GeometryEngine Class Members

The following tables list the members exposed by GeometryEngine.

Public Properties

	Name	Description
	Instance	Gets the GeometryEngine instance.

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Public Methods

	Name	Description
	AccelerateForRelationalOperations	Produces a copy of the given geometry that is an accelerated geometry used to speed up relational operations. Only polyline and polygon geometries can be accelerated. If the geometry cannot be accelerated, the method returns the same input geometry.
	Area	Gets the area of the geometry. This is a planar measurement using 2D Cartesian mathematics to compute the area.
	AutoComplete	Constructs a polygon that fills in the gaps between the existing polygon and polyline.
	Boundary	Calculates the boundary of the input geometry.
	Buffer	Overloaded.
	CalculateNonSimpleMs	Calculates M attribute values for each non-simple (NaN) M-value from existing simple (non-NaN) M attributes on the specified geometry. The non-simple M values are obtained by extrapolation/interpolation for polylines and interpolation for polygons.
	CalculateNonSimpleZs	Calculates Z attribute values for each non-simple (NaN) Z-value from existing simple (non-NaN) Z attributes on the specified geometry. The non-simple Z values are obtained by extrapolation/interpolation for polylines and interpolation for polygons.
	CalibrateByMs	Calibrates M values using M values of input points.
	CenterAt	Center the envelope at the specified x and y coordinates.
	Centroid	Gets the centroid (center of gravity) of the geometry.
	Clip	Constructs the polygon created by clipping geometry by envelope.
	ConstructMultipatchExtrude	Creates a multipatch from the input polygon or polyline.
	ConstructMultipatchExtrudeAlongLine	Creates a multipatch from the input polygon or polyline.
	ConstructMultipatchExtrudeAlongVector3D	Creates a multipatch from the input polygon or polyline.
	ConstructMultipatchExtrudeFromToZ	Creates a multipatch from the input polygon or polyline.
	ConstructMultipatchExtrudeToZ	Creates a multipatch from the input polygon or polyline.
	ConstructPointFromAngleDistance	Constructs a point at a specified angle from the horizontal axis and a specified distance away from the input point.
	ConstructPolygonsFromPolylines	Generates polygons from a set of polylines.
	Contains	Returns true if geometry1 contains geometry2.
	ConvexHull	Constructs the convex hull of the geometry.
	Crosses	Returns true if geometry1 crosses geometry2.
	Cut	Splits this geometry into parts. A polyline will be split into two parts at most.
	DensifyByAngle	Densifies the specified geometry.
	DensifyByDeviation	Densifies the specified geometry.
	DensifyByLength	Densifies the specified geometry.
	DensifyByLength3D	Densifies the specified geometry.
	Difference	Performs the topological difference operation on the two geometries.
	Disjoint	Returns true if geometry1 and geometry2 are disjoint.
	Disjoint3D	Returns true if geometry1 and geometry2 are disjoint in a 3-dimensional manner.
	Distance	Measures the planar distance between two geometries.
	Distance3D	Measures the 3-dimensional planar distance between two geometries.
	Equals	Overloaded.
	Expand	Overloaded.
	ExportToEsriShape	Overloaded.
	ExportToJSON	Writes a JSON version of the input geometry to a string.
	ExportToWKB	Overloaded.
	ExportToWKT	Writes an OGC well-known text formatted version of the input geometry to a string.
	Extend	Performs the extend operation on a polyline using a polyline as the extender. The output polyline will have the first and last segment of each part extended to the extender if the segments can be interpolated to intersect the extender. In the case that the segments can be extended to multiple segments of the extender, the shortest extension is chosen. Only end points for parts that are not shared by the end points of other parts will be extended. If the polyline cannot be extended by the input extender, then a null will be returned.
	Generalize	Performs the generalize operation on the geometry.
	Generalize3D	Performs the generalize operation on the geometry.
	GeodesicArea	Gets the geodesic area of a geometry.
	GeodesicBuffer	Overloaded.
	GeodesicDistance	Calculates the geodesic distance between two geometries.
	GeodesicEllipse	The function returns a piecewise approximation of a geodesic ellipse (or geodesic circle, if semiAxis1Length = semiAxis2Length). Constructs a geodesic ellipse centered on the specified point. If this method is used to generate a polygon or a polyline, the result may have more than one part, depending on the size of the ellipse and its position relative to the horizon of the coordinate system. When the method generates a polyline or a multipoint, the result vertices lie on the boundary of the ellipse. When a polygon is generated, the interior of the polygon is the interior of the ellipse, however the boundary of the polygon may contain segments from the spatial reference horizon, or from the GCS extent.
	GeodesicLength	Gets the geodesic length of the input geometry.
	GeodesicSector	The function returns a piecewise approximation of a geodesic ellipse (or geodesic circle, if SemiAxis1Length = SemiAxis2Length). Constructs a geodesic ellipse centered on the specified point. If this method is used to generate a polygon or a polyline, the result may have more than one part, depending on the size of the sector and its position relative to the horizon of the coordinate system. When the method generates a polyline or a multipoint, the result vertices lie on the boundary of the ellipse. When a polygon is generated, the interior of the polygon is the interior of the sector, however the boundary of the polygon may contain segments from the spatial reference horizon, or from the GCS extent.
	GeodeticDensifyByDeviation	Creates geodetic segments connecting existing vertices and densifies the segments.
	GeodeticDensifyByLength	Creates geodetic segments connecting existing vertices and densifies the segments.
	GeodeticDistanceAndAzimuth	Calculates distance and azimuth on the spheroid between two points using the given geodetic curve type.
	GeodeticMove	Moves each point in the input array by the given distance. The function returns the number of points that has been moved. Points that are outside of the horizon will be discarded.
	GetEsriShapeSize	Returns the size of the buffer in bytes that will be required to hold the Esri shapefile version of the input geometry.
	GetMinMaxM	Gets the minimum and maximum M value.
	GetMMonotonic	Determines whether Ms are monotonic, and if so, whether they are ascending or descending.
	GetMsAtDistance	Get the M values at the specified distance along the multipart. Two M values can be returned if the specified distance is exactly at the beginning or the ending of a part.
	GetNormalsAtM	Gets the line segments corresponding to the normal at the locations along the geometry where the specified M occurs.
	GetPointsAtM	Gets a multipoint corresponding to the locations along the multipart where the specified M value occurs. Coordinates/measures are interpolated when appropriate.
	GetPredefinedCoordinateSystemList	Gets the list of predefined coordinate systems for the given filter.
	GetPredefinedGeographicTransformationList	Gets the list of predefined geographic transformations.
	GetSubCurve	Gets the subcurve of the input multipart between fromDistance and toDistance.
	GetSubCurve3D	Gets the 3D subcurve of the input multipart between fromDistance and toDistance.
	GetSubCurveBetweenMs	Gets a polyline corresponding to the subcurve(s) between the specified M values.
	GetWKBSize	Returns the size of the buffer in bytes that will be required to hold the OGC well-known binary version of the input geometry.
	GraphicBuffer	Overloaded.
	ImportFromEsriShape	Creates a geometry based on the contents of the input Esri shapefile formatted buffer.
	ImportFromJSON	Creates a geometry from the input JSON string.
	ImportFromWKB	Creates a geometry based on the contents of the input well-known binary buffer.
	ImportFromWKT	Creates a geometry from the input well-known text string.
	InsertMAtDistance	Sets the M value at the given distance along the multipart.
	InterpolateMsBetween	Generates M values by linear interpolation over a range of points.
	Intersection	Overloaded.
	Intersects	Returns true if geometry1 and geometry2 intersect.
	IsSimpleAsFeature	Indicates whether this geometry is known to be topologically consistent according to the geometry type for storage in a database.
	LabelPoint	Performs the LabelPoint operation on the geometry.
	Length	Gets the length for a specified geometry. This is a planar measurement using 2D Cartesian mathematics.
	Length3D	Gets the 3D length for a specified geometry.
	Move	Overloaded.
	MovePointAlongLine	Constructs a point the specified distance along a polyline or polygon.
	MultipartToSinglePart	Separates the components of a geometry into single component geometries.
	NearestPoint	Finds the nearest point in the geometry to a specified point.
	NearestPoint3D	Finds the nearest point, in 3D space, on a z-aware geometry to a specified point.
	NearestVertex	Finds the nearest vertex in the geometry to a specified point.
	NormalizeCentralMeridian	Folds the geometry into a range of 360 degrees. This may be necessary when wrap around is enabled on the map. If geometry is an Envelope then a Polygon will be returned unless the Envelope is empty in which case an empty Envelope will be returned.
	Offset	Returns offset version of the input geometry. The offset operation creates a geometry that is a constant distance from an input polyline or polygon. It is similar to buffering, but produces a one sided result. If offset distance > 0, then the offset geometry is constructed to the right of the oriented input geometry, otherwise it is constructed to the left. For a simple polygon, the orientation of outer rings is clockwise and for inner rings it is counter clockwise. So the "right side" of a simple polygon is always its inside. The bevelRatio is multiplied by the offset distance and the result determines how far a mitered offset intersection can be from the input curve before it is beveled.
	Overlaps	Returns true if geometry1 and geometry2 overlap.
	Project	Projects the given geometry to a new spatial reference. Same as GeometryEngine.ProjectEx(geometry, ProjectionTransformation.Create(geometry.SpatialReference, outputSpatialReference)); or, if both spatial references have vertical coordinate systems same as GeometryEngine.ProjectEx(geometry, ProjectionTransformation.CreateWithVertical(geometry.SpatialReference, outputSpatialReference));
	ProjectEx	Projects the given geometry to a new spatial reference.
	QueryNormal	Overloaded.
	QueryPoint	Overloaded.
	QueryPointAndDistance	Overloaded.
	QueryPointAndDistance3D	Overloaded.
	QueryTangent	Overloaded.
	ReflectAboutLine	Reflects the input geometry about the given line.
	Relate	Performs custom relational operations between two geometries using a Dimensionally Extended Nine-Intersection Model, DE-9IM, formatted string.
	ReplaceNaNZs	Replaces each non-simple (NaN) z-value on the geometry with the specified z-value. All other simple (non-NaN) z-values are unchanged.
	Reshape	Reshapes a polygon or polyline with a single path polyline.
	ReverseOrientation	Reverse the orientation of the geometry.
	Rotate	Rotates the geometry about the specified origin point.
	Scale	Overloaded.
	SetAndInterpolateMsBetween	Sets the Ms at the beginning and the end of the geometry and interpolates the M values between these values.
	SetConstantZ	Replaces each Z value on the geometry with the specified Z value.
	SetMsAsDistance	Sets the M values to the cumulative length from the start of the multipart.
	ShapePreservingArea	Calculates the area of the geometry on the surface of the Earth ellipsoid. This method preserves the shape of the geometry in its coordinate system.
	ShapePreservingLength	Calculates the length of the geometry on the surface of the Earth ellipsoid. This method preserves the shape of the geometry in its coordinate system.
	SideBuffer	Overloaded.
	SimplifyAsFeature	Simplifies the given geometry to make it topologically consistent according to the geometry type for storage in a database. For instance, it rectifies polygons that may be self-intersecting.
	SimplifyPolyline	Use either planar, nonplanar, or network simplify regardless of polyline M awareness.
	SlicePolygonIntoEqualParts	Slices a polygon into a set of equal area parts.
	SplitAtPoint	Adds a new vertex along the curve at the specified input point, or the projection onto the curve of the specified input point.
	SymmetricDifference	Performs the symmetric difference operation on the two geometries. The symmetric difference is the union of the geometries minus the intersection.
	Touches	Returns true if geometry1 touches geometry2.
	Transform2D	Transforms an array of 2D coordinates. Returns an array of transformed 2D coordinates.
	Transform3D	Transforms an array of 3D coordinates. Returns an array of transformed 3D coordinates.
	Union	Overloaded.
	Within	Returns true if geometry1 is within geometry2.

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Reference

GeometryEngine Class
ArcGIS.Core.Geometry Namespace