Create a vb.net component, add an extra output 'B'. Connect one curve
to the X and another to the Y input. This script will output the X
curve's intersections to the A output and the Y curve's intersections
to the B output. You'll have to add some looping for many curves, but
i understand you already have that figured out.
Dim crvA As OnCurve = x
Dim crvB As OnCurve = y
Dim ptAlist As New List(Of On3dPoint)
Dim ptBlist As New List(Of On3dPoint)
Dim xEvents As New ArrayOnX_EVENT()
Dim count As Integer = crvA.IntersectCurve(crvB, xEvents)
For i As Integer = 0 To xEvents.Count() - 1
Dim e As IOnX_EVENT = xEvents(i)
Dim ptA As New On3dPoint(e.m_pointA(0))
Dim ptB As New On3dPoint(e.m_pointB(0))
ptAlist.Add(ptA)
ptBlist.Add(ptB)
Next
a = ptAlist
b = ptBlist
On May 12, 9:28 pm, oompa_l <gbrl.fr...@gmail.com> wrote:
> that's what I figured. since we're on the subject, do you know of the
> method for curve curve intersections? I have the basic nested for loop
> in place I just don't know the right command for the intersection
> itself...the vb.net documentation is kind of intimidating...
