CurveIntersect(Curve, IntersectionResultArray) Method

[ObsoleteAttribute("This method is deprecated in Revit 2026 and may be removed in a later version of Revit. Use the new Curve.Intersect method with CurveIntersectResultOption.Detailed. Note also that the updated method has improved handling of certain edge cases.")]
public SetComparisonResult Intersect(
	Curve curve,
	out IntersectionResultArray resultArray
)

<ObsoleteAttribute("This method is deprecated in Revit 2026 and may be removed in a later version of Revit. Use the new Curve.Intersect method with CurveIntersectResultOption.Detailed. Note also that the updated method has improved handling of certain edge cases.")>
Public Function Intersect ( 
	curve As Curve,
	<OutAttribute> ByRef resultArray As IntersectionResultArray
) As SetComparisonResult

public:
[ObsoleteAttribute(L"This method is deprecated in Revit 2026 and may be removed in a later version of Revit. Use the new Curve.Intersect method with CurveIntersectResultOption.Detailed. Note also that the updated method has improved handling of certain edge cases.")]
SetComparisonResult Intersect(
	Curve^ curve, 
	[OutAttribute] IntersectionResultArray^% resultArray
)

[<ObsoleteAttribute("This method is deprecated in Revit 2026 and may be removed in a later version of Revit. Use the new Curve.Intersect method with CurveIntersectResultOption.Detailed. Note also that the updated method has improved handling of certain edge cases.")>]
member Intersect : 
        curve : Curve * 
        resultArray : IntersectionResultArray byref -> SetComparisonResult 

Parameters

curve  Curve

The specified curve to intersect with this curve.

resultArray  IntersectionResultArray

Provides more information about the intersection.

Return Value

• SetComparisonResult.Overlap - One or more intersections were encountered. The output argument has the details.
• SetComparisonResult.Subset - The inputs are parallel lines with only one common intersection point, or the curve used to invoke the intersection check is a line entirely within the unbound line passed as argument curve. If the former, the output argument has the details of the intersection point.
• SetComparisonResult.Superset - The input curve is entirely within the unbound line used to invoke the intersection check.
• SetComparisonResult.Disjoint - There is no intersection found between the two curves.
• SetComparisonResult.Equal - The two curves are identical.

• XYZPoint is the evaluated intersection point
• UVPoint.U is the unnormalized parameter on this curve (use ComputeNormalizedParameter to compute the normalized value).
• UVPoint.V is the unnormalized parameter on the specified curve (use ComputeNormalizedParameter to compute the normalized value).

Reference