Intersect

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Per-version detail

Click a version below to see what changed in that release vs your current frame (2026).

Not present in: 2027

2026 current

Curve.Intersect(Curve)

Became obsolete in 2026: 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.Simple. Note also that the updated method has improved handling of certain edge cases.

curve	Curve	The specified curve to intersect with this curve.
→ returns	SetComparisonResult	SetComparisonResult.Overlap - One or more intersections were encountered. 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. 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.

Curve.Intersect(Curve)

curve	Curve	The specified curve to intersect with this curve.
→ returns	SetComparisonResult	SetComparisonResult.Overlap - One or more intersections were encountered. 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. 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.

Curve.Intersect(Curve)

curve	Curve	The specified curve to intersect with this curve.
→ returns	SetComparisonResult	SetComparisonResult.Overlap - One or more intersections were encountered. 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. 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.

Curve.Intersect(Curve)

curve	Curve	The specified curve to intersect with this curve.
→ returns	SetComparisonResult	SetComparisonResult.Overlap - One or more intersections were encountered. 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. 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.

Curve.Intersect(Curve)

curve	Curve	The specified curve to intersect with this curve.
→ returns	SetComparisonResult	SetComparisonResult.Overlap - One or more intersections were encountered. 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. 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.

Curve.Intersect(Curve)

curve	Curve	The specified curve to intersect with this curve.
→ returns	SetComparisonResult	SetComparisonResult.Overlap - One or more intersections were encountered. 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. 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.

Curve.Intersect(Curve)

curve	Curve	The specified curve to intersect with this curve.
→ returns	SetComparisonResult	SetComparisonResult.Overlap - One or more intersections were encountered. 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. 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.