SubDSurfaceAssistant

SurfaceAssistant<1>
public sealed class SubDSurfaceAssistant : SurfaceAssistant<SubD>
SurfaceAssistant implementation for SubD.

Properties

IsReimplementation

public bool IsReimplementation { get; }
Gets whether or not this assistant is a type-safe re-implementation of a more generic assistant.
inherited fromSurfaceAssistant<T>
Implements: IsReimplementation

ReimplementationBase

public ISurfaceAssistant ReimplementationBase { get; }
Gets the base assistant (if any) this assistant is a re-implementation of.
inherited fromSurfaceAssistant<T>
Implements: ReimplementationBase

Type

public Type Type { get; }
Gets the type associated with this assistant.
inherited fromSurfaceAssistant<T>
Implements: Type

Methods

BoundingBox

#
public override BoundingBox BoundingBox(SubD instance)
Parameters:
instance (SubD)
Overrides: SurfaceAssistant<T>.BoundingBox

ConvertToBrep

#
public override Brep ConvertToBrep(SubD instance)
Parameters:
instance (SubD)
Overrides: SurfaceAssistant<T>.ConvertToBrep

EvaluateCurvature

#
public override bool EvaluateCurvature(SubD instance, SurfaceLocus locus, out SurfaceCurvature curvature)
Parameters:
instance (SubD)
locus (SurfaceLocus)
curvature (out SurfaceCurvature)
Overrides: SurfaceAssistant<T>.EvaluateCurvature

EvaluateNormal

#
public override Vector3d EvaluateNormal(SubD instance, SurfaceLocus locus)
Parameters:
instance (SubD)
locus (SurfaceLocus)
Overrides: SurfaceAssistant<T>.EvaluateNormal

EvaluatePosition

#
public override Point3d EvaluatePosition(SubD instance, SurfaceLocus locus)
Parameters:
instance (SubD)
locus (SurfaceLocus)
Overrides: SurfaceAssistant<T>.EvaluatePosition

EvaluateTangent

#
public override Plane EvaluateTangent(SubD instance, SurfaceLocus locus)
Parameters:
instance (SubD)
locus (SurfaceLocus)
Overrides: SurfaceAssistant<T>.EvaluateTangent

EvaluateUV

#
public override bool EvaluateUV(SubD instance, SurfaceLocus locus, out Vector3d u, out Vector3d v)
Parameters:
instance (SubD)
locus (SurfaceLocus)
u (out Vector3d)
v (out Vector3d)
Overrides: SurfaceAssistant<T>.EvaluateUV

Explode

#
public override object[] Explode(SubD instance)
Parameters:
instance (SubD)
Overrides: SurfaceAssistant<T>.Explode

ExplodeRecursive

public virtual object[] ExplodeRecursive(T instance)
inherited fromSurfaceAssistant<T>
Parameters:
instance (T)

FindClosestParameter

#
public override SurfaceLocus FindClosestParameter(SubD instance, Point3d point)
Parameters:
instance (SubD)
point (Point3d)
Overrides: SurfaceAssistant<T>.FindClosestParameter

FlipDirection

#
public override object FlipDirection(SubD instance)
Parameters:
instance (SubD)
Overrides: SurfaceAssistant<T>.FlipDirection

IsClosed

#
public override bool IsClosed(SubD instance)
Parameters:
instance (SubD)
Overrides: SurfaceAssistant<T>.IsClosed

IsPlanar

#
public override bool IsPlanar(SubD instance, double tolerance)
Parameters:
instance (SubD)
tolerance (double)
Overrides: SurfaceAssistant<T>.IsPlanar

IsPlanar

#
public override void IsPlanar(SubD instance, out Plane plane, out double deviation)
Parameters:
instance (SubD)
plane (out Plane)
deviation (out double)
Overrides: SurfaceAssistant<T>.IsPlanar

RiskyButCachedBrepConversion

#
public static Brep RiskyButCachedBrepConversion(SubD subd)
Convert a subd to a brep and cache the result. This makes repeated conversions significantly more efficient, but due to the shared nature of the cache the returned breps MAY NEVER BE MODIFIED. ONLY USE THIS FUNCTION IF YOU ARE 100% SURE YOU WILL NOT MODIFY THE BREP IN ANY WAY, SHAPE, OR FORM. There is also no point in calling this method if you're reasonably sure the given subd will only need to be converted once. This method is all about speeding up repeated conversions.
Parameters:
subd (SubD)SubD to convert.

Slice

#
public override object[] Slice(SubD instance, Plane plane, double tolerance)
Parameters:
instance (SubD)
plane (Plane)
tolerance (double)
Overrides: SurfaceAssistant<T>.Slice