Geometry Creation Utilities Create Swept Geometry(Curve Loop, Int 32, Double, IList Curve Loop , Solid Options) Method

public static Solid CreateSweptGeometry(
	CurveLoop sweepPath,
	int pathAttachmentCrvIdx,
	double pathAttachmentParam,
	IList<CurveLoop> profileLoops,
	SolidOptions solidOptions
)

Public Shared Function CreateSweptGeometry ( 
	sweepPath As CurveLoop,
	pathAttachmentCrvIdx As Integer,
	pathAttachmentParam As Double,
	profileLoops As IList(Of CurveLoop),
	solidOptions As SolidOptions
) As Solid

public:
static Solid^ CreateSweptGeometry(
	CurveLoop^ sweepPath, 
	int pathAttachmentCrvIdx, 
	double pathAttachmentParam, 
	IList<CurveLoop^>^ profileLoops, 
	SolidOptions^ solidOptions
)

static member CreateSweptGeometry : 
        sweepPath : CurveLoop * 
        pathAttachmentCrvIdx : int * 
        pathAttachmentParam : float * 
        profileLoops : IList<CurveLoop> * 
        solidOptions : SolidOptions -> Solid 

Parameters

sweepPath CurveLoop

The sweep path, consisting of a set of contiguous curves. The path may be open or closed, but should not otherwise have any self-intersections. The path may be planar or non-planar.

pathAttachmentCrvIdx Int32

The index of the curve in the sweep path where the profile loops are situated. Indexing starts at 0. Together with pathAttachmentParam, this specifies the profile's attachment point.

pathAttachmentParam Double

Parameter of the path curve specified by pathAttachmentCrvIdx. The profile curves must lie in the plane orthogonal to the path at this attachment point.

profileLoops IList CurveLoop

The curve loops defining the planar domain to be swept along the path. No conditions are imposed on the orientations of the loops: this function will use copies of the input loops that have been oriented as necessary to conform to Revit's orientation conventions. Restrictions:

• The loops must lie in the plane orthogonal to the path at the attachment point as defined above.
• The curve loop(s) must be closed and should define a single planar domain (one outer loop and, optionally, one or more inner loops)
• The curve loops must be without intersections, self-intersections, or degeneracies.
• No loop may contain just one closed curve - split such loops into two or more curves beforehand.

solidOptions SolidOptions

The optional information to control the properties of the Solid.

Return Value

Reference