C# Class SharpMap.Geometries.SpatialRelations

Class defining a set of named spatial relationship operators for geometric shape objects.

Mostra file Open project: jumpinjackie/fdotoolbox Class Usage Examples

Public Methods

Method	Description
Contains ( Geometry sourceGeometry, Geometry otherGeometry ) : bool	Returns true if otherGeometry is wholly contained within the source geometry. This is the same as reversing the primary and comparison shapes of the Within operation.
Crosses ( Geometry g1, Geometry g2 ) : bool	Returns true if the intersection of the two geometries results in a geometry whose dimension is less than the maximum dimension of the two geometries and the intersection geometry is not equal to either. geometry.
Disjoint ( Geometry g1, Geometry g2 ) : bool	Returns true if otherGeometry is disjoint from the source geometry.
Equals ( Geometry g1, Geometry g2 ) : bool	Returns true if otherGeometry is of the same type and defines the same point set as the source geometry.
Intersects ( Geometry g1, Geometry g2 ) : bool	Returns true if there is any intersection between the two geometries.
Overlaps ( Geometry g1, Geometry g2 ) : bool	Returns true if the intersection of the two geometries results in an object of the same dimension as the input geometries and the intersection geometry is not equal to either geometry.
Touches ( Geometry g1, Geometry g2 ) : bool	Returns true if the only points in common between the two geometries lie in the union of their boundaries.
Within ( Geometry g1, Geometry g2 ) : bool	Returns true if the primary geometry is wholly contained within the comparison geometry.

Method Details

Contains() public static method

Returns true if otherGeometry is wholly contained within the source geometry. This is the same as reversing the primary and comparison shapes of the Within operation.

public static Contains ( Geometry sourceGeometry, Geometry otherGeometry ) : bool
sourceGeometry	Geometry
otherGeometry	Geometry
return	bool

Crosses() public static method

Returns true if the intersection of the two geometries results in a geometry whose dimension is less than the maximum dimension of the two geometries and the intersection geometry is not equal to either. geometry.

public static Crosses ( Geometry g1, Geometry g2 ) : bool
g1	Geometry
g2	Geometry
return	bool

Disjoint() public static method

Returns true if otherGeometry is disjoint from the source geometry.

public static Disjoint ( Geometry g1, Geometry g2 ) : bool
g1	Geometry
g2	Geometry
return	bool

Equals() public static method

Returns true if otherGeometry is of the same type and defines the same point set as the source geometry.

public static Equals ( Geometry g1, Geometry g2 ) : bool
g1	Geometry	source geometry
g2	Geometry	other Geometry
return	bool

Intersects() public static method

Returns true if there is any intersection between the two geometries.

public static Intersects ( Geometry g1, Geometry g2 ) : bool
g1	Geometry
g2	Geometry
return	bool

Overlaps() public static method

Returns true if the intersection of the two geometries results in an object of the same dimension as the input geometries and the intersection geometry is not equal to either geometry.

public static Overlaps ( Geometry g1, Geometry g2 ) : bool
g1	Geometry
g2	Geometry
return	bool

Touches() public static method

Returns true if the only points in common between the two geometries lie in the union of their boundaries.

public static Touches ( Geometry g1, Geometry g2 ) : bool
g1	Geometry
g2	Geometry
return	bool

Within() public static method

Returns true if the primary geometry is wholly contained within the comparison geometry.

public static Within ( Geometry g1, Geometry g2 ) : bool
g1	Geometry
g2	Geometry
return	bool