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Name
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Description
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AdjustTrimLoopsGenericAndRevolved(GSurface, GSurface)
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Transforms the trimLoops when converting a gSurface from Nurbs to angular parametrization and back.
(inherited from GSurface).
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Bernstain(int, int, double)
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Computes the value of Berstain polynomial.
(inherited from GNurbsBase).
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BernstainDer(int, int, double)
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Computes the value of the first derivative of a Berstain polynomial.
(inherited from GNurbsBase).
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BezierToPowerMatrix(int)
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Computes Mp efficiently.
(inherited from GNurbsBase).
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Blend(GSurface, GSurface, int, int, double, bool, bool)
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Creates a blend gSurface between two gSurfaces.
(inherited from GSurface).
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Chamfer(GSurface, GSurface, double, double, bool, bool, bool, bool, bool, bool, out GSurface[])
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Constant chamfer between two gSurfaces.
(inherited from GSurface).
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Chamfer(IList<GSurface>, IList<GSurface>, double, double, bool, bool, bool, bool, bool, bool, out GSurface[])
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Constant chamfer between two groups of gSurfaces.
(inherited from GSurface).
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Chamfer(IList<GSurface>, IList<GSurface>, double, double, bool, bool, bool, bool, bool, bool, out GSurface[], out GSurface[], out GSurface[])
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Constant chamfer between two groups of gSurfaces, with gSurfaces leftover by the trim operation.
(inherited from GSurface).
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CheckWeight9()
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Check if the weight of odd control points is Sqrt(2)/2.
(inherited from GSurface).
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Cholesky(double[,], int, out double[,])
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(inherited from GNurbsBase).
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Cholesky(double[,], int, out double[,], out double[])
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(inherited from GNurbsBase).
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ChordLengthParametrization<T>(IList<T>, out double[])
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Computes chord length parameterization from a vector of points.
(inherited from GNurbsBase).
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ChordLengthParametrization<T>(int, int, IList<T>, out double[], out double[])
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Computes chord length parameterization from a vector of points.
(inherited from GNurbsBase).
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Clone()
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Creates a deep copy of this spherical gSurface.
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ClosestPointTo(Point3D, out Point3D)
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Computes the signed distance between a 3D point and this gSurface object.
(inherited from GSurface).
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ClosestPointTo(Point3D, out double, out double)
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Finds the closest point on the gSurface.
(inherited from GSurface).
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CollinearNormal(GSurface, GSurface, double, ref double, ref double, ref double, ref double)
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Computes the collinear normal between two gSurfaces.
(inherited from GSurface).
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ComputeApproximatedBoundingBox(out Point3D, out Point3D)
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Computes the primitive's approximated bounding box.
(inherited from GSurface).
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ComputeTessellation(IRegenParams, out TessellationData)
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(inherited from GSurface).
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ComputeTessellation(double, out TessellationData)
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(inherited from GSurface).
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ControlBoundingBox()
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Returns the 3D size of the gSurface control point net axis aligned bounding box.
(inherited from GSurface).
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ControlBoundingBox(out Point3D, out Point3D)
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Computes the minimum and maximum 3D points of the gSurface control point net axis aligned bounding box.
(inherited from GSurface).
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ConvertToBrep(double)
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Converts this GSurface to a GBrep object.
(inherited from GSurface).
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ConvertToMesh(double, double, natureType, bool, bool)
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Converts this Surface to a GMesh object.
(inherited from GSurface).
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ConvertToMesh(double, double, natureType, bool)
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(inherited from GSurface).
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ConvertToSolid(double, double)
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Converts this Surface to a GMesh object.
(inherited from GSurface).
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ConvertToSurrogate()
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Converts the GEntity to its surrogate, for serialization purpose.
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CreateBoxConvexHullTriangles()
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(inherited from GRevolvedSurface).
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CreateEllipsoid(double, double, double)
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Creates a NURBS ellipsoid centered in the origin.
(inherited from GSurface).
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CreatePlanar(Plane, Point3D, Point3D)
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Creates a planar rectangular gSurface parallel to the specified plane.
(inherited from GSurface).
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Curvature(Point2D, out double, out double)
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Evaluates the gSurface Gaussian and Mean curvatures at the specified 2D point.
(inherited from GSurface).
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Curvature(double, double, out double, out double)
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Evaluates the gSurface Gaussian and Mean curvatures at the specified parametric point.
(inherited from GSurface).
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Curvature(double, double, out double, out double, out double, out double)
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Evaluates the gSurface curvatures at the specified parametric point.
(inherited from GSurface).
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Curvature(double, double, out double, out double, out double, out double, out Vector3D, out Vector3D)
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Evaluates the gSurface curvatures at the specified parametric point.
(inherited from GSurface).
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Decompose()
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Decomposes the gSurface into Bézier patches.
(inherited from GSurface).
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DecomposeU()
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Decomposes the gSurface into Bézier patches in the U parametric direction.
(inherited from GSurface).
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DecomposeV()
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Decomposes the gSurface into Bézier patches in the U parametric direction.
(inherited from GSurface).
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DegreeElevateU(int)
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Degree elevates the gSurface in the U parametric direction.
(inherited from GSurface).
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DegreeElevateV(int)
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Degree elevates the gSurface in the V parametric direction.
(inherited from GSurface).
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DropCurve(IGCurve, out GCurve)
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Creates the 2D parametric curve corresponding to a 3D geometric curve which lies on or near a gSurface.
(inherited from GSurface).
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DropLoops(GSurface, IList<IGCurve>)
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Creates the 2D parametric trim loops corresponding to a 3D geometric - closed - contours list which lie on a gSurface.
(inherited from GSurface).
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Dump()
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Returns a description of this entity.
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Equals(Object)
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(inherited from Object).
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Evaluate(double, double)
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Computes the gSurface point at parametric values [u, v].
(inherited from GRevolvedSurface).
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Evaluate(double, double, int)
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Computes the gSurface derivatives at parametric values [u,v].
(inherited from GRevolvedSurface).
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ExtractEdge(int, int)
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Returns the specified 3D edge igCurve.
(inherited from GSurface).
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ExtractEdges()
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Returns all the gSurface 3D edge igCurves.
(inherited from GSurface).
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ExtractLoops3D()
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Returns all the gSurface 3D edge igCurves.
(inherited from GSurface).
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ExtrudeWithTwist(IGCurve, Vector3D, Point3D, double, double)
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Extrudes and twists a planar curve.
(inherited from GSurface).
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ExtrudeWithTwist(IGCurve, Vector3D, Point3D, double, int)
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Extrudes and twists a planar curve.
(inherited from GSurface).
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Fillet(GSurface, GSurface, double, double, bool, bool, bool, bool, bool, bool, out GSurface[])
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Constant fillet between two gSurfaces.
(inherited from GSurface).
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Fillet(IList<GSurface>, IList<GSurface>, double, double, bool, bool, bool, bool, bool, bool, out GSurface[])
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Constant fillet between two groups of gSurfaces.
(inherited from GSurface).
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Fillet(IList<GSurface>, IList<GSurface>, double, double, bool, bool, bool, bool, bool, bool, out GSurface[], out GSurface[], out GSurface[])
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Constant fillet between two groups of gSurfaces, with gSurfaces leftover by the trim operation.
(inherited from GSurface).
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Finalize
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(inherited from Object).
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FlipNormal()
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(inherited from GSurface).
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GetAnalytic()
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GetClosestMainAxis(Vector3D)
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(inherited from GEntity).
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GetCoarseSampling()
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Returns a small set of points that gives a coarse idea of the 3D extent of the primitive.
(inherited from GSurface).
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GetControlNetPoints2D(Plane, out Point2D, out Point2D, out Point2D)
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(inherited from GSurface).
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GetGeneric()
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Returns the generic representation of this gSurface, it can be useful in data translation.
(inherited from GSurface).
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GetHashCode
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(inherited from Object).
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GetIndividualSurfaces(GSurface)
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Subdivides a gSurface at knots of multiplicity equal to the order.
Tabulated Surfaces are divided only along the U direction, Revolved Surfaces only in the V direction.
(inherited from GSurface).
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GetObjectData(SerializationInfo, StreamingContext)
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Populates a SerializationInfo instance with the data needed to serialize the target object.
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GetOffsetDistance(Vector3D, Vector3D, double)
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(inherited from GEntity).
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GetPerimeter()
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Computes the sum of the lengths of all the gSurface's edges.
(inherited from GSurface).
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GetPlanarFromPlanarCone(out GPlanarSurface)
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(inherited from GRevolvedSurface).
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GetTrimLoopsXElement()
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(inherited from GSurface).
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GetType
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(inherited from Object).
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GetUAndRotation(Point3D, double, bool, out double)
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(inherited from GRevolvedSurface).
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GetUAndRotation(Point3D, out double)
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(inherited from GRevolvedSurface).
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GetXElement()
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GlobalInterpolation(Point3D[,], int, int)
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Global gSurface interpolation.
(inherited from GSurface).
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Gordon(IList<IGCurve>, IList<IGCurve>)
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Creates a Gordon gSurface.
(inherited from GSurface).
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Gordon(IList<IGCurve>, IList<IGCurve>, Point3D[,])
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Creates a Gordon gSurface.
(inherited from GSurface).
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InsertKnotU(Point3D, int)
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Inserts a knot a number of times in the U parametric direction. It is added at the U parameter corresponding to the projection of the given point on the gSurface.
The operation does not affect the shape of the gSurface.
(inherited from GSurface).
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InsertKnotU(double, int)
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Inserts a knot a number of times in the U parametric direction.
(inherited from GSurface).
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InsertKnotV(Point3D, int)
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Inserts a knot a number of times in the V parametric direction. It is added at the V parameter corresponding to the projection of the given point on the gSurface.
The operation does not affect the shape of the gSurface.
(inherited from GSurface).
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InsertKnotV(double, int)
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Inserts a knot a number of times in the V parametric direction.
(inherited from GSurface).
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Intersect(IList<GSurface>, IList<GSurface>, double)
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Determines if two groups of surfaces intersect.
(inherited from GSurface).
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IntersectWith(Plane, double)
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Computes the intersection of a gSurface and a plane as a collection of curves.
(inherited from GSurface).
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IntersectWith(IGCurve, double)
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Finds all the 3D points where a igCurve and a gSurface intersect.
(inherited from GSurface).
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IntersectWith(GSurface, double, out IGCurve[])
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Computes the intersection with the specified gSurface as a collection of curves.
(inherited from GSurface).
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Intersection(IList<GSurface>, IList<GSurface>, double, out IGCurve[])
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Computes the intersection of two groups of gSurfaces as a collection of curves.
(inherited from GSurface).
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Intersects(GSurface, double)
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Determines if the surface intersects with another surface.
(inherited from GSurface).
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IsOnSeamU(IGCurve, double)
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Checks if a curve is on the seam of a surface.
(inherited from GRevolvedSurface).
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IsOnSeamV(IGCurve, double)
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Checks if a curve is on the seam of a gSurface.
(inherited from GRevolvedSurface).
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IsPlanar(double, out Plane)
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Checks if the gSurface is planar.
(inherited from GRevolvedSurface).
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IsValid()
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Returns true if all the entity fields contain reasonable information.
(inherited from GSurface).
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IsocurveU(double)
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Generates an iso curve in the U parametric direction.
(inherited from GRevolvedSurface).
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IsocurveV(double)
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Generates an iso curve in the V parametric direction.
(inherited from GRevolvedSurface).
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LiftCurve(GCurve, double)
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Creates the 3D igCurve corresponding to a 2D igCurve in the parametric space of the gSurface.
(inherited from GSurface).
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LocalInterpolation(Point3D[,])
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Local bicubic gSurface interpolation.
(inherited from GSurface).
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Loft(IList<IGCurve>)
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Creates a gSurface from skinning.
(inherited from GSurface).
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Loft(IList<IGCurve>, int)
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Creates a gSurface from skinning.
(inherited from GSurface).
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Loft(IList<IGCurve>, int, bool, bool)
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Creates a gSurface from skinning.
(inherited from GSurface).
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MemberwiseClone
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(inherited from Object).
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MinimumDistance(GCurve, GSurface, double, bool, ref double, ref double, ref double, out double)
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Computes the minimum distance between a curve and a surface
(inherited from GSurface).
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MinimumDistance(GCurve, GSurface, double, ref double, ref double, ref double, out double)
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Computes the minimum distance between a curve and a surface
(inherited from GSurface).
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MinimumDistance(GSurface, GSurface, double, bool, ref double, ref double, ref double, ref double, out double)
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Computes the minimum distance between two surfaces.
(inherited from GSurface).
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MinimumDistance(GSurface, GSurface, double, ref double, ref double, ref double, ref double, out double)
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Computes the minimum distance between two gSurfaces.
(inherited from GSurface).
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Normal(double, double)
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Evaluates the gSurface normal at the specified parametric point.
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Offset(double, double, out GSurface)
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Computes the offset gSurface.
(inherited from GRevolvedSurface).
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PointAt(Point2D)
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Computes the gSurface point.
(inherited from GSurface).
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PointAt(double, double)
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Computes the gSurface point at parametric values [u, v].
(inherited from GSurface).
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PointInversion(Point3D, double, out double, out double)
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Projects a point on the gSurface. The point must already lay on the gSurface.
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PointInversion(Point3D, double, out double, out double, out Vector2D)
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Projects a point on the gSurface. The point must already lay on the gSurface.
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PowerToBezierMatrix(int, double[,])
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Computes the inverse of Mp.
(inherited from GNurbsBase).
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Project(Point3D, double, bool, out double, out double)
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Projects a point on the gSurface.
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Promote()
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Converts this generic gSurface to GPlanarSurface, GTabulatedSurface or GRevolvedSurface (when possible).
(inherited from GSurface).
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RebuildEdge(int, int, double)
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Rebuild the 3D edge igCurve corresponding to a 2D trim igCurve in the parameter space of the gSurface.
(inherited from GSurface).
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RebuildEdges(double)
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Rebuild all the gSurface 3D edges.
(inherited from GSurface).
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RefineKnotVectorU(double[])
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Refines the gSurface knot vector U.
(inherited from GSurface).
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RefineKnotVectorV(double[])
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Refines the gSurface knot vector V.
(inherited from GSurface).
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RemoveKnotU(int, int, int)
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Removes an internal knot from the gSurface U knot vector.
(inherited from GSurface).
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RemoveKnotV(int, int, int)
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Removes an internal knot from the gSurface V knot vector.
(inherited from GSurface).
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RemoveKnotsU(double)
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Removes as many knots as possible from the U knot vector of a gSurface.
(inherited from GSurface).
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RemoveKnotsV(double)
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Removes as many knots as possible from the V knot vector of a gSurface.
(inherited from GSurface).
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ResetComputedData()
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Resets needed primitive's geometrical attributes to recompute.
(inherited from GNurbsBase).
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Resize(int, int, int, int)
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Resizes a gSurface.
(inherited from GSurface).
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ResizeKeep(int, int, int, int)
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Resizes a gSurface, keeping original values.
(inherited from GSurface).
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RestoreOriginalDomainAndAddTrimLoops(GSurface, double, double, GSurface)
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(inherited from GSurface).
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RestoreOriginalDomainAndAddTrimLoops(GSurface, double, double, double, GSurface, bool, PolyRegion2D, bool)
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(inherited from GSurface).
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ReverseU()
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Reverses the gSurface U direction.
(inherited from GRevolvedSurface).
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ReverseV()
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Reverses the gSurface V direction.
(inherited from GRevolvedSurface).
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Rotate(double, Vector3D, Point3D)
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Rotates the entity around an arbitrary axis by the specified angle.
(inherited from GEntity).
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Rotate(double, Point3D, Point3D)
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Rotates the entity around an arbitray axis by the specified angle.
(inherited from GEntity).
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Rotate(double, Vector3D)
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Rotates the entity around an arbitray axis by the specified angle.
(inherited from GEntity).
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Ruled(IGCurve, IGCurve)
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Creates a gSurface connecting linearly two curves.
(inherited from GSurface).
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Scale(Point3D, double, double, double)
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Scales the entity of the specified scale factor.
(inherited from GEntity).
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Scale(Point3D, double)
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Scales the entity of the specified scale factor.
(inherited from GEntity).
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Scale(Vector3D)
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Scales the entity of the specified scale factor.
(inherited from GEntity).
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Scale(double)
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Scales the entity of the specified scale factor.
(inherited from GEntity).
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Scale(double, double, double)
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Scales the entity of the specified scale factor.
(inherited from GEntity).
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Section(Plane, double)
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(inherited from GSurface).
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Section(IList<GSurface>, Plane, double)
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Computes the section of a group of gSurfaces and a plane as a collection of curves.
(inherited from GSurface).
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Shrink(double)
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Shrinks the underlying untrimmed gSurface in order to make it as small as possible.
(inherited from GSurface).
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SkinU(IList<IGCurve>, int)
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Creates a gSurface from skinning. The skinning is performed in the U direction.
(inherited from GSurface).
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SkinU(IList<IGCurve>, int, bool)
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Creates a gSurface from skinning. The skinning is performed in the U direction.
(inherited from GSurface).
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SkinV(IList<IGCurve>, int)
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Creates a gSurface from skinning. The skinning is performed in the V direction.
(inherited from GSurface).
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SkinV(IList<IGCurve>, int, bool)
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Creates a gSurface from skinning. The skinning is performed in the V direction.
(inherited from GSurface).
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Split(IList<GSurface>, GSurface, double, out GSurface[], out GSurface[])
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Splits a gSurface group by a gSurface.
(inherited from GSurface).
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Split(IList<GSurface>, Plane, double, out GSurface[], out GSurface[])
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Splits a gSurface group by a plane.
(inherited from GSurface).
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SplitAtU(double, out GSurface, out GSurface)
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Splits the gSurface along U.
(inherited from GSurface).
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SplitAtV(double, out GSurface, out GSurface)
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Splits the gSurface along V.
(inherited from GSurface).
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SplitBy(IGCurve, out GSurface, out GSurface)
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Splits the gSurface using an open or closed contour.
(inherited from GSurface).
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SplitBy(GSurface, double, out GSurface[], out GSurface[])
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Splits the gSurface by a gSurface.
(inherited from GSurface).
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SplitBy(Plane, double, out GSurface[], out GSurface[])
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Splits the gSurface by a plane.
(inherited from GSurface).
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SplitByU(Point3D, out GSurface, out GSurface)
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Splits the gSurface along U.
(inherited from GSurface).
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SplitByV(Point3D, out GSurface, out GSurface)
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Splits the gSurface along V.
(inherited from GSurface).
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SwapUV()
|
Swaps the U and V directions of the gSurface.
(inherited from GSurface).
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TangentVectorInversion(PointTangent, Vector3D, Vector3D, ref Vector2D)
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(inherited from GSurface).
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ToString()
|
(inherited from GSurface).
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TransformAllVertices(Point3D[], Transformation, bool, bool)
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(inherited from GEntity).
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TransformBy(Transformation)
|
Transforms all the entity's vertices by the specified transformation.
|
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Translate(double, double, double)
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Translates the entity.
(inherited from GEntity).
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Translate(Vector3D)
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Translates the entity.
(inherited from GEntity).
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Trim(GSurface, IList<IGCurve>)
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(inherited from GSurface).
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Trim(GSurface, GSurface, double, bool, bool)
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Trims a gSurface against the other.
(inherited from GSurface).
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Trim(GSurface, GSurface, double, bool, bool, out GSurface[], out GSurface[])
|
Trims a gSurface against the other.
(inherited from GSurface).
|
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Trim(IList<GSurface>, IList<GSurface>, double, bool, bool)
|
Trims a gSurface group against the other.
(inherited from GSurface).
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Trim(IList<GSurface>, IList<GSurface>, double, bool, bool, out GSurface[], out GSurface[])
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Trims a gSurface group against the other.
(inherited from GSurface).
|
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Trim(IList<GSurface>, Plane, double)
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Trims a gSurface group using the limit plane provided. Always removes the splits on the positive side of the plane.
(inherited from GSurface).
|
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Trim(IList<GSurface>, Plane, double, bool)
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Trims a gSurface group by a plane.
(inherited from GSurface).
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Trim(IList<GSurface>, Plane, double, bool, out GSurface[])
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Trims a gSurface group using the limit plane provided. Always removes the splits on the positive side of the plane.
(inherited from GSurface).
|
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TrimBy(GSurface, double, bool)
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Trim the gSurface using the limit gSurface provided.
(inherited from GSurface).
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TrimBy(GSurface, double, bool, out GSurface[])
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Trim the gSurface using the limit gSurface provided.
(inherited from GSurface).
|
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TrimBy(IGCurve, bool)
|
Trims the gSurface using an open or closed contour.
(inherited from GSurface).
|
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TrimBy(IList<GSurface>, double, bool)
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Trims the gSurface using the limit gSurface group provided.
(inherited from GSurface).
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TrimBy(IList<GSurface>, double, bool, out GSurface[])
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Trims the gSurface using the limit gSurface group provided.
(inherited from GSurface).
|
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TrimBy(Plane, double)
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Trims the gSurface using the limit plane provided. Always removes the gSurface on the positive side of the plane.
(inherited from GSurface).
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TrimBy(Plane, double, bool)
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Trims the gSurface using the limit plane provided.
(inherited from GSurface).
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TrimBy(Plane, double, bool, out GSurface[])
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Trims the gSurface using the limit plane provided.
(inherited from GSurface).
|
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TrimBy(Plane, double, out GSurface[])
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Trims the gSurface using the limit plane provided. Always removes the gSurface on the positive side of the plane.
(inherited from GSurface).
|
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TrimInternal(GSurface, IList<IGCurve>, bool)
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(inherited from GSurface).
|
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TryGetPlanar(out GPlanarSurface)
|
Converts this generic gSurface to GPlanarSurface (when possible).
(inherited from GSurface).
|
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TryGetRevolved(out GRevolvedSurface)
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Converts this generic gSurface to GRevolvedSurface (when possible).
(inherited from GSurface).
|
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TryGetTabulated(out GTabulatedSurface)
|
Converts this generic gSurface to GTabulatedSurface (when possible).
(inherited from GSurface).
|
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UniformKnotVector(int, int)
|
Constructs a uniform clamped knot vector. v[j+1]-v[j] is equal for all inners nodes.
(inherited from GNurbsBase).
|
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Untrim()
|
Clears all trimming loops.
(inherited from GSurface).
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VariableChamfer(GSurface, GSurface, double, double, bool, double, bool, bool, bool, bool, bool, bool, out GSurface[])
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Variable chamfer between two gSurfaces.
(inherited from GSurface).
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VariableChamfer(IList<GSurface>, IList<GSurface>, double, double, bool, double, bool, bool, bool, bool, bool, bool, out GSurface[])
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Variable chamfer between two groups of gSurfaces.
(inherited from GSurface).
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VariableChamfer(IList<GSurface>, IList<GSurface>, double, double, bool, double, bool, bool, bool, bool, bool, bool, out GSurface[], out GSurface[], out GSurface[])
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Variable chamfer between two groups of gSurfaces, with gSurfaces leftover by the trim operation.
(inherited from GSurface).
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VariableFillet(GSurface, GSurface, double, double, bool, double, bool, bool, bool, bool, bool, bool, out GSurface[])
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Variable fillet between two individual gSurfaces.
(inherited from GSurface).
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VariableFillet(IList<GSurface>, IList<GSurface>, double, double, bool, double, bool, bool, bool, bool, bool, bool, out GSurface[])
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Variable fillet between two groups of gSurfaces.
(inherited from GSurface).
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VariableFillet(IList<GSurface>, IList<GSurface>, double, double, bool, double, bool, bool, bool, bool, bool, bool, out GSurface[], out GSurface[], out GSurface[])
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Variable fillet between two groups of gSurfaces, with gSurfaces leftover by the trim operation.
(inherited from GSurface).
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banbks(double[,], int, int, double[,], int[], ref double[,])
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(inherited from GNurbsBase).
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banbks(double[,], int, int, double[,], int[], ref double[])
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(inherited from GNurbsBase).
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bandec(double[,], int, int, double[,], int[], out double)
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(inherited from GNurbsBase).
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lubksb(double[,], int[], ref double[])
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(inherited from GNurbsBase).
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