i mean, i want a slider that can do 3 sides, 4 sides, 5, 6, 7, 8, 9 and 10. for the grids because I dont want to use a fixed grid shape such as square grid (4 sides only).
{8} become {1) etc
(see image attached)
I've played around with series components and feeding the data into a tree branch in stages (0-4 5-9 etc), however the amount of branches i need to merge (5 in this case) is a variable that plan on changing in the future so I want a more sophisticated solution than manually copying groups of series components and feeding them into separate tree branches.Thanks in advance for any help…
cenPt As New On3dPoint(0, 0, 0)
Dim tSphere As New OnSphere
Dim rad As Double = 5.0
tSphere.Create(cenPt, rad)
Dim nSphere As New OnNurbsSurface
tSphere.GetNurbForm(nSphere)
Dim tSrf As New OnNurbsSurface
Dim ptList As New List (Of On3dPoint)
ptList.Add(New On3dPoint(-5, -5, 0))
ptList.Add(New On3dPoint(-5, 5, 0))
ptList.Add(New On3dPoint(5, 5, 0))
ptList.Add(New On3dPoint(5, -5, 0))
tSrf = RhUtil.RhinoCreateSurfaceFromCorners(ptList(0), ptList(1), ptList(2), ptList(3))
Dim arrCrv(0) As OnCurve
RHUtil.RhinoIntersectSurfaces(nSphere, tSrf, tol, arrCrv, Nothing)
A = arrCrv…
en 3 of them, and one poolyline between two of them.
It would also be very nice if i could control it so that only the successive ones can be connected
so if {0:0:0} has 8 points and {0:0:1} has 8, as do {0:0:5} and {0:0:6} i would like to have this as two polylines, not one continoous that would in this case jump three branches (or curves that are shorter).
Does this make any sense?…
Added by Dusan Bosnjak at 2:08pm on September 28, 2009
} (N=11) {0;1} (N=11) {0;2}(N = 11) {0;3}(N = 11) {0;4}(N = 11)
2. I run the Points that are coming out from the Divide Curve Components through the Path Mapper components with this definition:
{A;B} (i) > {A} (i)
3. I run data coming out from Path Mapper component through:
a) Parameter Viewer component and the result is:
{0} N=11 (data with 1 branches)
b) Point > Panel and the result is:
collection of 11 point (N=11) which is the exactly the same as the collection of point belonging to {0;4} (N = 11).
So, here is the question:
why the collection of points coming out from the Path Mapper {A;B} (i) > {A} (i) component is the same as the collection of points belonging to the curve {0;4}(N = 11) ?
Anyway ... It 's the first time I ask a question here... so I would like to thank you for what you do with your work! Thank you! You are really great!…