M

FabricationPart.AlignPartByInsertionPointAndCutInToStraight

Description:
Align the part by its insertion point to a point and rotation on a straight. This will automatically size and connect the part being cut into, if possible.

public static bool AlignPartByInsertionPointAndCutInToStraight(
	Document document,
	ElementId straightId,
	ElementId partId,
	XYZ position,
	double rotation,
	double slope,
	bool flip
)

Public Shared Function AlignPartByInsertionPointAndCutInToStraight ( _
	document As Document, _
	straightId As ElementId, _
	partId As ElementId, _
	position As XYZ, _
	rotation As Double, _
	slope As Double, _
	flip As Boolean _
) As Boolean

public:
static bool AlignPartByInsertionPointAndCutInToStraight(
	Document^ document, 
	ElementId^ straightId, 
	ElementId^ partId, 
	XYZ^ position, 
	double rotation, 
	double slope, 
	bool flip
)

Autodesk.Revit.DB.Document

document

The document.
Autodesk.Revit.DB.ElementId

straightId

The element identifier of the straight to be cut in to.
Autodesk.Revit.DB.ElementId

partId

The element identifier of the part to align and cut in with.
Autodesk.Revit.DB.XYZ

position

The position to move the parts insertion point to.
System.Double

rotation

The rotation in radians.
System.Double

slope

The slope value to flex to match if possible in fractional units (eg.1/50). Positive values are up, negative are down. Slopes can only be applied to fittings, whilst straights will inherit the slope from the piece it is connecting to.
System.Boolean

flip

Flip the part to allow for flow direction.

Return Value bool True if the alignment succeeds, false otherwise.

Autodesk.Revit.Exceptions.ArgumentException

The element is not a fabrication part. -or- Not all of the fabrication part's connectors are open. -or- The part is not a straight. -or- The fabrication parts do not have matching domain types. -or- The position is not on the straight.
Autodesk.Revit.Exceptions.ArgumentNullException

A non-optional argument was NULL
Autodesk.Revit.Exceptions.InvalidOperationException

Failed to align the part to the straight to cut in to.