AnnotatedPoint2D Basics

See also: Basics

static bool oevislib_net.Geometry.AnnotatedPoint2D.operator< (AnnotatedPoint2D inAnnotatedPoint1, AnnotatedPoint2D inAnnotatedPoint2)

Compare both point's coordinates using the 'less than' logical operator.

static bool oevislib_net.Geometry.AnnotatedPoint2D.operator> (AnnotatedPoint2D inAnnotatedPoint1, AnnotatedPoint2D inAnnotatedPoint2)

Compare both point's coordinates using the 'greater than' logical operator.

static bool oevislib_net.Geometry.AnnotatedPoint2D.operator<= (AnnotatedPoint2D inAnnotatedPoint1, AnnotatedPoint2D inAnnotatedPoint2)

Parameters

inAnnotatedPoint1
inAnnotatedPoint2

static bool oevislib_net.Geometry.AnnotatedPoint2D.operator>= (AnnotatedPoint2D inAnnotatedPoint1, AnnotatedPoint2D inAnnotatedPoint2)

Parameters

inAnnotatedPoint1
inAnnotatedPoint2

oevislib_net.Geometry.AnnotatedPoint2D.AnnotatedPoint2D ()

Creates an AnnotatedPoint2D in (0,0).

oevislib_net.Geometry.AnnotatedPoint2D.AnnotatedPoint2D (Point2D inPoint, Point2D inAnnotation)

Creates a new AnnotatedPoint2D given the coordinates.

ByteBuffer oevislib_net.Geometry.AnnotatedPoint2D.Serialize ()

Serializes the object.

static AnnotatedPoint2D oevislib_net.Geometry.AnnotatedPoint2D.Deserialize (ByteBuffer inBuffer)

De-serialize a AnnotatedPoint2D buffer.

Arc2D Basics
See also Basics
	oevislib_net.Geometry.Arc2D.Arc2D ()
	Creates an Arc2D object with default values.
	oevislib_net.Geometry.Arc2D.Arc2D (float inX, float inY, float inRadius, float inStartAngle, float inSweepAngle)
	Creates a new Arc2D given center coordinates, radius, startAngle and sweepAngle.
	oevislib_net.Geometry.Arc2D.Arc2D (Point2D inCenter, float inRadius, float inStartAngle, float inSweepAngle)
	Creates a new Arc2D given center, radius, startAngle and sweepAngle.
	oevislib_net.Geometry.Arc2D.Arc2D (Point2D inPoint, Anchor2D inPointAnchor, float inRadius, float inStartAngle, float inSweepAngle)
	Creates a new Arc2D given radius, angles and anchor points.
ByteBuffer	oevislib_net.Geometry.Arc2D.Serialize ()
	Serializes the object.
static Arc2D	oevislib_net.Geometry.Arc2D.Deserialize (ByteBuffer inBuffer)
	De-serialize an Arc2D buffer.

Box Basics
See also Basics
	oevislib_net.Geometry.Box.Box ()
	Creates a new empty box.
	oevislib_net.Geometry.Box.Box (int inX, int inY, int inWidth, int inHeight)
	Creates a new box, given the top-left corner, width and height.
ByteBuffer	oevislib_net.Geometry.Box.Serialize ()
	Serializes the object.
static Box	oevislib_net.Geometry.Box.Deserialize (ByteBuffer inBuffer)
	De-serialize a Box buffer.
int	oevislib_net.Geometry.Box.GetArea ()
	Returns the area of the box.
Point2D	oevislib_net.Geometry.Box.GetCenter ()
	Returns the box's center point.

Circle2D Basics
See also Basics
	oevislib_net.Geometry.Circle2D.Circle2D ()
	Creates a Circle2D with default values.
	oevislib_net.Geometry.Circle2D.Circle2D (Point2D inCenter, float inRadius)
	Creates a new Circle2D given center and radius.
	oevislib_net.Geometry.Circle2D.Circle2D (float inX, float inY, float inRadius)
	Creates a new Circle2D given center coordinates and radius.
	oevislib_net.Geometry.Circle2D.Circle2D (int inX, int inY, int inRadius)
	Creates a new Circle2D given center coordinates and radius.
	oevislib_net.Geometry.Circle2D.Circle2D (Point2D inPoint, Anchor2D inPointAnchor, float inRadius)
	Creates a new Circle2D given the radius and an anchor point.
	oevislib_net.Geometry.Circle2D.Circle2D (Point2D inCenter, Point2D inPoint)
	Creates a new Circle2D given the center and a point on its circumference.
static Circle2D	oevislib_net.Geometry.Circle2D.FromDiameter (Point2D inPoint1, Point2D inPoint2)
	Creates a new Circle2D given its diameter as two points.
static Circle2D	oevislib_net.Geometry.Circle2D.FromDiameter (Segment2D inDiameter)
	Creates a new Circle2D given its diameter.
ByteBuffer	oevislib_net.Geometry.Circle2D.Serialize ()
	Serializes the object.
static Circle2D	oevislib_net.Geometry.Circle2D.Deserialize (ByteBuffer inBuffer)
	De-serialize a Circle2D buffer.

Ellipse2D Basics
See also Basics
	oevislib_net.Geometry.Ellipse2D.Ellipse2D ()
	Creates an Ellipse2D with default values.
	oevislib_net.Geometry.Ellipse2D.Ellipse2D (Point2D inCenter, float inAngle, float inWidth, float inHeight)
	Creates a new Ellipse2D given center, angle, width and height.
	oevislib_net.Geometry.Ellipse2D.Ellipse2D (float inX, float inY, float inAngle, float inWidth, float inHeight)
	Creates a new Ellipse2D given center coordinates, angle, width and height.
ByteBuffer	oevislib_net.Geometry.Ellipse2D.Serialize ()
	Serializes the object.
static Ellipse2D	oevislib_net.Geometry.Ellipse2D.Deserialize (ByteBuffer inBuffer)
	De-serialize an Ellipse2D buffer.

Line2D Basics
See also Basics
	oevislib_net.Geometry.Line2D.Line2D ()
	Creates a default Line2D.
	oevislib_net.Geometry.Line2D.Line2D (float inA, float inB, float inC)
	Creates a new Line2D from A, B and C values.
	oevislib_net.Geometry.Line2D.Line2D (Point2D inPoint1, Point2D inPoint2)
	Creates a new Line2D object passing through two points.
	oevislib_net.Geometry.Line2D.Line2D (Point2D inPoint, float inAngle)
	Creates a new Line2D object passing through a point and having the provided direction.
float	oevislib_net.Geometry.Line2D.GetA ()
	Returns the coefficient A of the equation.
float	oevislib_net.Geometry.Line2D.GetB ()
	Returns the coefficient B of the equation.
float	oevislib_net.Geometry.Line2D.GetC ()
	Returns the coefficient C of the equation.
void	oevislib_net.Geometry.Line2D.SetA (float inA)
	Sets a new value for the coefficient A in the equation.
void	oevislib_net.Geometry.Line2D.SetB (float inB)
	Sets a new value for the coefficient B in the equation.
void	oevislib_net.Geometry.Line2D.SetC (float inC)
	Sets a new value for the coefficient C in the equation.
void	oevislib_net.Geometry.Line2D.SetCoefficients (Optional< float > inA=null, Optional< float > inB=null, Optional< float > inC=null)
	Set all the coefficients of the line.
float	oevislib_net.Geometry.Line2D.GetM ()
	Returns the slope of the line.
float	oevislib_net.Geometry.Line2D.GetQ ()
	Returns the intercept of the line.
bool	oevislib_net.Geometry.Line2D.IsVertical ()
	Returns true if the line is vertical, false otherwise.
bool	oevislib_net.Geometry.Line2D.IsHorizontal ()
	Returns true if the line is horizontal, false otherwise.
bool	oevislib_net.Geometry.Line2D.HasSlope ()
	Returns true if the line is neither vertical nor horizontal.
ByteBuffer	oevislib_net.Geometry.Line2D.Serialize ()
	Serializes the object.
static Line2D	oevislib_net.Geometry.Line2D.Deserialize (ByteBuffer inBuffer)
	De-serialize a Line2D buffer.

Point2D Basics

See also: Basics

static Point2D oevislib_net.Geometry.Point2D.operator+ (Point2D inPoint, Vector2D inVector)

Sums the vector dimension to the point coordinates.

static Point2D oevislib_net.Geometry.Point2D.operator- (Point2D inPoint, Vector2D inVector)

Subtracts the vector dimension to the point coordinates.

static Point2D oevislib_net.Geometry.Point2D.operator- (Point2D inPoint)

Parameters

inPoint

static Point2D oevislib_net.Geometry.Point2D.operator* (Point2D inPoint, float inVector)

Multiples the point coordinates by a scalar.

static Point2D oevislib_net.Geometry.Point2D.operator/ (Point2D inPoint, float inVector)

Divides the point coordinates by a scalar.

static Vector2D oevislib_net.Geometry.Point2D.operator- (Point2D inPoint1, Point2D inPoint2)

Subtracts both points coordinates.

static bool oevislib_net.Geometry.Point2D.operator< (Point2D inPoint1, Point2D inPoint2)

Compare both coordinates using the 'less than' logical operator.

static bool oevislib_net.Geometry.Point2D.operator> (Point2D inPoint1, Point2D inPoint2)

Compare both coordinates using the 'greater than' logical operator.

static bool oevislib_net.Geometry.Point2D.operator<= (Point2D inPoint1, Point2D inPoint2)

Parameters

inPoint1
inPoint2

static bool oevislib_net.Geometry.Point2D.operator>= (Point2D inPoint1, Point2D inPoint2)

Parameters

inPoint1
inPoint2

oevislib_net.Geometry.Point2D.Point2D ()

Creates a Point2D in (0,0).

oevislib_net.Geometry.Point2D.Point2D (float inX, float inY)

Creates a new Point2D given the coordinates.

oevislib_net.Geometry.Point2D.Point2D (int inX, int inY)

Creates a new Point2D given the coordinates.

oevislib_net.Geometry.Point2D.Point2D (float inX, int inY)

Creates a new Point2D given a float and an integer.

oevislib_net.Geometry.Point2D.Point2D (int inX, float inY)

Creates a new Point2D given an integer and a float.

ByteBuffer oevislib_net.Geometry.Point2D.Serialize ()

Serializes the object.

static Point2D oevislib_net.Geometry.Point2D.Deserialize (ByteBuffer inBuffer)

De-serialize a Point2D buffer.

Point2Di Basics

See also: Basics

static Point2Di oevislib_net.Geometry.Point2Di.operator+ (Point2Di inPoint1, Point2Di inPoint2)

Sums points' coordinates.

static Point2Di oevislib_net.Geometry.Point2Di.operator- (Point2Di inPoint1, Point2Di inPoint2)

Subtracts points' coordinates.

static bool oevislib_net.Geometry.Point2Di.operator< (Point2Di inPoint1, Point2Di inPoint2)

Compare both coordinates using the 'less than' logical operator.

static bool oevislib_net.Geometry.Point2Di.operator> (Point2Di inPoint1, Point2Di inPoint2)

Compare both coordinates using the 'greater than' logical operator.

static bool oevislib_net.Geometry.Point2Di.operator<= (Point2Di inPoint1, Point2Di inPoint2)

Parameters

inPoint1
inPoint2

static bool oevislib_net.Geometry.Point2Di.operator>= (Point2Di inPoint1, Point2Di inPoint2)

Parameters

inPoint1
inPoint2

oevislib_net.Geometry.Point2Di.Point2Di ()

Creates a new Point2Di object, with (0,0) coordinates.

oevislib_net.Geometry.Point2Di.Point2Di (int inX, int inY)

Creates a new Point2Di object using the provided coordinates.

ByteBuffer oevislib_net.Geometry.Point2Di.Serialize ()

Serializes Point2Di object.

static Point2Di oevislib_net.Geometry.Point2Di.Deserialize (ByteBuffer inBuffer)

De-serialize a Point2Di buffer.

Rectangle2D Basics
See also Basics
	oevislib_net.Geometry.Rectangle2D.Rectangle2D ()
	Creates a Rectangle2D with default values.
	oevislib_net.Geometry.Rectangle2D.Rectangle2D (Point2D inOrigin, float inAngle, float inWidth, float inHeight)
	Creates a new Rectangle2D given origin, angle, width and height.
	oevislib_net.Geometry.Rectangle2D.Rectangle2D (float inX, float inY, float inAngle, float inWidth, float inHeight)
	Creates a new Rectangle2D given origin coordinates, angle, width and height.
	oevislib_net.Geometry.Rectangle2D.Rectangle2D (Point2D inPoint, Anchor2D inPointAnchor, float inAngle, float inWidth, float inHeight)
	Creates a new Rectangle2D using the provided anchor point.
	oevislib_net.Geometry.Rectangle2D.Rectangle2D (Point2D inOrigin, Point2D inPoint, float inAngle)
	Creates a new Rectangle2D given its origin, the opposite point and the angle.
ByteBuffer	oevislib_net.Geometry.Rectangle2D.Serialize ()
	Serializes the object.
static Rectangle2D	oevislib_net.Geometry.Rectangle2D.Deserialize (ByteBuffer inBuffer)
	De-serialize a Rectangle2D buffer.

Ring2D Basics
See also Basics
	oevislib_net.Geometry.Ring2D.Ring2D ()
	Creates a new Ring2D with default values.
	oevislib_net.Geometry.Ring2D.Ring2D (float inX, float inY, float inRadius1, float inRadius2)
	Creates a new Ring2D given center coordinates and radii.
	oevislib_net.Geometry.Ring2D.Ring2D (Point2D inCenter, float inRadius1, float inRadius2)
	Creates a new Ring2D given center and radii.
	oevislib_net.Geometry.Ring2D.Ring2D (Point2D inPoint, Anchor2D inPointAnchor, float inInnerRadius, float inOuterRadius)
	Creates a new Ring2D given a point and its position relative to the ring bounding box.
	oevislib_net.Geometry.Ring2D.Ring2D (Circle2D inCircle, float inRingWidth, BorderPosition inBorderPosition)
	Creates a new Ring2D given a circle and border width.
ByteBuffer	oevislib_net.Geometry.Ring2D.Serialize ()
	Serializes the object.
static Ring2D	oevislib_net.Geometry.Ring2D.Deserialize (ByteBuffer inBuffer)
	De-serialize a Ring2D buffer.

Segment2D Basics
See also Basics
	oevislib_net.Geometry.Segment2D.Segment2D ()
	Creates a new Segment2D object where both points are (0, 0).
	oevislib_net.Geometry.Segment2D.Segment2D (Point2D inPoint1, Point2D inPoint2)
	Creates a new Segment2D object using the provided points.
	oevislib_net.Geometry.Segment2D.Segment2D (float inX1, float inY1, float inX2, float inY2)
	Creates a new Segment2D using the provided points coordinates.
	oevislib_net.Geometry.Segment2D.Segment2D (Point2D inPoint, float inDirection, float inLength, float inPointAnchor=0.5f)
	Creates a new Segment2D given direction, length and a contained point.
bool	oevislib_net.Geometry.Segment2D.IsHorizontal ()
	Returns true if the segment is horizontal, false otherwise.
bool	oevislib_net.Geometry.Segment2D.IsVertical ()
	Returns true if the segment is vertical, false otherwise.
bool	oevislib_net.Geometry.Segment2D.HasSlope ()
	Returns true if the segment is neither horizontal nor vertical, false otherwise.
float	oevislib_net.Geometry.Segment2D.GetSlope ()
	Returns the slope of the segment.
float	oevislib_net.Geometry.Segment2D.GetDirection ()
	Returns the segment direction.
ByteBuffer	oevislib_net.Geometry.Segment2D.Serialize ()
	Serializes the object.
static Segment2D	oevislib_net.Geometry.Segment2D.Deserialize (ByteBuffer inBuffer)
	De-serialize a Segment2D buffer.

UCS2D Basics
See also Basics
	oevislib_net.Geometry.UCS2D.UCS2D ()
	Creates the default UCS2D with default values.
	oevislib_net.Geometry.UCS2D.UCS2D (Point2D inOrigin, float inAngle=0.0f, float inScale=1.0f)
	Creates a new UCS2D given origin, angle and scale.
	oevislib_net.Geometry.UCS2D.UCS2D (Vector2D inDelta, float inAngle, float inScale=1.0f)
	Creates a new UCS2D given a translation vector, angle and scale.
	oevislib_net.Geometry.UCS2D.UCS2D (float inX, float inY, float inAngle, float inScale=1.0f)
	Creates a new UCS2D given origin coordinates, angle and scale.
	oevislib_net.Geometry.UCS2D.UCS2D (Point2D inPoint1, Point2D inPoint2, float inAngle, float inScale=1.0f, float inScaleDivisor=1.0f)
	Creates a new UCS2D given two points on its axes.
	oevislib_net.Geometry.UCS2D.UCS2D (Rectangle2D inRectangle, float inRelativeAngle, float inScale=1.0f, float inScaleDivisor=1.0f, Anchor2D inPointAnchor=Anchor2D.TopLeft)
	Creates a new UCS2D from a reference rectangle.
	oevislib_net.Geometry.UCS2D.UCS2D (Segment2D inSegment, float inRelativeAngle, float inScale=1.0f, float inScaleDivisor=1.0f, float inPointAnchor=0.0f)
	Creates a new UCS2D from a reference segment.
ByteBuffer	oevislib_net.Geometry.UCS2D.Serialize ()
	Serializes the object.
static UCS2D	oevislib_net.Geometry.UCS2D.Deserialize (ByteBuffer inBuffer)
	De-serialize a UCS2D buffer.

Vector2D Basics
See also Basics
static Vector2D	oevislib_net.Geometry.Vector2D.operator- (Vector2D inVector)
	Returns a new vector rotated by 180 deg.
static Vector2D	oevislib_net.Geometry.Vector2D.operator* (Vector2D inVector, float inValue)
	Multiplies the vector coordinates by a scalar.
static Vector2D	oevislib_net.Geometry.Vector2D.operator* (float inValue, Vector2D inVector)
	Multiplies the vector coordinates by a scalar.
static Vector2D	oevislib_net.Geometry.Vector2D.operator+ (Vector2D inVector1, Vector2D inVector2)
	Sums both vector dimensions.
static Vector2D	oevislib_net.Geometry.Vector2D.operator- (Vector2D inVector1, Vector2D inVector2)
	Subtracts both vector dimensions.
	oevislib_net.Geometry.Vector2D.Vector2D ()
	Creates a default Vector2D with length 0.
	oevislib_net.Geometry.Vector2D.Vector2D (int inDeltaX, int inDeltaY)
	Creates a new Vector2D given its dimensions.
	oevislib_net.Geometry.Vector2D.Vector2D (float inDeltaX, float inDeltaY)
	Creates a new Vector2D given its dimensions.
	oevislib_net.Geometry.Vector2D.Vector2D (Point2D inFrom, Point2D inTo)
	Creates a new Vector2D using the provided points.
ByteBuffer	oevislib_net.Geometry.Vector2D.Serialize ()
	Serializes the object.
static Vector2D	oevislib_net.Geometry.Vector2D.Deserialize (ByteBuffer inBuffer)
	De-serialize a Vector2D buffer.
static float	oevislib_net.Geometry.Vector2D.CrossProduct (Vector2D inVector1, Vector2D inVector2)
	Returns the cross product of two vectors.
static float	oevislib_net.Geometry.Vector2D.DotProduct (Vector2D inVector1, Vector2D inVector2)
	Returns the dot product of two vectors.

Detailed Description

Function Documentation

◆ AnnotatedPoint2D() [1/2]

oevislib_net.Geometry.AnnotatedPoint2D.AnnotatedPoint2D ( )

inline

Creates an AnnotatedPoint2D in (0,0).

◆ AnnotatedPoint2D() [2/2]

oevislib_net.Geometry.AnnotatedPoint2D.AnnotatedPoint2D	(	Point2D	inPoint,
		Point2D	inAnnotation )

inline

Creates a new AnnotatedPoint2D given the coordinates.

Parameters

inPoint	X coordinate.
inAnnotation	Y coordinate.

◆ Arc2D() [1/4]

oevislib_net.Geometry.Arc2D.Arc2D ( )

inline

Creates an Arc2D object with default values.

◆ Arc2D() [2/4]

oevislib_net.Geometry.Arc2D.Arc2D	(	float	inX,
		float	inY,
		float	inRadius,
		float	inStartAngle,
		float	inSweepAngle )

inline

Creates a new Arc2D given center coordinates, radius, startAngle and sweepAngle.

Parameters

inX	X coordinate of the center point.
inY	Y coordinate of the center point.
inRadius	Input radius.
inStartAngle	Input start angle.
inSweepAngle	Input sweep angle.

◆ Arc2D() [3/4]

oevislib_net.Geometry.Arc2D.Arc2D	(	Point2D	inCenter,
		float	inRadius,
		float	inStartAngle,
		float	inSweepAngle )

inline

Creates a new Arc2D given center, radius, startAngle and sweepAngle.

Parameters

inCenter	Input center.
inRadius	Input radius.
inStartAngle	Input start angle.
inSweepAngle	Input sweep angle.

◆ Arc2D() [4/4]

oevislib_net.Geometry.Arc2D.Arc2D	(	Point2D	inPoint,
		Anchor2D	inPointAnchor,
		float	inRadius,
		float	inStartAngle,
		float	inSweepAngle )

inline

Creates a new Arc2D given radius, angles and anchor points.

Parameters

inPoint	Input point.
inPointAnchor	Input point alignment with respect to arc's bounding box.
inRadius	Input radius.
inStartAngle	Input start angle.
inSweepAngle	Input sweep angle.

◆ Box() [1/2]

oevislib_net.Geometry.Box.Box ( )

inline

Creates a new empty box.

◆ Box() [2/2]

oevislib_net.Geometry.Box.Box	(	int	inX,
		int	inY,
		int	inWidth,
		int	inHeight )

inline

Creates a new box, given the top-left corner, width and height.

Parameters

inX	X coordinate of the top-left corner.
inY	Y coordinate of the top-right corner.
inWidth	Width. Range: [0, +inf).
inHeight	Height. Range: [0, +inf).

◆ Circle2D() [1/6]

oevislib_net.Geometry.Circle2D.Circle2D ( )

inline

Creates a Circle2D with default values.

◆ Circle2D() [2/6]

oevislib_net.Geometry.Circle2D.Circle2D	(	float	inX,
		float	inY,
		float	inRadius )

inline

Creates a new Circle2D given center coordinates and radius.

Parameters

inX	X coordinate of the center point.
inY	Y coordinate of the center point.
inRadius	Input radius. Range: [0, +inf).

◆ Circle2D() [3/6]

oevislib_net.Geometry.Circle2D.Circle2D	(	int	inX,
		int	inY,
		int	inRadius )

inline

Creates a new Circle2D given center coordinates and radius.

Parameters

inX	X coordinate of the center point.
inY	Y coordinate of the center point.
inRadius	Input radius. Range: [0, +inf).

◆ Circle2D() [4/6]

oevislib_net.Geometry.Circle2D.Circle2D	(	Point2D	inCenter,
		float	inRadius )

inline

Creates a new Circle2D given center and radius.

Parameters

inCenter	Input center.
inRadius	Input radius. Range: [0, +inf).

◆ Circle2D() [5/6]

oevislib_net.Geometry.Circle2D.Circle2D	(	Point2D	inCenter,
		Point2D	inPoint )

inline

Creates a new Circle2D given the center and a point on its circumference.

Parameters

inCenter	Circle's center.
inPoint	A point on the object circumference.

◆ Circle2D() [6/6]

oevislib_net.Geometry.Circle2D.Circle2D	(	Point2D	inPoint,
		Anchor2D	inPointAnchor,
		float	inRadius )

inline

Creates a new Circle2D given the radius and an anchor point.

Parameters

inPoint	Input point.
inPointAnchor	Input point alignment with respect to circle's bounding box.
inRadius	Input radius. Range: [0, +inf).

◆ CrossProduct()

float oevislib_net.Geometry.Vector2D.CrossProduct	(	Vector2D	inVector1,
		Vector2D	inVector2 )

inlinestatic

Returns the cross product of two vectors.

Parameters

inVector1	First vector.
inVector2	Second vector.

Returns: Cross product.

◆ Deserialize() [1/13]

AnnotatedPoint2D oevislib_net.Geometry.AnnotatedPoint2D.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize a AnnotatedPoint2D buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ Deserialize() [2/13]

Arc2D oevislib_net.Geometry.Arc2D.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize an Arc2D buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ Deserialize() [3/13]

Box oevislib_net.Geometry.Box.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize a Box buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ Deserialize() [4/13]

Circle2D oevislib_net.Geometry.Circle2D.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize a Circle2D buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ Deserialize() [5/13]

Ellipse2D oevislib_net.Geometry.Ellipse2D.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize an Ellipse2D buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ Deserialize() [6/13]

Line2D oevislib_net.Geometry.Line2D.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize a Line2D buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ Deserialize() [7/13]

Point2D oevislib_net.Geometry.Point2D.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize a Point2D buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ Deserialize() [8/13]

Point2Di oevislib_net.Geometry.Point2Di.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize a Point2Di buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ Deserialize() [9/13]

Rectangle2D oevislib_net.Geometry.Rectangle2D.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize a Rectangle2D buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ Deserialize() [10/13]

Ring2D oevislib_net.Geometry.Ring2D.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize a Ring2D buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ Deserialize() [11/13]

Segment2D oevislib_net.Geometry.Segment2D.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize a Segment2D buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ Deserialize() [12/13]

UCS2D oevislib_net.Geometry.UCS2D.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize a UCS2D buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ Deserialize() [13/13]

Vector2D oevislib_net.Geometry.Vector2D.Deserialize ( ByteBuffer inBuffer )

inlinestatic

De-serialize a Vector2D buffer.

Parameters

inBuffer Buffer containing the object.

Returns: Deserialized object.

◆ DotProduct()

float oevislib_net.Geometry.Vector2D.DotProduct	(	Vector2D	inVector1,
		Vector2D	inVector2 )

inlinestatic

Returns the dot product of two vectors.

Parameters

inVector1	First vector.
inVector2	Second vector.

Returns: Dot product.

◆ Ellipse2D() [1/3]

oevislib_net.Geometry.Ellipse2D.Ellipse2D ( )

inline

Creates an Ellipse2D with default values.

◆ Ellipse2D() [2/3]

oevislib_net.Geometry.Ellipse2D.Ellipse2D	(	float	inX,
		float	inY,
		float	inAngle,
		float	inWidth,
		float	inHeight )

inline

Creates a new Ellipse2D given center coordinates, angle, width and height.

Parameters

inX	X coordinate of the center point.
inY	Y coordinate of the center point.
inAngle	Input orientation [deg].
inWidth	Input width. Range: [0, +inf).
inHeight	Input height. Range: [0, +inf).

◆ Ellipse2D() [3/3]

oevislib_net.Geometry.Ellipse2D.Ellipse2D	(	Point2D	inCenter,
		float	inAngle,
		float	inWidth,
		float	inHeight )

inline

Creates a new Ellipse2D given center, angle, width and height.

Parameters

inCenter	Input center.
inAngle	Input orientation [deg].
inWidth	Input width. Range: [0, +inf).
inHeight	Input height. Range: [0, +inf).

◆ FromDiameter() [1/2]

Circle2D oevislib_net.Geometry.Circle2D.FromDiameter	(	Point2D	inPoint1,
		Point2D	inPoint2 )

inlinestatic

Creates a new Circle2D given its diameter as two points.

Parameters

inPoint1	First point of the diameter.
inPoint2	Second point of the diameter.

Returns: The computed circle.

◆ FromDiameter() [2/2]

Circle2D oevislib_net.Geometry.Circle2D.FromDiameter ( Segment2D inDiameter )

inlinestatic

Creates a new Circle2D given its diameter.

Parameters

inDiameter Circle's diameter.

Returns: The computed circle.

◆ GetA()

float oevislib_net.Geometry.Line2D.GetA ( )

inline

Returns the coefficient A of the equation.

Returns: A.

◆ GetArea()

int oevislib_net.Geometry.Box.GetArea ( )

inline

Returns the area of the box.

Returns: Box's area.

◆ GetB()

float oevislib_net.Geometry.Line2D.GetB ( )

inline

Returns the coefficient B of the equation.

Returns: B.

◆ GetC()

float oevislib_net.Geometry.Line2D.GetC ( )

inline

Returns the coefficient C of the equation.

Returns: C.

◆ GetCenter()

Point2D oevislib_net.Geometry.Box.GetCenter ( )

inline

Returns the box's center point.

Returns: Box's center.

◆ GetDirection()

float oevislib_net.Geometry.Segment2D.GetDirection ( )

inline

Returns the segment direction.

Returns: Direction angle in the range [0, 360] [deg].

◆ GetM()

float oevislib_net.Geometry.Line2D.GetM ( )

inline

Returns the slope of the line.

Returns: The slope coefficient if the line is either horizontal or diagonal. The function returns NaN if the line is vertical.

◆ GetQ()

float oevislib_net.Geometry.Line2D.GetQ ( )

inline

Returns the intercept of the line.

Returns: The intercept on the y-axis if the line is either horizontal or diagonal. The function returns the x-axis intercept if the line is vertical.

◆ GetSlope()

float oevislib_net.Geometry.Segment2D.GetSlope ( )

inline

Returns the slope of the segment.

If the segment is vertical, returns NaN.

Returns: Slope of the segment.

◆ HasSlope() [1/2]

bool oevislib_net.Geometry.Line2D.HasSlope ( )

inline

Returns true if the line is neither vertical nor horizontal.

Returns: True if the line is neither vertical nor horizontal, false otherwise.

◆ HasSlope() [2/2]

bool oevislib_net.Geometry.Segment2D.HasSlope ( )

inline

Returns true if the segment is neither horizontal nor vertical, false otherwise.

Returns: True if the segment is neither horizontal nor vertical, false otherwise.

◆ IsHorizontal() [1/2]

bool oevislib_net.Geometry.Line2D.IsHorizontal ( )

inline

Returns true if the line is horizontal, false otherwise.

Returns: True if the line is horizontal, false otherwise.

◆ IsHorizontal() [2/2]

bool oevislib_net.Geometry.Segment2D.IsHorizontal ( )

inline

Returns true if the segment is horizontal, false otherwise.

Returns: True if the segment is horizontal, false otherwise.

◆ IsVertical() [1/2]

bool oevislib_net.Geometry.Line2D.IsVertical ( )

inline

Returns true if the line is vertical, false otherwise.

Returns: True if the line is vertical, false otherwise.

◆ IsVertical() [2/2]

bool oevislib_net.Geometry.Segment2D.IsVertical ( )

inline

Returns true if the segment is vertical, false otherwise.

Returns: True if the segment is vertical, false otherwise.

◆ Line2D() [1/4]

oevislib_net.Geometry.Line2D.Line2D ( )

inline

Creates a default Line2D.

◆ Line2D() [2/4]

oevislib_net.Geometry.Line2D.Line2D	(	float	inA,
		float	inB,
		float	inC )

inline

Creates a new Line2D from A, B and C values.

Parameters

inA	Input A coefficient.
inB	Input B coefficient.
inC	Input C coefficient.

◆ Line2D() [3/4]

oevislib_net.Geometry.Line2D.Line2D	(	Point2D	inPoint,
		float	inAngle )

inline

Creates a new Line2D object passing through a point and having the provided direction.

Parameters

inPoint	Reference point.
inAngle	Line angle inclination [deg].

◆ Line2D() [4/4]

oevislib_net.Geometry.Line2D.Line2D	(	Point2D	inPoint1,
		Point2D	inPoint2 )

inline

Creates a new Line2D object passing through two points.

Parameters

inPoint1	First point.
inPoint2	Second point.

◆ operator*() [1/3]

Point2D oevislib_net.Geometry.Point2D.operator*	(	Point2D	inPoint,
		float	inVector )

inlinestatic

Multiples the point coordinates by a scalar.

Parameters

inPoint	Point.
inVector	Vector.

Returns: Scalar value.

◆ operator*() [2/3]

Vector2D oevislib_net.Geometry.Vector2D.operator*	(	float	inValue,
		Vector2D	inVector )

inlinestatic

Multiplies the vector coordinates by a scalar.

Parameters

inValue	Multiplier.
inVector	Vector object.

Returns: A new vector2D object with the calculated dimensions.

◆ operator*() [3/3]

Vector2D oevislib_net.Geometry.Vector2D.operator*	(	Vector2D	inVector,
		float	inValue )

inlinestatic

Multiplies the vector coordinates by a scalar.

Parameters

inVector	Vector object.
inValue	Multiplier.

Returns: A new vector2D object with the calculated dimensions.

◆ operator+() [1/3]

Point2D oevislib_net.Geometry.Point2D.operator+	(	Point2D	inPoint,
		Vector2D	inVector )

inlinestatic

Sums the vector dimension to the point coordinates.

Parameters

inPoint	Point.
inVector	Vector.

Returns: A new Point2D object.

◆ operator+() [2/3]

Point2Di oevislib_net.Geometry.Point2Di.operator+	(	Point2Di	inPoint1,
		Point2Di	inPoint2 )

inlinestatic

Sums points' coordinates.

Parameters

inPoint1	First point.
inPoint2	Second point.

Returns: A new Point2Di object.

◆ operator+() [3/3]

Vector2D oevislib_net.Geometry.Vector2D.operator+	(	Vector2D	inVector1,
		Vector2D	inVector2 )

inlinestatic

Sums both vector dimensions.

Parameters

inVector1	First vector.
inVector2	Second vector.

Returns: A new Vector2D object.

◆ operator-() [1/6]

Point2D oevislib_net.Geometry.Point2D.operator- ( Point2D inPoint )

inlinestatic

Parameters

inPoint

◆ operator-() [2/6]

Point2D oevislib_net.Geometry.Point2D.operator-	(	Point2D	inPoint,
		Vector2D	inVector )

inlinestatic

Subtracts the vector dimension to the point coordinates.

Parameters

inPoint	Point.
inVector	Vector.

Returns: A new Point2D object.

◆ operator-() [3/6]

Vector2D oevislib_net.Geometry.Point2D.operator-	(	Point2D	inPoint1,
		Point2D	inPoint2 )

inlinestatic

Subtracts both points coordinates.

Parameters

inPoint1	First point.
inPoint2	Second point.

Returns: A new Vector2D object.

◆ operator-() [4/6]

Point2Di oevislib_net.Geometry.Point2Di.operator-	(	Point2Di	inPoint1,
		Point2Di	inPoint2 )

inlinestatic

Subtracts points' coordinates.

Parameters

inPoint1	First point.
inPoint2	Second point.

Returns: A new Point2Di object.

◆ operator-() [5/6]

Vector2D oevislib_net.Geometry.Vector2D.operator- ( Vector2D inVector )

inlinestatic

Returns a new vector rotated by 180 deg.

Parameters

inVector

◆ operator-() [6/6]

Vector2D oevislib_net.Geometry.Vector2D.operator-	(	Vector2D	inVector1,
		Vector2D	inVector2 )

inlinestatic

Subtracts both vector dimensions.

Parameters

inVector1	First vector.
inVector2	Second vector.

Returns: A new Vector2D object.

◆ operator/()

Point2D oevislib_net.Geometry.Point2D.operator/	(	Point2D	inPoint,
		float	inVector )

inlinestatic

Divides the point coordinates by a scalar.

Parameters

inPoint	Point.
inVector	Vector.

Returns: Scalar value.

◆ operator<() [1/3]

bool oevislib_net.Geometry.AnnotatedPoint2D.operator<	(	AnnotatedPoint2D	inAnnotatedPoint1,
		AnnotatedPoint2D	inAnnotatedPoint2 )

inlinestatic

Compare both point's coordinates using the 'less than' logical operator.

Parameters

inAnnotatedPoint1	First annotated point.
inAnnotatedPoint2	Second annotated point.

Returns: True if the first object's real point's Y coordinate is smaller, or if Y coordinates are equal and X coordinate is smaller. False otherwise.

◆ operator<() [2/3]

bool oevislib_net.Geometry.Point2D.operator<	(	Point2D	inPoint1,
		Point2D	inPoint2 )

inlinestatic

Compare both coordinates using the 'less than' logical operator.

Parameters

inPoint1	First point.
inPoint2	Second point.

Returns: True if the first point's Y coordinate is smaller, or if Y coordinates are equal and X coordinate is smaller. False otherwise.

◆ operator<() [3/3]

bool oevislib_net.Geometry.Point2Di.operator<	(	Point2Di	inPoint1,
		Point2Di	inPoint2 )

inlinestatic

Compare both coordinates using the 'less than' logical operator.

Parameters

inPoint1	First point.
inPoint2	Second point.

Returns: True if the first object's Y coordinate is smaller, or if Y coordinates are equal and X coordinate is smaller. False otherwise.

◆ operator<=() [1/3]

bool oevislib_net.Geometry.AnnotatedPoint2D.operator<=	(	AnnotatedPoint2D	inAnnotatedPoint1,
		AnnotatedPoint2D	inAnnotatedPoint2 )

inlinestatic

Parameters

inAnnotatedPoint1
inAnnotatedPoint2

◆ operator<=() [2/3]

bool oevislib_net.Geometry.Point2D.operator<=	(	Point2D	inPoint1,
		Point2D	inPoint2 )

inlinestatic

Parameters

inPoint1
inPoint2

◆ operator<=() [3/3]

bool oevislib_net.Geometry.Point2Di.operator<=	(	Point2Di	inPoint1,
		Point2Di	inPoint2 )

inlinestatic

Parameters

inPoint1
inPoint2

◆ operator>() [1/3]

bool oevislib_net.Geometry.AnnotatedPoint2D.operator>	(	AnnotatedPoint2D	inAnnotatedPoint1,
		AnnotatedPoint2D	inAnnotatedPoint2 )

inlinestatic

Compare both point's coordinates using the 'greater than' logical operator.

Parameters

inAnnotatedPoint1	First annotated point.
inAnnotatedPoint2	Second annotated point.

Returns: True if the first object's real point's Y coordinate is greater, or if Y coordinates are equal and X coordinate is greater. False otherwise.

◆ operator>() [2/3]

bool oevislib_net.Geometry.Point2D.operator>	(	Point2D	inPoint1,
		Point2D	inPoint2 )

inlinestatic

Compare both coordinates using the 'greater than' logical operator.

Parameters

inPoint1	First point.
inPoint2	Second point.

Returns: True if the first point's Y coordinate is smaller, or if Y coordinates are equal and X coordinate is smaller. False otherwise.

◆ operator>() [3/3]

bool oevislib_net.Geometry.Point2Di.operator>	(	Point2Di	inPoint1,
		Point2Di	inPoint2 )

inlinestatic

Compare both coordinates using the 'greater than' logical operator.

Parameters

inPoint1	First point.
inPoint2	Second point.

Returns: True if the first object's Y coordinate is greater, or if Y coordinates are equal and X coordinate is greater. False otherwise.

◆ operator>=() [1/3]

bool oevislib_net.Geometry.AnnotatedPoint2D.operator>=	(	AnnotatedPoint2D	inAnnotatedPoint1,
		AnnotatedPoint2D	inAnnotatedPoint2 )

inlinestatic

Parameters

inAnnotatedPoint1
inAnnotatedPoint2

◆ operator>=() [2/3]

bool oevislib_net.Geometry.Point2D.operator>=	(	Point2D	inPoint1,
		Point2D	inPoint2 )

inlinestatic

Parameters

inPoint1
inPoint2

◆ operator>=() [3/3]

bool oevislib_net.Geometry.Point2Di.operator>=	(	Point2Di	inPoint1,
		Point2Di	inPoint2 )

inlinestatic

Parameters

inPoint1
inPoint2

◆ Point2D() [1/5]

oevislib_net.Geometry.Point2D.Point2D ( )

inline

Creates a Point2D in (0,0).

◆ Point2D() [2/5]

oevislib_net.Geometry.Point2D.Point2D	(	float	inX,
		float	inY )

inline

Creates a new Point2D given the coordinates.

Parameters

inX	X coordinate.
inY	Y coordinate.

◆ Point2D() [3/5]

oevislib_net.Geometry.Point2D.Point2D	(	float	inX,
		int	inY )

inline

Creates a new Point2D given a float and an integer.

Parameters

inX	X coordinate.
inY	Y coordinate.

◆ Point2D() [4/5]

oevislib_net.Geometry.Point2D.Point2D	(	int	inX,
		float	inY )

inline

Creates a new Point2D given an integer and a float.

Parameters

inX	X coordinate.
inY	Y coordinate.

◆ Point2D() [5/5]

oevislib_net.Geometry.Point2D.Point2D	(	int	inX,
		int	inY )

inline

Creates a new Point2D given the coordinates.

Parameters

inX	X coordinate.
inY	Y coordinate.

◆ Point2Di() [1/2]

oevislib_net.Geometry.Point2Di.Point2Di ( )

inline

Creates a new Point2Di object, with (0,0) coordinates.

◆ Point2Di() [2/2]

oevislib_net.Geometry.Point2Di.Point2Di	(	int	inX,
		int	inY )

inline

Creates a new Point2Di object using the provided coordinates.

Parameters

inX	X coordinate.
inY	Y coordinate.

◆ Rectangle2D() [1/5]

oevislib_net.Geometry.Rectangle2D.Rectangle2D ( )

inline

Creates a Rectangle2D with default values.

◆ Rectangle2D() [2/5]

oevislib_net.Geometry.Rectangle2D.Rectangle2D	(	float	inX,
		float	inY,
		float	inAngle,
		float	inWidth,
		float	inHeight )

inline

Creates a new Rectangle2D given origin coordinates, angle, width and height.

Parameters

inX	X coordinate of the origin point.
inY	Y coordinate of the origin point.
inAngle	Input orientation angle [deg].
inWidth	Input width. Range: [0, +inf).
inHeight	Input height. Range: [0, +inf).

◆ Rectangle2D() [3/5]

oevislib_net.Geometry.Rectangle2D.Rectangle2D	(	Point2D	inOrigin,
		float	inAngle,
		float	inWidth,
		float	inHeight )

inline

Creates a new Rectangle2D given origin, angle, width and height.

Parameters

inOrigin	Input origin.
inAngle	Input orientation angle [deg].
inWidth	Input width. Range: [0, +inf).
inHeight	Input height. Range: [0, +inf).

◆ Rectangle2D() [4/5]

oevislib_net.Geometry.Rectangle2D.Rectangle2D	(	Point2D	inOrigin,
		Point2D	inPoint,
		float	inAngle )

inline

Creates a new Rectangle2D given its origin, the opposite point and the angle.

Parameters

inOrigin	Rectangle's origin.
inPoint	Rectangle's corner opposite to the origin.
inAngle	Input orientation angle [deg].

◆ Rectangle2D() [5/5]

oevislib_net.Geometry.Rectangle2D.Rectangle2D	(	Point2D	inPoint,
		Anchor2D	inPointAnchor,
		float	inAngle,
		float	inWidth,
		float	inHeight )

inline

Creates a new Rectangle2D using the provided anchor point.

Parameters

inPoint	Input point.
inPointAnchor	Position of input point.
inAngle	Input orientation angle [deg].
inWidth	Input width. Range: [0, +inf).
inHeight	Input height. Range: [0, +inf).

◆ Ring2D() [1/5]

oevislib_net.Geometry.Ring2D.Ring2D ( )

inline

Creates a new Ring2D with default values.

◆ Ring2D() [2/5]

oevislib_net.Geometry.Ring2D.Ring2D	(	Circle2D	inCircle,
		float	inRingWidth,
		BorderPosition	inBorderPosition )

inline

Creates a new Ring2D given a circle and border width.

Parameters

inCircle	Input circle.
inRingWidth	Ring width. Range: [0, +inf).
inBorderPosition	Border position.

◆ Ring2D() [3/5]

oevislib_net.Geometry.Ring2D.Ring2D	(	float	inX,
		float	inY,
		float	inRadius1,
		float	inRadius2 )

inline

Creates a new Ring2D given center coordinates and radii.

Parameters

inX	X coordinate of the center point.
inY	Y coordinate of the center point.
inRadius1	Inner radius. Range: [0, +inf).
inRadius2	Outer radius. Range: [0, +inf).

◆ Ring2D() [4/5]

oevislib_net.Geometry.Ring2D.Ring2D	(	Point2D	inCenter,
		float	inRadius1,
		float	inRadius2 )

inline

Creates a new Ring2D given center and radii.

Parameters

inCenter	Center point.
inRadius1	Inner radius. Range: [0, +inf).
inRadius2	Outer radius. Range: [0, +inf).

◆ Ring2D() [5/5]

oevislib_net.Geometry.Ring2D.Ring2D	(	Point2D	inPoint,
		Anchor2D	inPointAnchor,
		float	inInnerRadius,
		float	inOuterRadius )

inline

Creates a new Ring2D given a point and its position relative to the ring bounding box.

Parameters

inPoint	Input point.
inPointAnchor	Point anchor.
inInnerRadius	Internal radius. Range: [0, +inf).
inOuterRadius	External radius. Range: [0, +inf).

◆ Segment2D() [1/4]

oevislib_net.Geometry.Segment2D.Segment2D ( )

inline

Creates a new Segment2D object where both points are (0, 0).

◆ Segment2D() [2/4]

oevislib_net.Geometry.Segment2D.Segment2D	(	float	inX1,
		float	inY1,
		float	inX2,
		float	inY2 )

inline

Creates a new Segment2D using the provided points coordinates.

Parameters

inX1	X coordinate of the starting point.
inY1	Y coordinate of the starting point.
inX2	X coordinate of the ending point.
inY2	Y coordinate of the ending point.

◆ Segment2D() [3/4]

oevislib_net.Geometry.Segment2D.Segment2D	(	Point2D	inPoint,
		float	inDirection,
		float	inLength,
		float	inPointAnchor = 0::5f )

inline

Creates a new Segment2D given direction, length and a contained point.

Parameters

inPoint	Input point.
inDirection	Segment direction.
inLength	Segment length. Range: [0, +inf).
inPointAnchor	Position of the point in the segment. If 0, the point is the starting point while, if 1, the point is the end point.

◆ Segment2D() [4/4]

oevislib_net.Geometry.Segment2D.Segment2D	(	Point2D	inPoint1,
		Point2D	inPoint2 )

inline

Creates a new Segment2D object using the provided points.

Parameters

inPoint1	Starting point.
inPoint2	Ending point.

◆ Serialize() [1/13]

ByteBuffer oevislib_net.Geometry.AnnotatedPoint2D.Serialize ( )

inline

Serializes the object.

Returns: Buffer where the object is stored.

◆ Serialize() [2/13]

ByteBuffer oevislib_net.Geometry.Arc2D.Serialize ( )

inline

Serializes the object.

Returns: Buffer where the object is stored.

◆ Serialize() [3/13]

ByteBuffer oevislib_net.Geometry.Box.Serialize ( )

inline

Serializes the object.

Returns: Buffer where the object is stored.

◆ Serialize() [4/13]

ByteBuffer oevislib_net.Geometry.Circle2D.Serialize ( )

inline

Serializes the object.

Returns: Buffer where the object is stored.

◆ Serialize() [5/13]

ByteBuffer oevislib_net.Geometry.Ellipse2D.Serialize ( )

inline

Serializes the object.

Returns: Buffer where the object is stored.

◆ Serialize() [6/13]

ByteBuffer oevislib_net.Geometry.Line2D.Serialize ( )

inline

Serializes the object.

Returns: Buffer where the object is stored.

◆ Serialize() [7/13]

ByteBuffer oevislib_net.Geometry.Point2D.Serialize ( )

inline

Serializes the object.

Returns: Buffer where the object is stored.

◆ Serialize() [8/13]

ByteBuffer oevislib_net.Geometry.Point2Di.Serialize ( )

inline

Serializes Point2Di object.

Returns: Buffer where the object is stored.

◆ Serialize() [9/13]

ByteBuffer oevislib_net.Geometry.Rectangle2D.Serialize ( )

inline

Serializes the object.

Returns: Buffer where the object is stored.

◆ Serialize() [10/13]

ByteBuffer oevislib_net.Geometry.Ring2D.Serialize ( )

inline

Serializes the object.

Returns: Buffer where the object is stored.

◆ Serialize() [11/13]

ByteBuffer oevislib_net.Geometry.Segment2D.Serialize ( )

inline

Serializes the object.

Returns: Buffer where the object is stored.

◆ Serialize() [12/13]

ByteBuffer oevislib_net.Geometry.UCS2D.Serialize ( )

inline

Serializes the object.

Returns: Buffer where the object is stored.

◆ Serialize() [13/13]

ByteBuffer oevislib_net.Geometry.Vector2D.Serialize ( )

inline

Serializes the object.

Returns: Buffer where the object is stored.

◆ SetA()

void oevislib_net.Geometry.Line2D.SetA ( float inA )

inline

Sets a new value for the coefficient A in the equation.

Parameters

inA New A.

◆ SetB()

void oevislib_net.Geometry.Line2D.SetB ( float inB )

inline

Sets a new value for the coefficient B in the equation.

Parameters

inB New B.

◆ SetC()

void oevislib_net.Geometry.Line2D.SetC ( float inC )

inline

Sets a new value for the coefficient C in the equation.

Parameters

inC New C.

◆ SetCoefficients()

void oevislib_net.Geometry.Line2D.SetCoefficients	(	Optional< float >	inA = null,
		Optional< float >	inB = null,
		Optional< float >	inC = null )

inline

Set all the coefficients of the line.

Parameters

inA	Input A coefficient.
inB	Input B coefficient.
inC	Input C coefficient.

◆ UCS2D() [1/7]

oevislib_net.Geometry.UCS2D.UCS2D ( )

inline

Creates the default UCS2D with default values.

◆ UCS2D() [2/7]

oevislib_net.Geometry.UCS2D.UCS2D	(	float	inX,
		float	inY,
		float	inAngle,
		float	inScale = 1::0f )

inline

Creates a new UCS2D given origin coordinates, angle and scale.

Parameters

inX	X coordinate of the origin point.
inY	Y coordinate of the origin point.
inAngle	Input orientation [deg].
inScale	Input scale. Range: (0, +inf).

◆ UCS2D() [3/7]

oevislib_net.Geometry.UCS2D.UCS2D	(	Point2D	inOrigin,
		float	inAngle = 0::0f,
		float	inScale = 1::0f )

inline

Creates a new UCS2D given origin, angle and scale.

Parameters

inOrigin	Input origin.
inAngle	Input orientation [deg].
inScale	Input scale. Range: (0, +inf).

◆ UCS2D() [4/7]

oevislib_net.Geometry.UCS2D.UCS2D	(	Point2D	inPoint1,
		Point2D	inPoint2,
		float	inAngle,
		float	inScale = 1::0f,
		float	inScaleDivisor = 1::0f )

inline

Creates a new UCS2D given two points on its axes.

Parameters

inPoint1	First point.
inPoint2	Second point.
inAngle	Input orientation [deg].
inScale	Relative scale. Range: (0, +inf).
inScaleDivisor	Scale divisor. Range: (0, +inf).

◆ UCS2D() [5/7]

oevislib_net.Geometry.UCS2D.UCS2D	(	Rectangle2D	inRectangle,
		float	inRelativeAngle,
		float	inScale = 1::0f,
		float	inScaleDivisor = 1::0f,
		Anchor2D	inPointAnchor = Anchor2D::TopLeft )

inline

Creates a new UCS2D from a reference rectangle.

Parameters

inRectangle	Input reference rectangle.
inRelativeAngle	Relative angle [deg].
inScale	Input scale. Range: (0, +inf).
inScaleDivisor	Scale divisor. Range: (0, +inf).
inPointAnchor	Relative position of the rectangle origin with respect to the coordinate system origin.

◆ UCS2D() [6/7]

oevislib_net.Geometry.UCS2D.UCS2D	(	Segment2D	inSegment,
		float	inRelativeAngle,
		float	inScale = 1::0f,
		float	inScaleDivisor = 1::0f,
		float	inPointAnchor = 0::0f )

inline

Creates a new UCS2D from a reference segment.

Parameters

inSegment	Reference segment.
inRelativeAngle	Relative angle [deg].
inScale	Coordinate system scale. Range: (0, +inf).
inScaleDivisor	Scale divisor. Range: (0, +inf).
inPointAnchor	Relative position of the coordinate system origin between the segment points. Range [0, 1].

◆ UCS2D() [7/7]

oevislib_net.Geometry.UCS2D.UCS2D	(	Vector2D	inDelta,
		float	inAngle,
		float	inScale = 1::0f )

inline

Creates a new UCS2D given a translation vector, angle and scale.

Parameters

inDelta	Shift from (0,0).
inAngle	Input orientation [deg].
inScale	Input scale. Range: (0, +inf).

◆ Vector2D() [1/4]

oevislib_net.Geometry.Vector2D.Vector2D ( )

inline

Creates a default Vector2D with length 0.

◆ Vector2D() [2/4]

oevislib_net.Geometry.Vector2D.Vector2D	(	float	inDeltaX,
		float	inDeltaY )

inline

Creates a new Vector2D given its dimensions.

Parameters

inDeltaX	Vector length along the X axis.
inDeltaY	Vector length along the Y axis.

◆ Vector2D() [3/4]

oevislib_net.Geometry.Vector2D.Vector2D	(	int	inDeltaX,
		int	inDeltaY )

inline

Creates a new Vector2D given its dimensions.

Parameters

inDeltaX	Vector length along the X axis.
inDeltaY	Vector length along the Y axis.

◆ Vector2D() [4/4]

oevislib_net.Geometry.Vector2D.Vector2D	(	Point2D	inFrom,
		Point2D	inTo )

inline

Creates a new Vector2D using the provided points.

Parameters

inFrom	Starting point.
inTo	Ending point.

AnnotatedPoint2D Basics

Arc2D Basics

Box Basics

Circle2D Basics

Ellipse2D Basics

Line2D Basics

Point2D Basics

Point2Di Basics

Rectangle2D Basics

Ring2D Basics

Segment2D Basics

UCS2D Basics

Vector2D Basics

Detailed Description

Function Documentation

◆ AnnotatedPoint2D() [1/2]

◆ AnnotatedPoint2D() [2/2]

◆ Arc2D() [1/4]

◆ Arc2D() [2/4]

◆ Arc2D() [3/4]

◆ Arc2D() [4/4]

◆ Box() [1/2]

◆ Box() [2/2]

◆ Circle2D() [1/6]

◆ Circle2D() [2/6]

◆ Circle2D() [3/6]

◆ Circle2D() [4/6]

◆ Circle2D() [5/6]

◆ Circle2D() [6/6]

◆ CrossProduct()

◆ Deserialize() [1/13]

◆ Deserialize() [2/13]

◆ Deserialize() [3/13]

◆ Deserialize() [4/13]

◆ Deserialize() [5/13]

◆ Deserialize() [6/13]

◆ Deserialize() [7/13]

◆ Deserialize() [8/13]

◆ Deserialize() [9/13]

◆ Deserialize() [10/13]

◆ Deserialize() [11/13]

◆ Deserialize() [12/13]

◆ Deserialize() [13/13]

◆ DotProduct()

◆ Ellipse2D() [1/3]

◆ Ellipse2D() [2/3]

◆ Ellipse2D() [3/3]

◆ FromDiameter() [1/2]

◆ FromDiameter() [2/2]

◆ GetA()

◆ GetArea()

◆ GetB()

◆ GetC()

◆ GetCenter()

◆ GetDirection()

◆ GetM()

◆ GetQ()

◆ GetSlope()

◆ HasSlope() [1/2]

◆ HasSlope() [2/2]

◆ IsHorizontal() [1/2]

◆ IsHorizontal() [2/2]

◆ IsVertical() [1/2]

◆ IsVertical() [2/2]

◆ Line2D() [1/4]

◆ Line2D() [2/4]

◆ Line2D() [3/4]

◆ Line2D() [4/4]

◆ operator*() [1/3]

◆ operator*() [2/3]

◆ operator*() [3/3]

◆ operator+() [1/3]

◆ operator+() [2/3]

◆ operator+() [3/3]

◆ operator-() [1/6]

◆ operator-() [2/6]

◆ operator-() [3/6]

◆ operator-() [4/6]

◆ operator-() [5/6]

◆ operator-() [6/6]