Interpolations

Functions
static Point2D	oevislib_net.Geometry.Interpolations.Interpolate (Point2D inPoint0, Point2D inPoint1, float inLambda=0.5f)
	Computes a new point using linear interpolation.
static Segment2D	oevislib_net.Geometry.Interpolations.Interpolate (Segment2D inSegment0, Segment2D inSegment1, float inLambda=0.5f, bool inIgnoreOrientation=true)
	Computes a new segment using linear interpolation.
static Vector2D	oevislib_net.Geometry.Interpolations.Interpolate (Vector2D inVector0, Vector2D inVector1, float inLambda=0.5f)
	Computes a new vector using linear interpolation.
static Vector2D	oevislib_net.Geometry.Interpolations.Interpolate (Vector2D inVector0, Vector2D inVector1, RotationDirection inRotationDirection=RotationDirection.Clockwise, float inLambda=0.5f)
	Computes a new radial vector using linear interpolation.
static float	oevislib_net.Geometry.Interpolations.Interpolate (float inAngle0, float inAngle1, float inLambda=0.5f, AngleRange inAngleRange=AngleRange._0_180, RotationDirection inRotationDirection=RotationDirection.Clockwise, bool inInverse=false)
	Computes a new angle using linear interpolation.
static Path	oevislib_net.Geometry.Interpolations.Interpolate (Path inPath0, Path inPath1, float inLambda=0.5f)
	Computes a new path using linear interpolation.
static Point2D	oevislib_net.Geometry.Interpolations.Midpoint (Point2D inPoint1, Point2D inPoint2)
	Computes the midpoint of the segment connecting the two provided points.

Detailed Description

Function Documentation

Interpolate() [1/6]

float oevislib_net.Geometry.Interpolations.Interpolate ( float inAngle0, float inAngle1, float inLambda = 0::5f, AngleRange inAngleRange = AngleRange::_0_180, RotationDirection inRotationDirection = RotationDirection::Clockwise, bool inInverse = false )

inlinestatic

Computes a new angle using linear interpolation.

Parameters

inAngle0	First input angle.
inAngle1	Second input angle.
inLambda	Interpolation coefficient.
inAngleRange	Range of value used to normalize the output value.
inRotationDirection	Direction of rotation used for the linear interpolation.
inInverse	If true, angles are considered with the inverted sign.

Returns

The computed value.

Interpolate() [2/6]

Path oevislib_net.Geometry.Interpolations.Interpolate ( Path inPath0, Path inPath1, float inLambda = 0::5f )

inlinestatic

Computes a new path using linear interpolation.

Parameters

inPath0	First input path.
inPath1	Second input path.
inLambda	Interpolation coefficient.

Returns

The computed object.

Interpolate() [3/6]

Point2D oevislib_net.Geometry.Interpolations.Interpolate ( Point2D inPoint0, Point2D inPoint1, float inLambda = 0::5f )

inlinestatic

Computes a new point using linear interpolation.

Parameters

inPoint0	First input point.
inPoint1	Second input point.
inLambda	Interpolation coefficient.

Returns

The computed point.

Interpolate() [4/6]

Segment2D oevislib_net.Geometry.Interpolations.Interpolate ( Segment2D inSegment0, Segment2D inSegment1, float inLambda = 0::5f, bool inIgnoreOrientation = true )

inlinestatic

Computes a new segment using linear interpolation.

Parameters

inSegment0	First input segment.
inSegment1	Second input segment.
inLambda	Interpolation coefficient.
inIgnoreOrientation	If false, points are interpolated based on their distance. Otherwise, segments' points are interpolated respecting their order in the constructor.

Returns

The computed segment.

Interpolate() [5/6]

Vector2D oevislib_net.Geometry.Interpolations.Interpolate ( Vector2D inVector0, Vector2D inVector1, float inLambda = 0::5f )

inlinestatic

Computes a new vector using linear interpolation.

Parameters

inVector0	First input vector.
inVector1	Second input vector.
inLambda	Interpolation coefficient.

Returns

The computed vector.

Interpolate() [6/6]

Vector2D oevislib_net.Geometry.Interpolations.Interpolate ( Vector2D inVector0, Vector2D inVector1, RotationDirection inRotationDirection = RotationDirection::Clockwise, float inLambda = 0::5f )

inlinestatic

Computes a new radial vector using linear interpolation.

Parameters

inVector0	First input vector.
inVector1	Second input vector.
inRotationDirection	Direction of rotation used for the linear interpolation.
inLambda	Interpolation coefficient.

Returns

The computed vector.

Midpoint()

Point2D oevislib_net.Geometry.Interpolations.Midpoint ( Point2D inPoint1, Point2D inPoint2 )

inlinestatic

Computes the midpoint of the segment connecting the two provided points.

Parameters

inPoint1	First input point.
inPoint2	Second input point.

Returns

The computed object.