curveIntersect

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This dependency node finds the intersections between two curves. If the "useDirection" attribute is on, then the two input curves are projected in the specified direction before being intersected. For example, if two curves "appear" to intersect in an orthographic view, this dependency node can be used to find those intersections.
This node outputs the parameter values on each curve where it is intersected. When the number of intersections increases, the number of output parameters (attributes "parameter1" and "parameter2") increases. When the number of intersections decreases, the number of output parameters REMAINS THE SAME. For example, if a pair of curves intersect twice, the output attribute "parameter1" will have two values. If one of the curves is moved such that there is now only one intersection, the output attribute will still have two values. The second value will have the default parameter value, 123456.0. Thus, if these parameter values were connected to other objects, the connections will remain intact.

fitBspline

direction, directionX, directionY, directionZ, inputCurve1, inputCurve2, parameter1, parameter2, tolerance, useDirection

Long name (short name)	Type	Default	Flags
inputCurve1 (ic1)	nurbsCurve	NULL
The first input curve.
inputCurve2 (ic2)	nurbsCurve	NULL
The second input curve.
tolerance (tol)	distance (double)	0.001cm
Tolerance within which the curves must be to intersect.
useDirection (ud)	bool	false
If true, use direction attribute. Curves are first projected in a specified direction, and then intersected. If false, only find true 3D intersections.
direction (d)	double3
Direction in which to project and find intersection. This is only used when the useDirection attribute is true. This direction vector must be of non-zero length.
directionX (dx) distance (double) 0.0cm X direction of projection.
directionY (dy) distance (double) 1.0cm Y direction of projection.
directionZ (dz) distance (double) 0.0cm Z direction of projection.
parameter1 (p1)	double	123456.0
Parameters on 1st curve where 1st curve is intersected by the 2nd curve
parameter2 (p2)	double	123456.0
Parameters on 2nd curve where 2nd curve is intersected by the 1st curve