CurveFilletSurfaceToCurve Method

public bool FilletSurfaceToCurve(
	BrepFace face,
	double t,
	double u,
	double v,
	double radius,
	int alignToCurve,
	int railDegree,
	int arcDegree,
	IEnumerable<double> arcSliders,
	int numBezierSrfs,
	double tolerance,
	List<Brep> out_fillets,
	out double[] fitResults
)

Public Function FilletSurfaceToCurve ( 
	face As BrepFace,
	t As Double,
	u As Double,
	v As Double,
	radius As Double,
	alignToCurve As Integer,
	railDegree As Integer,
	arcDegree As Integer,
	arcSliders As IEnumerable(Of Double),
	numBezierSrfs As Integer,
	tolerance As Double,
	out_fillets As List(Of Brep),
	<OutAttribute> ByRef fitResults As Double()
) As Boolean

Parameters

face

Type: Rhino.GeometryBrepFace
the face being filleted.

t

Type: SystemDouble
A parameter on the curve, indicating region of fillet.

u

Type: SystemDouble
A parameter in the u direction of the face indicating which side of the curve to fillet.

v

Type: SystemDouble
A parameter in the v direction of the face indicating which side of the curve to fillet.

radius

Type: SystemDouble
The radius of the constant-radius fillet desired. NOTE: using arcSliders will change the shape of the arcs themselves

alignToCurve

Type: SystemInt32
Does the user want the fillet to align to the curve? 0 - No, ignore the curve's b-spline structure 1 - Yes, match the curves's degree, spans, CVs as much as possible 2 - Same as 1, but iterate to fit to tolerance Note that a value of 1 or 2 will cause nBezierSrfs to be ignored

railDegree

Type: SystemInt32
Desired fillet degree (3 or 5) in the u-direction, along the curve

arcDegree

Type: SystemInt32
Desired fillet degree (2, 3, 4, or 5) in the v-direction, along the fillet arcs.If 2, then the surface is rational in v

arcSliders

Type: System.Collections.GenericIEnumerableDouble
Array of 2 sliders to shape the fillet in the arc direction, used for arcDegree = 3, 4, or 5; input { 0.0, 0.0 } to ignore [0] (-1 to 1) slides tangent arms from base (-1) to theoretical(1) [1] (-1 to 1) slides inner CV(s) from base (-1) to theoretical(1)

numBezierSrfs

Type: SystemInt32
If >0, this indicates the number of equally-spaced fillet surfaces to be output in the rail direction, each surface Bézier in u.

tolerance

Type: SystemDouble
The tolerance. In in doubt, the the document's absolute tolerance.

out_fillets

Type: System.Collections.GenericListBrep
he results of the fillet calculation.

fitResults

Type: SystemDouble
array of doubles indicating fitting results: [0] max 3d point deviation along curve [1] max 3d point deviation along face [2] max angle deviation along face(in degrees) [3] max angle deviation between Bézier surfaces(in degrees) [4] max curvature difference between Bézier surfaces

Return Value

Reference