SurfaceFilletBaseCreateNonRationalQuarticArcsFilletSrf Method

public static bool CreateNonRationalQuarticArcsFilletSrf(
	BrepFace faceA,
	Point2d uvA,
	BrepFace faceB,
	Point2d uvB,
	double radius,
	double tolerance,
	List<Brep> trimmedBrepsA,
	List<Brep> trimmedBrepsB,
	int rail_degree,
	bool bTrim,
	bool bExtend,
	List<Brep> Fillets
)

Public Shared Function CreateNonRationalQuarticArcsFilletSrf ( 
	faceA As BrepFace,
	uvA As Point2d,
	faceB As BrepFace,
	uvB As Point2d,
	radius As Double,
	tolerance As Double,
	trimmedBrepsA As List(Of Brep),
	trimmedBrepsB As List(Of Brep),
	rail_degree As Integer,
	bTrim As Boolean,
	bExtend As Boolean,
	Fillets As List(Of Brep)
) As Boolean

Parameters

faceA

Type: Rhino.GeometryBrepFace
the first face to use constructing the fillet

uvA

Type: Rhino.GeometryPoint2d
The parametric u,v selection point on FaceA close to the edge to fillet

faceB

Type: Rhino.GeometryBrepFace
the second face to use constructing the fillet

uvB

Type: Rhino.GeometryPoint2d
The parametric u,v selection point on FaceB close to the edge to fillet

radius

Type: SystemDouble
The radius of the fillet

tolerance

Type: SystemDouble
Tolerance to use in fitting a solution

trimmedBrepsA

Type: System.Collections.GenericListBrep
if bTrim = true, returns the remains of FaceA trimmed to the fillet

trimmedBrepsB

Type: System.Collections.GenericListBrep
if bTrim = true, the remains of FaceB trimmed to the fillet

rail_degree

Type: SystemInt32
the degree of the rail curve

bTrim

Type: SystemBoolean
if True, trim the faces and retuen those results in resultsA and resultsB

bExtend

Type: SystemBoolean
if True and if one input surface is longer than the other, the fillet surface is extended to the input surface edges

Fillets

Type: System.Collections.GenericListBrep
the resulting fillet surfaces

Return Value

Reference