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RT.Geometry
- RT.Geometry
  - ArcD
  - BoundingBoxD
  - CircleD
  - EdgeD
  - GeomUt
  - Intersect
  - PointD
    - PointD(x, y)
    - PointD(angle)
    - PointD(pointF)
    - CrossZ(other)
    - DecomposeAlong(vector, lenAlong, lenNormal)
    - Deconstruct(x, y)
    - Distance(other)
    - Dot(other)
    - Equals(obj)
    - Equals(other)
    - GetHashCode()
    - LengthProjectedOnto(vector)
    - LengthProjectedOnto(angle)
    - ProjectedOnto(vector)
    - RecomposeVector(lenAlong, lenNormal)
    - Reflected(axis1, axis2)
    - Rotate(angle)
    - Rotate(angle, about)
    - Rotate90()
    - Rotated(angle)
    - RotateDeg(angle)
    - RotateDeg(angle, about)
    - RotateNeg90()
    - ToPointF()
    - ToString()
    - operator+(one, other)
    - operator/(vector, scalar)
    - operator==(one, other)
    - operator!=(one, other)
    - operator*(scalar, vector)
    - operator*(vector, scalar)
    - operator-(left, right)
    - operator-(vector)
    - Angle
    - Length
    - Normalized
    - ReflectedAboutXAxis
    - ReflectedAboutYAxis
    - SquareLength
    - X
    - Y
  - PolygonD
  - RectangleD
  - SvgArc
  - SvgPath
  - SvgPiece
  - SvgPieceType
  - TriangleD
  - Triangulate
  - VoronoiDiagram
  - VoronoiDiagramFlags
RT.CommandLine
RT.Json
RT.Lingo.Base
RT.PostBuild
RT.Serialization
RT.Serialization.Binary
RT.Serialization.Json
RT.Serialization.Xml
RT.Util.Core

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Method: PointD Rotated(double)

Declared in: RT.Geometry.PointD

Declaration

public PointD Rotated(
    double angle
)

Summary

Returns a vector of the same length as this vector, but rotated by the specified angle.

Parameters

double

angle

The angle in radians.

Returns

The rotated point.

Remarks

If the coordinate system is mathy (positive Y goes up), the rotation is clockwise. If the coordinate system is computery (positive Y goes down), the rotation is counter-clockwise.