM_Exception in org.deegree_impl.services.wts.util

Methods in org.deegree_impl.services.wts.util that throw GM_Exception
`static GeometryArray`	`TINtoTINArrayConverter.convertToArray(FeatureCollection fc, boolean enableTexture, float scale)` Converts the geometries of the feature of a feature collection to TINs stored in a javax.media.j3d.TriangleArray

Uses of GM_Exception in org.deegree.model.geometry

Methods in org.deegree.model.geometry that throw GM_Exception
`GM_SurfacePatch`	`GM_Surface.getSurfacePatchAt(int index)` returns the surface patch at the submitted index
`void`	`GM_Surface.setSurfacePatchAt(GM_SurfacePatch segment, int index)` writes a surface patch to the surface at submitted position. the old patch will be deleted
`void`	`GM_Surface.insertSurfacePatchAt(GM_SurfacePatch segment, int index)` inserts a surface patch in the curve at the submitted position. all points with a position that equals index or is higher will be shifted
`void`	`GM_Surface.deleteSurfacePatchAt(int index)` deletes the surface patch at the submitted index
`GM_CurveSegment`	`GM_Ring.getAsCurveSegment()` returns the ring as an instance of `GM_CurveSegment`
`void`	`GM_OrientablePrimitive.setOrientation(char orientation)` sets the curves orientation
`void`	`GM_MultiSurface.insertSurfaceAt(GM_Surface gms, int index)` inserts a GM_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`	`GM_MultiSurface.setSurfaceAt(GM_Surface gms, int index)` sets the submitted GM_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.
`GM_Surface`	`GM_MultiSurface.removeSurfaceAt(int index)` removes the GM_Surface at the submitted index from the aggregation.
`void`	`GM_MultiPoint.insertPointAt(GM_Point gmp, int index)` inserts a GM_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`	`GM_MultiPoint.setPointAt(GM_Point gmp, int index)` sets the submitted GM_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.
`GM_Point`	`GM_MultiPoint.removePointAt(int index)` removes the GM_Point at the submitted index from the aggregation.
`void`	`GM_MultiCurve.insertCurveAt(GM_Curve gmc, int index)` inserts a GM_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 gmc equals null an exception will be thrown.
`void`	`GM_MultiCurve.setCurveAt(GM_Curve gmc, int index)` sets the submitted GM_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 gmc equals null an exception will be thrown.
`GM_Curve`	`GM_MultiCurve.removeCurveAt(int index)` removes the GM_Curve at the submitted index from the aggregation.
`GM_LineString`	`GM_GenericCurve.getAsLineString()` returns the curve as GM_LineString
`GM_CurveSegment`	`GM_Curve.getCurveSegmentAt(int index)` returns the curve segment at the submitted index
`void`	`GM_Curve.setCurveSegmentAt(GM_CurveSegment segment, int index)` writes a segment to the curve at submitted position. the old point will be deleted
`void`	`GM_Curve.insertCurveSegmentAt(GM_CurveSegment segment, int index)` inserts a segment in the curve at the submitted position. all points with a position that equals index or is higher will be shifted
`void`	`GM_Curve.addCurveSegment(GM_CurveSegment segment)` adds a segment at the end of the curve
`void`	`GM_Curve.deleteCurveSegmentAt(int index)` deletes the segment at the submitted index
`void`	`GM_Aggregate.merge(GM_Aggregate aggregate)` merges two aggregation.
`void`	`GM_Aggregate.insertObjectAt(GM_Object gmo, int index)` inserts a GM_Object 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`	`GM_Aggregate.setObjectAt(GM_Object gmo, int index)` sets the submitted GM_Object 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.
`GM_Object`	`GM_Aggregate.removeObjectAt(int index)` removes the GM_Object at the submitted index from the aggregation.

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Uses of Classorg.deegree.model.geometry.GM_Exception

Uses of Class
org.deegree.model.geometry.GM_Exception