Relations

Functions
static Array< Point2D >	oevislib_net.Geometry.Relations.Points.FindClosestPoints (Array< Point2D > inPoints1, Array< Point2D > inPoints2, Optional< Array< int > > outIndices=null)
	For each point of the first array, finds the closest point of the second array.

Box Relations
See also Relations
bool	oevislib_net.Geometry.Box.Contains (Point2Di inPosition)
	Returns true if the box contains the provided point, false otherwise.
bool	oevislib_net.Geometry.Box.Contains (Point2D inPoint)
	Returns true if the box contains the provided point, false otherwise.
bool	oevislib_net.Geometry.Box.Contains (Array< Point2D > inPoints, Optional< Array< bool > > outIsContainedArray=null, Optional< Array< Point2D > > outPoints=null)
	Checks if all the points in the array are contained in the box.

Circle2D Relations
See also Relations
bool	oevislib_net.Geometry.Circle2D.Contains (Point2D inPoint)
	Returns true if the circle contains the provided point, false otherwise.

Ellipse2D Relations
See also Relations
bool	oevislib_net.Geometry.Ellipse2D.Contains (Point2D inPoint)
	Returns whether the ellipse contains the input point or not.

Line2D Relations
See also Relations
bool	oevislib_net.Geometry.Line2D.Contains (Point2D inPoint, float inError)
	Returns true if the point belongs to the line.

Rectangle2D Relations
See also Relations
bool	oevislib_net.Geometry.Rectangle2D.Contains (Point2D inPoint)
	Checks if the object contains the provided point.
bool	oevislib_net.Geometry.Rectangle2D.Contains (Array< Point2D > inPoints, Optional< Array< bool > > outIsContainedArray, Optional< Array< Point2D > > outPoints)
	Checks if all the points in the array are contained in the rectangle.
bool	oevislib_net.Geometry.Rectangle2D.IntersectsWith (Rectangle2D inReferenceRectangle, Optional< float > outOverlapArea=null)
	Checks if the object intersect with the provided rectangle.

Ring2D Relations
See also Relations
bool	oevislib_net.Geometry.Ring2D.Contains (Point2D inPoint)
	Returns whether a point is contained inside the ring or not.

Segment2D Relations
See also Relations
bool	oevislib_net.Geometry.Segment2D.Contains (Point2D inPoint, float inError)
	Tests if a point is part of the segment.

Detailed Description

Function Documentation

Contains() [1/10]

bool oevislib_net.Geometry.Box.Contains ( Array< Point2D > inPoints, Optional< Array< bool > > outIsContainedArray = null, Optional< Array< Point2D > > outPoints = null )

inline

Checks if all the points in the array are contained in the box.

Parameters

inPoints	Input points.
outIsContainedArray	Array containing the test result for each point.
outPoints	Array containing all the points for which the test returns true.

Returns

True if all the points are contained in the box, false otherwise.

Contains() [2/10]

bool oevislib_net.Geometry.Box.Contains ( Point2D inPoint )

inline

Returns true if the box contains the provided point, false otherwise.

Parameters

inPoint

Point to check.

Returns

True if the box contains the point, false otherwise.

Contains() [3/10]

bool oevislib_net.Geometry.Box.Contains ( Point2Di inPosition )

inline

Returns true if the box contains the provided point, false otherwise.

Parameters

inPosition

Point to check.

Returns

True if the box contains the point, false otherwise.

Contains() [4/10]

bool oevislib_net.Geometry.Circle2D.Contains ( Point2D inPoint )

inline

Returns true if the circle contains the provided point, false otherwise.

Parameters

inPoint

Point to check.

Returns

True if the point is inside the circle, false otherwise.

Contains() [5/10]

bool oevislib_net.Geometry.Ellipse2D.Contains ( Point2D inPoint )

inline

Returns whether the ellipse contains the input point or not.

Parameters

inPoint

Point to test.

Returns

Whether the ellipse contains the point.

Contains() [6/10]

bool oevislib_net.Geometry.Line2D.Contains ( Point2D inPoint, float inError )

inline

Returns true if the point belongs to the line.

Parameters

inPoint	Input point.
inError	Error used to compensate the float computation inaccuracy.

Returns

True if the point belongs to the line.

Contains() [7/10]

bool oevislib_net.Geometry.Rectangle2D.Contains ( Array< Point2D > inPoints, Optional< Array< bool > > outIsContainedArray, Optional< Array< Point2D > > outPoints )

inline

Checks if all the points in the array are contained in the rectangle.

Parameters

inPoints	Input points.
outIsContainedArray	Array containing the test result for each point.
outPoints	Array with the points contained in the rectangle.

Returns

True if all the points are contained in the rectangle, false otherwise.

Contains() [8/10]

bool oevislib_net.Geometry.Rectangle2D.Contains ( Point2D inPoint )

inline

Checks if the object contains the provided point.

Parameters

inPoint

Input point.

Returns

True if the rectangle contains the point, false otherwise.

Contains() [9/10]

bool oevislib_net.Geometry.Ring2D.Contains ( Point2D inPoint )

inline

Returns whether a point is contained inside the ring or not.

Parameters

inPoint

Point to test.

Returns

Whether the point is contained.

Contains() [10/10]

bool oevislib_net.Geometry.Segment2D.Contains ( Point2D inPoint, float inError )

inline

Tests if a point is part of the segment.

Parameters

inPoint	Input point.
inError	Error used to compensate the float computation inaccuracy.

Returns

True if the point lies on the segment, false otherwise.

FindClosestPoints()

Array< Point2D > oevislib_net.Geometry.Relations.Points.FindClosestPoints ( Array< Point2D > inPoints1, Array< Point2D > inPoints2, Optional< Array< int > > outIndices = null )

inlinestatic

For each point of the first array, finds the closest point of the second array.

Parameters

inPoints1	First point array.
inPoints2	Second point array.
outIndices	Indices of the selected points of the second array.

Returns

An array in which at each index the point of the closest point found in the second array is copied.

IntersectsWith()

bool oevislib_net.Geometry.Rectangle2D.IntersectsWith ( Rectangle2D inReferenceRectangle, Optional< float > outOverlapArea = null )

inline

Checks if the object intersect with the provided rectangle.

Parameters

inReferenceRectangle	Input rectangle
outOverlapArea	Output overlap area between the two rectangles. If Null the overlap area is not computed.

Returns

True if the 2 rectangles have at least a common point, false otherwise.