Class CGPath

Namespace

FluffyUnderware.Curvy.Generator

Path Data (Shape + Direction (Spline Tangents) + Orientation/Up)

[CGDataInfo(0.13, 0.59, 0.95, 1)]
public class CGPath : CGShape

Inheritance

object

CGData

CGShape

CGPath

Derived

CGVolume

Inherited Members

CGShape.RelativeDistances

CGShape.SourceRelativeDistances

CGShape.Positions

CGShape.Normals

CGShape.CustomValues

CGShape.DuplicatePoints

CGShape.MaterialGroups

CGShape.SourceIsManaged

CGShape.Closed

CGShape.Seamless

CGShape.Length

CGShape.Count

CGShape.Copy(CGShape, CGShape)

CGShape.Copy(CGShape)

CGShape.DistanceToF(float)

CGShape.FToDistance(float)

CGShape.GetFIndex(float, out float)

CGShape.InterpolatePosition(float)

CGShape.InterpolateUp(float)

CGShape.Interpolate(float, out Vector3, out Vector3)

CGShape.Move(ref float, ref int, float, CurvyClamping)

CGShape.MoveBy(ref float, ref int, float, CurvyClamping)

CGShape.Recalculate()

CGShape.RecalculateNormals(CurvySpline)

CGShape.RecalculateNormals()

CGData.Dispose()

CGData.Name

CGData.getGenericFIndex(SubArray<float>, float, out float)

Constructors

CGPath()

public CGPath()

CGPath(CGPath)

public CGPath(CGPath source)

Parameters

source CGPath

Properties

Directions

Tangents of the path's points, in the path's local space

public SubArray<Vector3> Directions { get; set; }

Property Value

SubArray<Vector3>

Remarks

Setting a new SubArray<T> will Free(SubArray<T>) the current SubArray<T> instance

Methods

Clone<T>()

public override T Clone<T>() where T : CGData

Returns

T

Type Parameters

T

Copy(CGPath, CGPath)

public static void Copy(CGPath dest, CGPath source)

Parameters

dest CGPath

source CGPath

Dispose(bool)

protected override bool Dispose(bool disposing)

Parameters

disposing bool

Returns

bool

Interpolate(float, out Vector3, out Vector3, out Vector3)

Interpolates Position, Direction and Normal by F

public void Interpolate(float f, out Vector3 position, out Vector3 direction, out Vector3 up)

Parameters

f float

0..1

position Vector3

direction Vector3

a.k.a tangent

up Vector3

a.k.a normal

InterpolateDirection(float)

Interpolates Direction by F

public Vector3 InterpolateDirection(float f)

Parameters

f float

0..1

Returns

Vector3