Class Containment2

Namespace: GeometryHelper.Core

Assembly: GeometryHelper.dll

Provides static methods for spatial containment, inclusion, and boundary point tests.

public static class Containment2

Inheritance: object

Containment2

Inherited Members: object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Methods

Contains(GeoCircle2, GeoCircle2): Checks whether a circle entirely contains another circle using default tolerance.

Contains(GeoCircle2, GeoCircle2, Tolerance): Checks whether a circle entirely contains another circle within tolerance.

Contains(GeoCircle2, GeoLine2): Checks whether a circle entirely contains a line segment using default tolerance.

Contains(GeoCircle2, GeoLine2, Tolerance): Checks whether a circle entirely contains a line segment within tolerance.

Contains(GeoCircle2, GeoPoint2): Checks whether a circle contains a point using default tolerance.

Contains(GeoCircle2, GeoPoint2, Tolerance): Checks whether a circle contains a point within tolerance.

Contains(GeoFace2, GeoPoint2): Checks whether a face with holes holds a point, on its outline included, using default tolerance.

Contains(GeoFace2, GeoPoint2, Tolerance): Checks whether a face with holes holds a point, on its outline included, within tolerance.

Contains(GeoPolygon2, GeoLine2): Checks whether a polygon entirely contains a line segment using default tolerance.

Contains(GeoPolygon2, GeoLine2, Tolerance): Checks whether a polygon entirely contains a line segment within tolerance.

Contains(GeoPolygon2, GeoPoint2): Checks whether a polygon contains a point using default tolerance (accepts points on the boundary).

Contains(GeoPolygon2, GeoPoint2, Tolerance): Checks whether a polygon contains a point using the Ray Casting algorithm (accepts points on the boundary).

Contains(GeoPolygon2, GeoPolyline2): Checks whether a polygon entirely contains a polyline using default tolerance.

Contains(GeoPolygon2, GeoPolyline2, Tolerance): Checks whether a polygon entirely contains a polyline within tolerance.

Contains(GeoPolygonArc2, GeoPoint2): Determines whether a loop that may curve encloses a point, counting its boundary as inside.

Contains(GeoPolygonArc2, GeoPoint2, Tolerance): Determines whether a loop that may curve encloses a point, within a tolerance.

Contains(GeoRectangle2, GeoLine2): Checks whether a rectangle entirely contains a line segment using default tolerance.

Contains(GeoRectangle2, GeoLine2, Tolerance): Checks whether a rectangle entirely contains a line segment within tolerance. (Since a rectangle is a convex set, a line segment is contained iff both endpoints are contained).

Contains(GeoRectangle2, GeoPoint2): Checks whether a rotated rectangle (GeoRectangle2 OBB) contains a point using default tolerance (accepts points on the boundary).

Contains(GeoRectangle2, GeoPoint2, Tolerance): Checks whether a rotated rectangle (GeoRectangle2 OBB) contains a point within tolerance (accepts points on the boundary).

Contains(GeoRectangle2, GeoPolyline2): Checks whether a rectangle entirely contains a polyline using default tolerance.

Contains(GeoRectangle2, GeoPolyline2, Tolerance): Checks whether a rectangle entirely contains a polyline within tolerance.

Contains(GeoTriangle2, GeoPoint2): Checks whether a triangle contains a point using default tolerance (accepts points on the edges).

Contains(GeoTriangle2, GeoPoint2, Tolerance): Checks whether a triangle contains a point within tolerance (accepts points on the edges).

GetSide(GeoLine2, GeoPoint2): Determines which side of a segment a point lies on, using the default tolerance.

GetSide(GeoLine2, GeoPoint2, Tolerance): Determines which side of a segment a point lies on, within a tolerance.

IsPointOn(GeoCircle2, GeoPoint2): Checks whether a point lies on the circumference of a circle using default tolerance.

IsPointOn(GeoCircle2, GeoPoint2, Tolerance): Checks whether a point lies on the circumference of a circle within tolerance.

IsPointOn(GeoLine2, GeoPoint2): Checks whether a point lies on the line segment using default tolerance.

IsPointOn(GeoLine2, GeoPoint2, Tolerance): Checks whether a point lies on the line segment within tolerance.

IsPointOn(GeoPolygon2, GeoPoint2): Checks whether a point lies on any boundary edge of the polygon using default tolerance.

IsPointOn(GeoPolygon2, GeoPoint2, Tolerance): Checks whether a point lies on any boundary edge of the polygon within tolerance.

IsPointOn(GeoPolygonArc2, GeoPoint2): Determines whether a point lies on a loop that may curve.

IsPointOn(GeoPolygonArc2, GeoPoint2, Tolerance): Determines whether a point lies on a loop that may curve, within a tolerance.

IsPointOn(GeoPolyline2, GeoPoint2): Checks whether a point lies on any segment of the polyline using default tolerance.

IsPointOn(GeoPolyline2, GeoPoint2, Tolerance): Checks whether a point lies on any segment of the polyline within tolerance.

IsPointOn(GeoPolylineArc2, GeoPoint2): Determines whether a point lies on a chain that may curve.

IsPointOn(GeoPolylineArc2, GeoPoint2, Tolerance): Determines whether a point lies on a chain that may curve, within a tolerance.

Locate(GeoCircle2, GeoPoint2): Classifies the spatial location of a point relative to a circle using default tolerance.

Locate(GeoCircle2, GeoPoint2, Tolerance): Classifies the spatial location of a point relative to a circle within tolerance.

Locate(GeoFace2, GeoPoint2): Classifies the spatial location of a point relative to a face with holes using default tolerance.

Locate(GeoFace2, GeoPoint2, Tolerance): Classifies the spatial location of a point relative to a face with holes within tolerance.

Locate(GeoLine2, GeoPoint2): Classifies the spatial location of a point relative to a line segment using default tolerance.

Locate(GeoLine2, GeoPoint2, Tolerance): Classifies the spatial location of a point relative to a line segment within tolerance.

Locate(GeoPolygon2, GeoPoint2): Classifies the spatial location of a point relative to a polygon using default tolerance.

Locate(GeoPolygon2, GeoPoint2, Tolerance): Classifies the spatial location of a point relative to a polygon within tolerance.

Locate(GeoPolygonArc2, GeoPoint2): Says where a point lies against a loop that may curve.

Locate(GeoPolygonArc2, GeoPoint2, Tolerance): Says where a point lies against a loop that may curve, within a tolerance.

Locate(GeoPolyline2, GeoPoint2): Classifies the spatial location of a point relative to a polyline using default tolerance. A polyline has no interior, so the result is either OnSide or OutSide.

Locate(GeoPolyline2, GeoPoint2, Tolerance): Classifies the spatial location of a point relative to a polyline within tolerance. A polyline has no interior, so the result is either OnSide or OutSide; convert it with ToPolygon() to classify against an enclosed area.

Locate(GeoPolylineArc2, GeoPoint2): Says where a point lies against a chain that may curve.

Locate(GeoPolylineArc2, GeoPoint2, Tolerance): Says where a point lies against a chain that may curve, within a tolerance.

Locate(GeoRectangle2, GeoPoint2): Classifies the spatial location of a point relative to a rotated rectangle (GeoRectangle2 OBB) using default tolerance.

Locate(GeoRectangle2, GeoPoint2, Tolerance): Classifies the spatial location of a point relative to a rotated rectangle (GeoRectangle2 OBB) within tolerance.

Locate(GeoTriangle2, GeoPoint2): Classifies the location of a point relative to a triangle using default tolerance.

Locate(GeoTriangle2, GeoPoint2, Tolerance): Classifies the location of a point relative to a triangle within tolerance.

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