ICircularString Interface

A multi-vertex curve with circular interpolation between points.

Namespace: Aspose.Gis.Geometries
Assembly: Aspose.GIS (in Aspose.GIS.dll) Version: 20.3.0.0 (20.03)

Syntax

public interface ICircularString : ICurve, 
	IGeometry, IEquatable<ICircularString>, IReadOnlyList, IReadOnlyCollection, 
	IEnumerable<IPoint>, IEnumerable

Public Interface ICircularString
	Inherits ICurve, IGeometry, IEquatable(Of ICircularString), 
	IReadOnlyList, IReadOnlyCollection, IEnumerable(Of IPoint), IEnumerable

public interface class ICircularString : ICurve, 
	IGeometry, IEquatable<ICircularString^>, IReadOnlyList, IReadOnlyCollection, 
	IEnumerable<IPoint^>, IEnumerable

type ICircularString =  
    interface
        interface ICurve
        interface IGeometry
        interface IEquatable<ICircularString>
        interface IReadOnlyList
        interface IReadOnlyCollection
        interface IEnumerable<IPoint>
        interface IEnumerable
    end

The ICircularString type exposes the following members.

Properties

	Name	Description
	Dimension	Gets the topological dimension of this IGeometry. (Inherited from IGeometry.)
	EndPoint	Returns a copy of the end point of the curve. (Inherited from ICurve.)
	GeometryType	Gets the type of the geometry. (Inherited from IGeometry.)
	HasCurveGeometry	Gets a value indicating whether this geometry is or contains curve (not linear) geometry. (Inherited from IGeometry.)
	HasM	Gets a value indicating whether this instance has M coordinate. (Inherited from IGeometry.)
	HasZ	Gets a value indicating whether this instance has Z coordinate. (Inherited from IGeometry.)
	IsClosed	Gets a values indicating whether a curve is closed. A curve is closed if its start point is equal to its end point. (Inherited from ICurve.)
	IsEmpty	Gets a value indicating whether this instance is empty (represents the empty point set). (Inherited from IGeometry.)
	IsSimple	Gets a value indicating whether this instance is simple from SFA point of view. (Inherited from IGeometry.)
	IsValid	Gets a value indicating whether this instance is valid. (Inherited from IGeometry.)
	SpatialReferenceSystem	Gets SpatialReferenceSystem of this instance. This property can be , if SpatialReferenceSystem is unknown. (Inherited from IGeometry.)
	StartPoint	Returns a copy of the starting point of the curve. (Inherited from ICurve.)

Methods

	Name	Description
	AsBinary	Translates this geometry to its Well-Known Binary representation. (Inherited from IGeometry.)
	AsBinary(WkbVariant)	Translates this geometry to its Well-Known Binary representation. (Inherited from IGeometry.)
	AsText	Translates this geometry to its Well-Known Text representation. (Inherited from IGeometry.)
	AsText(WktVariant)	Translates this geometry to its Well-Known Text representation. (Inherited from IGeometry.)
	Clone	Clones this instance. (Inherited from IGeometry.)
	CoveredBy	Determines whether this geometry is covered by a specified geometry. (Inherited from IGeometry.)
	Covers	Determines whether this geometry covers a specified geometry. (Inherited from IGeometry.)
	Crosses	Determines if this geometry and a specified geometry cross. (Inherited from IGeometry.)
	Difference	Subtracts a specified geometry from this geometry. (Inherited from IGeometry.)
	Disjoint	Determines if this geometry is disjoint from a specified geometry. (Inherited from IGeometry.)
	Equals	(Inherited from IEquatableICircularString.)
	GetArea	Computes the area of this geometry. (Inherited from IGeometry.)
	GetBuffer	Computes a buffer region around this geometry. (Inherited from IGeometry.)
	GetCentroid	Computes the centroid of this geometry. (Inherited from IGeometry.)
	GetConvexHull	Computes the convex hull of this geometry. (Inherited from IGeometry.)
	GetDistanceTo	Computes the minimum distance between this geometry and a specified geometry. (Inherited from IGeometry.)
	GetEnumerator	(Inherited from IEnumerableIPoint.)
	GetExtent	Computes and returns a bounding extent of this geometry. (Inherited from IGeometry.)
	GetLength	Computes the length of this geometry. (Inherited from IGeometry.)
	Intersection	Builds an intersection between this geometry and a specified geometry. (Inherited from IGeometry.)
	Intersects(Extent)	Determines whether this geometry intersects a specified extent. (Inherited from IGeometry.)
	Intersects(IGeometry)	Determines if this geometry and a specified geometry intersects. (Inherited from IGeometry.)
	Overlaps	Determines whether this geometry overlap with a specified geometry. (Inherited from IGeometry.)
	Relate	Determines if DE-9IM intersection matrix of this geometry and a specified geometry matches provided pattern. (Inherited from IGeometry.)
	SpatiallyContains	Determines whether this geometry spatially contains a specified geometry. (Inherited from IGeometry.)
	SpatiallyEquals	Determines if this geometry spatially equal to a specified geometry. (Inherited from IGeometry.)
	SymDifference	Builds a symmetric difference between this geometry and a specified geometry. (Inherited from IGeometry.)
	ToEditable	Gets an editable copy of this geometry.
	ToLinearGeometry	Gets approximate or equivalent non-curve version of this geometry using the default tolerance. (Inherited from ICurve.)
	ToLinearGeometry(Double)	Gets approximate or equivalent non-curve version of this geometry using the specified tolerance. (Inherited from ICurve.)
	Touches	Determines if this geometry and a specified geometry touch. (Inherited from IGeometry.)
	Union	Unites this geometry and a specified geometry. (Inherited from IGeometry.)
	Within(Extent)	Determines whether this geometry is within a specified extent. (Inherited from IGeometry.)
	Within(IGeometry)	Determines whether this geometry is within a specified geometry. (Inherited from IGeometry.)

Remarks

The CircularString consists of one or more circular arc segments connected end to end. The first three points define the first segment. The first point is the start point of the arc. The second point is any intermediate point on the arc other than the start or end point. The third point is the end of the arc. Subsequent arcs are defined by their intermediate and end points only, as the start point is implicitly defined as the previous segment's end point.

Reference

Aspose.Gis.Geometries Namespace