Functions
static float	oevislib_net.Geometry.AngleMetrics.RotateAngle (float inAngle, float inRotation, AngleRange inAngleRange, bool inInverse)
	Computes the sum of two angles.
static float	oevislib_net.Geometry.AngleMetrics.RotateAngle (float inAngle, float inTargetAngle, float inRotation, AngleRange inAngleRange, bool inInverse)
	Rotates an angle towards a target angle, in the direction of minimum rotation.

Arc2D Spatial Transforms
See also Spatial Transforms
Arc2D	oevislib_net.Geometry.Arc2D.Reverse ()
	Returns an object with equal center and radius, but with opposite arc direction.
Arc2D	oevislib_net.Geometry.Arc2D.Resize (float inDelta)
	Adds the provided length to the arc radius.
Arc2D	oevislib_net.Geometry.Arc2D.Translate (Vector2D inDelta, bool inInverse)
	Translates the arc using the provided vector.
Arc2D	oevislib_net.Geometry.Arc2D.Rotate (float inAngle, Optional< Point2D > inCenter=null, bool inInverse=false)
	Rotates the arc using the provided angle.
Arc2D	oevislib_net.Geometry.Arc2D.Align (UCS2D inAlignment, bool inInverse)
	Aligns the arc to a new coordinate system.
Arc2D	oevislib_net.Geometry.Arc2D.Rescale (float inScale=1.0f, Optional< Point2D > inReferencePoint=null, bool inInverse=false)
	Rescales the arc using a scale factor.

Circle2D Spatial Transforms
See also Spatial Transforms
Circle2D	oevislib_net.Geometry.Circle2D.Translate (Vector2D inDelta, bool inInverse)
	Translates the circle using the provided vector.
Circle2D	oevislib_net.Geometry.Circle2D.Rotate (float inAngle, Point2D inCenter, bool inInverse=false)
	Rotates the circle around a rotation center.
Circle2D	oevislib_net.Geometry.Circle2D.Align (UCS2D inAlignment, bool inInverse)
	Aligns the circle to a new coordinate system.
Circle2D	oevislib_net.Geometry.Circle2D.Rescale (float inScale=1.0f, Optional< Point2D > inReferencePoint=null, bool inInverse=false)
	Rescales the circle using the provided scale factor.
Circle2D	oevislib_net.Geometry.Circle2D.Resize (float inRadiusDelta)
	Adds a value to the circle radius.

Ellipse2D Spatial Transforms
See also Spatial Transforms
Ellipse2D	oevislib_net.Geometry.Ellipse2D.Align (UCS2D inAlignment, bool inInverse)
	Aligns the ellipse to a new coordinate system.

Line2D Spatial Transforms
See also Spatial Transforms
Line2D	oevislib_net.Geometry.Line2D.Translate (Vector2D inDelta, TranslateAlignment inDeltaAlignment, bool inInverse)
	Translates the line using the provided vector.
Line2D	oevislib_net.Geometry.Line2D.Rotate (float inAngle, Point2D inCenter, bool inInverse)
	Rotates the line around a center point.
Conditional< Segment2D >	oevislib_net.Geometry.Line2D.Trim (Box inBox)
	Trims the line so that it is entirely contained in a box.
Conditional< Segment2D >	oevislib_net.Geometry.Line2D.Trim (Rectangle2D inRectangle)
	Trims the line so that it is entirely contained in a rectangle.
Line2D	oevislib_net.Geometry.Line2D.Align (UCS2D inAlignment, bool inInverse)
	Aligns the line to a new coordinate system.
Line2D	oevislib_net.Geometry.Line2D.Rescale (float inScale, Point2D inReferencePoint, bool inInverse)
	Rescales the line using a scale factor.

Point2D Spatial Transforms
See also Spatial Transforms
Point2D	oevislib_net.Geometry.Point2D.Translate (Vector2D inDelta, bool inInverse)
	Translates the point coordinates using the provided vector.
Point2D	oevislib_net.Geometry.Point2D.Translate (Point2D inTargetPoint, float inDistance, bool inInverse)
	Translates the point towards a target point.
Point2D	oevislib_net.Geometry.Point2D.Translate (float inDirection, float inDistance, bool inInverse)
	Translates the point along the provided direction.
Point2D	oevislib_net.Geometry.Point2D.Rotate (float inAngle, Point2D inCenter, bool inInverse)
	Rotates the point coordinates clockwise.
Point2D	oevislib_net.Geometry.Point2D.Align (UCS2D inAlignment, bool inInverse)
	Aligns the point to a new coordinate system.
Point2D	oevislib_net.Geometry.Point2D.Rescale (float inScale, Point2D inReferencePoint, bool inInverse)
	Rescales the point distance with respect to a reference point.
static void	oevislib_net.Geometry.Point2D.TranslatePoints (Array< Point2D > ioPoints, Vector2D inDelta, bool inInverse)
	Translates all the points in the array.
static void	oevislib_net.Geometry.Point2D.RotatePoints (Array< Point2D > ioPoints, float inAngle, Optional< Point2D > inCenter=null, bool inInverse=false)
	Rotates clockwise all the points in the array.
static void	oevislib_net.Geometry.Point2D.AlignPoints (Array< Point2D > ioPoints, UCS2D inAlignment, bool inInverse)
	Aligns all the points in the array.
static void	oevislib_net.Geometry.Point2D.RescalePoints (Array< Point2D > ioPoints, float inScale=1.0f, Optional< Point2D > inReferencePoint=null, bool inInverse=false)
	Rescales all the points in the array with respect to a reference point.
static Array< Point2D >	oevislib_net.Geometry.Point2D.TrimPoints (Array< Point2D > inPoints, Box inBox)
	Filters the points that are contained in the provided box.
static Array< Point2D >	oevislib_net.Geometry.Point2D.TrimPoints (Array< Point2D > inPoints, Region inRegion)
	Filters the points that are contained in the provided region.
static void	oevislib_net.Geometry.Point2D.SplitPoints (Array< Point2D > inPoints, Line2D inLine, Array< Point2D > outPointsPositive, Array< Point2D > outPointsNegative)
	Divides the input points in two arrays, based on the position with respect to the provided line.

Rectangle2D Spatial Transforms
See also Spatial Transforms
Rectangle2D	oevislib_net.Geometry.Rectangle2D.Translate (Vector2D inDelta, bool inInverse)
	Translates the rectangle using the provided vector.
Rectangle2D	oevislib_net.Geometry.Rectangle2D.Rotate (float inAngle, Optional< Point2D > inCenter=null, bool inInverse=false)
	Rotates the rectangle around a point.
Rectangle2D	oevislib_net.Geometry.Rectangle2D.Align (UCS2D inAlignment, bool inInverse)
	Aligns the rectangle to a new coordinate system.
Rectangle2D	oevislib_net.Geometry.Rectangle2D.Rescale (float inScale=1.0f, Optional< Point2D > inReferencePoint=null, bool inInverse=false)
	Rescales the rectangle using a scale factor.
Rectangle2D	oevislib_net.Geometry.Rectangle2D.Resize (Anchor2D inAnchor, Optional< float > inNewWidth=null, Optional< float > inNewHeight=null)
	Changes the dimensions of the rectangle, while keeping an anchor point fixed.
Rectangle2D	oevislib_net.Geometry.Rectangle2D.Resize (Anchor2D inAnchor, float inWidthScale, float inHeightScale)
	Changes the dimensions of the rectangle using a scaling factor, while keeping an anchor point fixed.
Rectangle2D	oevislib_net.Geometry.Rectangle2D.ResizeRelative (Anchor2D inAnchor, float inWidthDelta, float inHeightDelta)
	Changes the dimensions of the rectangle by adding a certain quantity to each dimension, while keeping an anchor point fixed.
Rectangle2D	oevislib_net.Geometry.Rectangle2D.Inflate (float inMargin)
	Increases rectangle dimension by some amount.

Ring2D Spatial Transforms
See also Spatial Transforms
Ring2D	oevislib_net.Geometry.Ring2D.Align (UCS2D inRingAlignment)
	Aligns the ring to a new coordinate system.

Segment2D Spatial Transforms
See also Spatial Transforms
Segment2D	oevislib_net.Geometry.Segment2D.Translate (Vector2D inDelta, TranslateAlignment inDeltaAlignment, bool inInverse)
	Translates the segment using the provided vector.
Segment2D	oevislib_net.Geometry.Segment2D.Rotate (float inAngle, Optional< Point2D > inCenter=null, bool inInverse=false)
	Rotates the segment around a center point.
Conditional< Segment2D >	oevislib_net.Geometry.Segment2D.Trim (Box inBox)
	Trims the segment so that it is entirely contained in a box.
Conditional< Segment2D >	oevislib_net.Geometry.Segment2D.Trim (Rectangle2D inRectangle)
	Trims the segment so that it is entirely contained in a rectangle.
Conditional< Segment2D >	oevislib_net.Geometry.Segment2D.Trim (Circle2D inCircle)
	Trims the segment so that it is entirely contained in a circle.
Segment2D	oevislib_net.Geometry.Segment2D.Align (UCS2D inAlignment, bool inInverse)
	Aligns the segment to a new coordinate system.
Segment2D	oevislib_net.Geometry.Segment2D.Resize (float inNewLength, float inAnchor)
	Changes the length of the segment while keeping an anchor point fixed.
Segment2D	oevislib_net.Geometry.Segment2D.ResizeRelative (float inDelta, float inAnchor)
	Increases or decreases the length of the segment while keeping an anchor point fixed.
Segment2D	oevislib_net.Geometry.Segment2D.Rescale (float inScale=1.0f, Optional< Point2D > inReferencePoint=null, bool inInverse=false)
	Rescales the segment using a scaling factor.
void	oevislib_net.Geometry.Segment2D.Reverse ()
	Swaps the segment endpoints.
Array< Segment2D >	oevislib_net.Geometry.Segment2D.Split (int inCount)
	Splits the segments in multiple ones, each with the same length.

UCS2D Spatial Transforms
See also Spatial Transforms
UCS2D	oevislib_net.Geometry.UCS2D.Translate (Vector2D inDelta, bool inInverse)
	Translates the coordinate system using the provided vector.
UCS2D	oevislib_net.Geometry.UCS2D.Rotate (float inAngle, Optional< Point2D > inCenter=null, bool inInverse=false)
	Rotates the coordinate system around a center point.
UCS2D	oevislib_net.Geometry.UCS2D.Align (UCS2D inAlignment, bool inInverse)
	Aligns the object to a new coordinate system.
UCS2D	oevislib_net.Geometry.UCS2D.Invert ()
	Inverts the coordinate system.

Vector2D Spatial Transforms
See also Spatial Transforms
Vector2D	oevislib_net.Geometry.Vector2D.Resize (float inNewLength)
	Changes the length of the vector, keeping the direction fixed.
Vector2D	oevislib_net.Geometry.Vector2D.ResizeRelative (float inDelta)
	Increases or decreases the vector lengths by the provided amount.
Vector2D	oevislib_net.Geometry.Vector2D.Rescale (float inScale, bool inInverse)
	Rescales the vector using a scale factor.
Vector2D	oevislib_net.Geometry.Vector2D.Rotate (float inAngle, bool inInverse)
	Rotates the vector.

Detailed Description

Function Documentation

◆ Align() [1/9]

Arc2D oevislib_net.Geometry.Arc2D.Align	(	UCS2D	inAlignment,
		bool	inInverse )

inline

Aligns the arc to a new coordinate system.

Parameters

inAlignment	Input coordinate system.
inInverse	If true, the inverse operation is applied.

Returns: The aligned arc.

◆ Align() [2/9]

Circle2D oevislib_net.Geometry.Circle2D.Align	(	UCS2D	inAlignment,
		bool	inInverse )

inline

Aligns the circle to a new coordinate system.

Parameters

inAlignment	Input coordinate system.
inInverse	If true, the opposite operation is applied.

Returns: The aligned circle.

◆ Align() [3/9]

Ellipse2D oevislib_net.Geometry.Ellipse2D.Align	(	UCS2D	inAlignment,
		bool	inInverse )

inline

Aligns the ellipse to a new coordinate system.

Parameters

inAlignment	Input coordinate system.
inInverse	If true, the inverse transformation is applied.

Returns: The aligned ellipse.

◆ Align() [4/9]

Line2D oevislib_net.Geometry.Line2D.Align	(	UCS2D	inAlignment,
		bool	inInverse )

inline

Aligns the line to a new coordinate system.

Parameters

inAlignment	New coordinate system.
inInverse	If true, the inverse transformation is applied.

Returns: The aligned line.

◆ Align() [5/9]

Point2D oevislib_net.Geometry.Point2D.Align	(	UCS2D	inAlignment,
		bool	inInverse )

inline

Aligns the point to a new coordinate system.

Parameters

inAlignment	New coordinate system.
inInverse	If true, the inverse transform is used.

Returns: The aligned point.

◆ Align() [6/9]

Rectangle2D oevislib_net.Geometry.Rectangle2D.Align	(	UCS2D	inAlignment,
		bool	inInverse )

inline

Aligns the rectangle to a new coordinate system.

Parameters

inAlignment	Input coordinate system.
inInverse	If true, the inverse transformation is applied.

Returns: The aligned rectangle.

◆ Align() [7/9]

Ring2D oevislib_net.Geometry.Ring2D.Align ( UCS2D inRingAlignment )

inline

Aligns the ring to a new coordinate system.

Parameters

inRingAlignment Input coordinate system.

Returns: The aligned ring.

◆ Align() [8/9]

Segment2D oevislib_net.Geometry.Segment2D.Align	(	UCS2D	inAlignment,
		bool	inInverse )

inline

Aligns the segment to a new coordinate system.

Parameters

inAlignment	Input coordinate system.
inInverse	If true, the opposite transformation is applied.

Returns: The aligned segment.

◆ Align() [9/9]

UCS2D oevislib_net.Geometry.UCS2D.Align	(	UCS2D	inAlignment,
		bool	inInverse )

inline

Aligns the object to a new coordinate system.

Parameters

inAlignment	New coordinate system.
inInverse	If true, the opposite transformation is applied.

Returns: The aligned coordinate system.

◆ AlignPoints()

void oevislib_net.Geometry.Point2D.AlignPoints	(	Array< Point2D >	ioPoints,
		UCS2D	inAlignment,
		bool	inInverse )

inlinestatic

Aligns all the points in the array.

The operation is applied in-place.

Parameters

ioPoints	Input points.
inAlignment	New coordinate system.
inInverse	If true, the inverse transform is applied.

◆ Inflate()

Rectangle2D oevislib_net.Geometry.Rectangle2D.Inflate ( float inMargin )

inline

Increases rectangle dimension by some amount.

Parameters

inMargin Amount added to each side of the rectangle.

Returns: The inflated rectangle.

◆ Invert()

UCS2D oevislib_net.Geometry.UCS2D.Invert ( )

inline

Inverts the coordinate system.

Returns: The inverted coordinate system.

◆ Rescale() [1/7]

Arc2D oevislib_net.Geometry.Arc2D.Rescale	(	float	inScale = 1::0f,
		Optional< Point2D >	inReferencePoint = null,
		bool	inInverse = false )

inline

Rescales the arc using a scale factor.

Parameters

inScale	Input scale factor.
inReferencePoint	Reference point used to rescale the distance of the arc center. If null, the arc center is not moved.
inInverse	If true, the inverse of the scale factor is used.

Returns: The rescaled arc.

◆ Rescale() [2/7]

Circle2D oevislib_net.Geometry.Circle2D.Rescale	(	float	inScale = 1::0f,
		Optional< Point2D >	inReferencePoint = null,
		bool	inInverse = false )

inline

Rescales the circle using the provided scale factor.

Parameters

inScale	Input scale factor.
inReferencePoint	Reference point used to rescale the distance of the circle center. If null, the circle center is not moved.
inInverse	If true, the inverse of the scale factor is considered.

Returns: The rescaled circle.

◆ Rescale() [3/7]

Line2D oevislib_net.Geometry.Line2D.Rescale	(	float	inScale,
		Point2D	inReferencePoint,
		bool	inInverse )

inline

Rescales the line using a scale factor.

Parameters

inScale	Rescaling factor.
inReferencePoint	Point used to calculate the distance from the line.
inInverse	If true, the inverse of the rescaling factor is used.

Returns: The rescaled line.

◆ Rescale() [4/7]

Point2D oevislib_net.Geometry.Point2D.Rescale	(	float	inScale,
		Point2D	inReferencePoint,
		bool	inInverse )

inline

Rescales the point distance with respect to a reference point.

Parameters

inScale	Scale factor.
inReferencePoint	Input reference point.
inInverse	If true, the scale is inverted.

Returns: The rescaled point.

◆ Rescale() [5/7]

Rectangle2D oevislib_net.Geometry.Rectangle2D.Rescale	(	float	inScale = 1::0f,
		Optional< Point2D >	inReferencePoint = null,
		bool	inInverse = false )

inline

Rescales the rectangle using a scale factor.

Parameters

inScale	Rescaling factor.
inReferencePoint	Reference point used to rescale distances. If Null, the rectangle center is used.
inInverse	If true, the inverse of the rescaling factor is used.

Returns: The rescaled rectangle.

◆ Rescale() [6/7]

Segment2D oevislib_net.Geometry.Segment2D.Rescale	(	float	inScale = 1::0f,
		Optional< Point2D >	inReferencePoint = null,
		bool	inInverse = false )

inline

Rescales the segment using a scaling factor.

Parameters

inScale	Input scaling factor. If negative, the segment will be inverted.
inReferencePoint	Reference point used to compute the distances that will be rescaled. If Null, the segment midpoint will be considered.
inInverse	If true, the inverse of the scaling factor will be used.

Returns: Segment2D

◆ Rescale() [7/7]

Vector2D oevislib_net.Geometry.Vector2D.Rescale	(	float	inScale,
		bool	inInverse )

inline

Rescales the vector using a scale factor.

Parameters

inScale	Scaling factor.
inInverse	If true, the inverse of the scale factor is used.

Returns: The rescaled vector.

◆ RescalePoints()

void oevislib_net.Geometry.Point2D.RescalePoints	(	Array< Point2D >	ioPoints,
		float	inScale = 1::0f,
		Optional< Point2D >	inReferencePoint = null,
		bool	inInverse = false )

inlinestatic

Rescales all the points in the array with respect to a reference point.

The operation is applied in-place.

Parameters

ioPoints	Input points.
inScale	Scale coefficient.
inReferencePoint	Reference point used to calculate distances. If Null, the mass center is used.
inInverse	If true, the scale coefficient is inverted.

◆ Resize() [1/6]

Arc2D oevislib_net.Geometry.Arc2D.Resize ( float inDelta )

inline

Adds the provided length to the arc radius.

Parameters

inDelta Length added to the arc radius.

Returns: The resized arc.

◆ Resize() [2/6]

Circle2D oevislib_net.Geometry.Circle2D.Resize ( float inRadiusDelta )

inline

Adds a value to the circle radius.

Parameters

inRadiusDelta Quantity added to the radius.

Returns: The resized circle.

◆ Resize() [3/6]

Rectangle2D oevislib_net.Geometry.Rectangle2D.Resize	(	Anchor2D	inAnchor,
		float	inWidthScale,
		float	inHeightScale )

inline

Changes the dimensions of the rectangle using a scaling factor, while keeping an anchor point fixed.

Parameters

inAnchor	Selects the point of the rectangle that will not change its coordinate.
inWidthScale	Scale factor for the rectangle width.
inHeightScale	Scale factor for the rectangle height.

Returns: The resized rectangle.

◆ Resize() [4/6]

Rectangle2D oevislib_net.Geometry.Rectangle2D.Resize	(	Anchor2D	inAnchor,
		Optional< float >	inNewWidth = null,
		Optional< float >	inNewHeight = null )

inline

Changes the dimensions of the rectangle, while keeping an anchor point fixed.

Parameters

inAnchor	Selects the point of the rectangle that will not change its coordinate.
inNewWidth	New rectangle width. If Null, the width will not be changed.
inNewHeight	New rectangle height. If Null, the height will not be changed.

Returns: The resized rectangle.

◆ Resize() [5/6]

Segment2D oevislib_net.Geometry.Segment2D.Resize	(	float	inNewLength,
		float	inAnchor )

inline

Changes the length of the segment while keeping an anchor point fixed.

Parameters

inNewLength	New length of the segment. Range: [0, +inf).
inAnchor	Point in the original segment that will be maintained fixed. If equal to 0, the first point will be maintained fixed. If equal to 1, the second point will be maintained fixed.

Returns: The resized segment.

◆ Resize() [6/6]

Vector2D oevislib_net.Geometry.Vector2D.Resize ( float inNewLength )

inline

Changes the length of the vector, keeping the direction fixed.

Parameters

inNewLength New vector length. Range: [0, +inf).

Returns: The resized vector.

◆ ResizeRelative() [1/3]

Rectangle2D oevislib_net.Geometry.Rectangle2D.ResizeRelative	(	Anchor2D	inAnchor,
		float	inWidthDelta,
		float	inHeightDelta )

inline

Changes the dimensions of the rectangle by adding a certain quantity to each dimension, while keeping an anchor point fixed.

Parameters

inAnchor	Selects the point of the rectangle that will not change its coordinate.
inWidthDelta	Amount added to the rectangle width.
inHeightDelta	Amount added to the rectangle height.

Returns: The resized rectangle.

◆ ResizeRelative() [2/3]

Segment2D oevislib_net.Geometry.Segment2D.ResizeRelative	(	float	inDelta,
		float	inAnchor )

inline

Increases or decreases the length of the segment while keeping an anchor point fixed.

Parameters

inDelta	Quantity that will be added to the segment length.
inAnchor	Point in the original segment that will be maintained fixed. If equal to 0, the first point will be maintained fixed. If equal to 1, the second point will be maintained fixed.

Returns: The resized segment.

◆ ResizeRelative() [3/3]

Vector2D oevislib_net.Geometry.Vector2D.ResizeRelative ( float inDelta )

inline

Increases or decreases the vector lengths by the provided amount.

Parameters

inDelta Quantity added to the vector length.

Returns: The resized vector.

◆ Reverse() [1/2]

Arc2D oevislib_net.Geometry.Arc2D.Reverse ( )

inline

Returns an object with equal center and radius, but with opposite arc direction.

Returns: Reversed arc.

◆ Reverse() [2/2]

void oevislib_net.Geometry.Segment2D.Reverse ( )

inline

Swaps the segment endpoints.

◆ Rotate() [1/8]

Arc2D oevislib_net.Geometry.Arc2D.Rotate	(	float	inAngle,
		Optional< Point2D >	inCenter = null,
		bool	inInverse = false )

inline

Rotates the arc using the provided angle.

Parameters

inAngle	Input rotation angle.
inCenter	Input rotation center. If null, the arc center is used.
inInverse	If true, the opposite angle is used.

Returns: The rotated arc.

◆ Rotate() [2/8]

Circle2D oevislib_net.Geometry.Circle2D.Rotate	(	float	inAngle,
		Point2D	inCenter,
		bool	inInverse = false )

inline

Rotates the circle around a rotation center.

Parameters

inAngle	Rotation angle.
inCenter	Rotation center.
inInverse	if true, the opposite rotation angle is used.

Returns: The rotated circle.

◆ Rotate() [3/8]

Line2D oevislib_net.Geometry.Line2D.Rotate	(	float	inAngle,
		Point2D	inCenter,
		bool	inInverse )

inline

Rotates the line around a center point.

Parameters

inAngle	Rotation angle.
inCenter	Rotation center.
inInverse	If true, the opposite rotation angle is used.

Returns: The rotated line.

◆ Rotate() [4/8]

Point2D oevislib_net.Geometry.Point2D.Rotate	(	float	inAngle,
		Point2D	inCenter,
		bool	inInverse )

inline

Rotates the point coordinates clockwise.

Parameters

inAngle	Rotation angle.
inCenter	Rotation center.
inInverse	If true, the rotation is performed counter-clockwise.

Returns: The rotated point.

◆ Rotate() [5/8]

Rectangle2D oevislib_net.Geometry.Rectangle2D.Rotate	(	float	inAngle,
		Optional< Point2D >	inCenter = null,
		bool	inInverse = false )

inline

Rotates the rectangle around a point.

Parameters

inAngle	Rotation angle.
inCenter	Rotation center. If Null, the rectangle center is used.
inInverse	If true, the opposite rotation angle is used.

Returns: The rotated rectangle.

◆ Rotate() [6/8]

Segment2D oevislib_net.Geometry.Segment2D.Rotate	(	float	inAngle,
		Optional< Point2D >	inCenter = null,
		bool	inInverse = false )

inline

Rotates the segment around a center point.

Parameters

inAngle	Rotation angle.
inCenter	Rotation center. If Null, the segment midpoint is used.
inInverse	If true, the opposite rotation angle is considered.

Returns: The rotated segment.

◆ Rotate() [7/8]

UCS2D oevislib_net.Geometry.UCS2D.Rotate	(	float	inAngle,
		Optional< Point2D >	inCenter = null,
		bool	inInverse = false )

inline

Rotates the coordinate system around a center point.

Parameters

inAngle	Rotation angle.
inCenter	Rotation center. If Null, the coordinate system origin is used.
inInverse	If true, the opposite rotation angle is used.

Returns: The rotated coordinate system.

◆ Rotate() [8/8]

Vector2D oevislib_net.Geometry.Vector2D.Rotate	(	float	inAngle,
		bool	inInverse )

inline

Rotates the vector.

Parameters

inAngle	Rotation angle.
inInverse	If true, the opposite rotation angle is used.

Returns: The rotated vector.

◆ RotateAngle() [1/2]

float oevislib_net.Geometry.AngleMetrics.RotateAngle	(	float	inAngle,
		float	inRotation,
		AngleRange	inAngleRange,
		bool	inInverse )

inlinestatic

Computes the sum of two angles.

Parameters

inAngle	Input angle [deg].
inRotation	Rotation angle [deg].
inAngleRange	Range out the output angle.
inInverse	If true, the second angle is subtracted from the first.

Returns: The computed angle.

◆ RotateAngle() [2/2]

float oevislib_net.Geometry.AngleMetrics.RotateAngle	(	float	inAngle,
		float	inTargetAngle,
		float	inRotation,
		AngleRange	inAngleRange,
		bool	inInverse )

inlinestatic

Rotates an angle towards a target angle, in the direction of minimum rotation.

Parameters

inAngle	Input angle [deg].
inTargetAngle	Angle used to determine the rotation direction [deg].
inRotation	Rotation angle [deg].
inAngleRange	Range out the output angle.
inInverse	If true, the angle is rotated in the opposite direction.

Returns: The computed angle.

◆ RotatePoints()

void oevislib_net.Geometry.Point2D.RotatePoints	(	Array< Point2D >	ioPoints,
		float	inAngle,
		Optional< Point2D >	inCenter = null,
		bool	inInverse = false )

inlinestatic

Rotates clockwise all the points in the array.

The operation is applied in-place.

Parameters

ioPoints	Input points.
inAngle	Input angle [deg].
inCenter	Rotation center. If Null, the mass center is used.
inInverse	If true, rotation is applied counterclockwise.

◆ Split()

Array< Segment2D > oevislib_net.Geometry.Segment2D.Split ( int inCount )

inline

Splits the segments in multiple ones, each with the same length.

Parameters

inCount The number of resulting segments. Range: [1, +inf).

Returns: Array containing all the segment obtained by the splitting.

◆ SplitPoints()

void oevislib_net.Geometry.Point2D.SplitPoints	(	Array< Point2D >	inPoints,
		Line2D	inLine,
		Array< Point2D >	outPointsPositive,
		Array< Point2D >	outPointsNegative )

inlinestatic

Divides the input points in two arrays, based on the position with respect to the provided line.

Parameters

inPoints	Input points.
inLine	Reference line.
outPointsPositive	Array of points with positive distance from the reference line.
outPointsNegative	Array of points with negative distance from the reference line.

◆ Translate() [1/9]

Arc2D oevislib_net.Geometry.Arc2D.Translate	(	Vector2D	inDelta,
		bool	inInverse )

inline

Translates the arc using the provided vector.

Parameters

inDelta	Input vector used for translations.
inInverse	If true, the vector with the opposite direction is used.

Returns: The translated arc.

◆ Translate() [2/9]

Circle2D oevislib_net.Geometry.Circle2D.Translate	(	Vector2D	inDelta,
		bool	inInverse )

inline

Translates the circle using the provided vector.

Parameters

inDelta	Input vector used for translation.
inInverse	If true, the vector with the opposite direction is used.

Returns: The translated circle.

◆ Translate() [3/9]

Line2D oevislib_net.Geometry.Line2D.Translate	(	Vector2D	inDelta,
		TranslateAlignment	inDeltaAlignment,
		bool	inInverse )

inline

Translates the line using the provided vector.

Parameters

inDelta	Translation vector.
inDeltaAlignment	Coordinate system used for translation.
inInverse	If true, the vector with the opposite direction is used.

Returns: The translated line.

◆ Translate() [4/9]

Point2D oevislib_net.Geometry.Point2D.Translate	(	float	inDirection,
		float	inDistance,
		bool	inInverse )

inline

Translates the point along the provided direction.

Parameters

inDirection	Direction of translation.
inDistance	Distance of translation.
inInverse	If true, the point is translated in the opposite direction with respect to inTargetPoint.

Returns: The translated point.

◆ Translate() [5/9]

Point2D oevislib_net.Geometry.Point2D.Translate	(	Point2D	inTargetPoint,
		float	inDistance,
		bool	inInverse )

inline

Translates the point towards a target point.

Parameters

inTargetPoint	Point that define the direction of translation.
inDistance	Distance of translation.
inInverse	If true, the point is translated in the opposite direction with respect to inTargetPoint.

Returns: The translated point.

◆ Translate() [6/9]

Point2D oevislib_net.Geometry.Point2D.Translate	(	Vector2D	inDelta,
		bool	inInverse )

inline

Translates the point coordinates using the provided vector.

Parameters

inDelta	Translation vector.
inInverse	If true, the vector with opposite direction is used.

Returns: The translated point.

◆ Translate() [7/9]

Rectangle2D oevislib_net.Geometry.Rectangle2D.Translate	(	Vector2D	inDelta,
		bool	inInverse )

inline

Translates the rectangle using the provided vector.

Parameters

inDelta	Translation vector.
inInverse	If true, the vector with the opposite direction is used.

Returns: The translated rectangle.

◆ Translate() [8/9]

Segment2D oevislib_net.Geometry.Segment2D.Translate	(	Vector2D	inDelta,
		TranslateAlignment	inDeltaAlignment,
		bool	inInverse )

inline

Translates the segment using the provided vector.

Parameters

inDelta	Translation vector.
inDeltaAlignment	Coordinate system used for translation.
inInverse	If true, the vector with the opposite direction is used.

Returns: The translated segment.

◆ Translate() [9/9]

UCS2D oevislib_net.Geometry.UCS2D.Translate	(	Vector2D	inDelta,
		bool	inInverse )

inline

Translates the coordinate system using the provided vector.

Parameters

inDelta	Translation segment.
inInverse	If true, the vector with the opposite direction is used.

Returns: The translated segment.

◆ TranslatePoints()

void oevislib_net.Geometry.Point2D.TranslatePoints	(	Array< Point2D >	ioPoints,
		Vector2D	inDelta,
		bool	inInverse )

inlinestatic

Translates all the points in the array.

The operation is applied in-place.

Parameters

ioPoints	Input points.
inDelta	Input translation vector.
inInverse	If true, the translation is applied using the vector with opposite direction.

◆ Trim() [1/5]

Conditional< Segment2D > oevislib_net.Geometry.Line2D.Trim ( Box inBox )

inline

Trims the line so that it is entirely contained in a box.

Parameters

inBox Input box.

Returns: A conditional segment entirely contained in the provided box. If no part of the line is contained in the box, the conditional object will be Null.

◆ Trim() [2/5]

Conditional< Segment2D > oevislib_net.Geometry.Line2D.Trim ( Rectangle2D inRectangle )

inline

Trims the line so that it is entirely contained in a rectangle.

Parameters

inRectangle Input rectangle.

Returns: A conditional segment entirely contained in the provided rectangle. If no part of the line is contained in the rectangle, the conditional object will be Null.

◆ Trim() [3/5]

Conditional< Segment2D > oevislib_net.Geometry.Segment2D.Trim ( Box inBox )

inline

Trims the segment so that it is entirely contained in a box.

Parameters

inBox Input box.

Returns: A conditional object containing the part of the segment entirely contained in the box. If no part of the segment is contained in the box, the conditional will be Null.

◆ Trim() [4/5]

Conditional< Segment2D > oevislib_net.Geometry.Segment2D.Trim ( Circle2D inCircle )

inline

Trims the segment so that it is entirely contained in a circle.

Parameters

inCircle Input circle.

Returns: A conditional object containing the part of the segment entirely contained in the circle. If no part of the segment is contained in the circle, the conditional will be Null.

◆ Trim() [5/5]

Conditional< Segment2D > oevislib_net.Geometry.Segment2D.Trim ( Rectangle2D inRectangle )

inline

Trims the segment so that it is entirely contained in a rectangle.

Parameters

inRectangle Input rectangle.

Returns: A conditional object containing the part of the segment entirely contained in the rectangle. If no part of the segment is contained in the rectangle, the conditional will be Null.

◆ TrimPoints() [1/2]

Array< Point2D > oevislib_net.Geometry.Point2D.TrimPoints	(	Array< Point2D >	inPoints,
		Box	inBox )

inlinestatic

Filters the points that are contained in the provided box.

Parameters

inPoints	Input points.
inBox	Reference box.

Returns: Array with all the points that are contained in the box.

◆ TrimPoints() [2/2]

Array< Point2D > oevislib_net.Geometry.Point2D.TrimPoints	(	Array< Point2D >	inPoints,
		Region	inRegion )

inlinestatic

Filters the points that are contained in the provided region.

Parameters

inPoints	Input points.
inRegion	Reference region.

Returns: Array with all the points that are contained in the region.

Functions

Arc2D Spatial Transforms

Circle2D Spatial Transforms

Ellipse2D Spatial Transforms

Line2D Spatial Transforms

Point2D Spatial Transforms

Rectangle2D Spatial Transforms

Ring2D Spatial Transforms

Segment2D Spatial Transforms

UCS2D Spatial Transforms

Vector2D Spatial Transforms

Detailed Description

Function Documentation

◆ Align() [1/9]

◆ Align() [2/9]

◆ Align() [3/9]

◆ Align() [4/9]

◆ Align() [5/9]

◆ Align() [6/9]

◆ Align() [7/9]

◆ Align() [8/9]

◆ Align() [9/9]

◆ AlignPoints()

◆ Inflate()

◆ Invert()

◆ Rescale() [1/7]

◆ Rescale() [2/7]

◆ Rescale() [3/7]

◆ Rescale() [4/7]

◆ Rescale() [5/7]

◆ Rescale() [6/7]

◆ Rescale() [7/7]

◆ RescalePoints()

◆ Resize() [1/6]

◆ Resize() [2/6]

◆ Resize() [3/6]

◆ Resize() [4/6]

◆ Resize() [5/6]

◆ Resize() [6/6]

◆ ResizeRelative() [1/3]

◆ ResizeRelative() [2/3]

◆ ResizeRelative() [3/3]

◆ Reverse() [1/2]

◆ Reverse() [2/2]

◆ Rotate() [1/8]

◆ Rotate() [2/8]

◆ Rotate() [3/8]

◆ Rotate() [4/8]

◆ Rotate() [5/8]

◆ Rotate() [6/8]

◆ Rotate() [7/8]

◆ Rotate() [8/8]

◆ RotateAngle() [1/2]

◆ RotateAngle() [2/2]

◆ RotatePoints()

◆ Split()

◆ SplitPoints()

◆ Translate() [1/9]

◆ Translate() [2/9]

◆ Translate() [3/9]

◆ Translate() [4/9]

◆ Translate() [5/9]

◆ Translate() [6/9]

◆ Translate() [7/9]

◆ Translate() [8/9]

◆ Translate() [9/9]

◆ TranslatePoints()

◆ Trim() [1/5]

◆ Trim() [2/5]

◆ Trim() [3/5]

◆ Trim() [4/5]

◆ Trim() [5/5]

◆ TrimPoints() [1/2]

◆ TrimPoints() [2/2]