algorithmic modeling for Rhino
hi,
i have a question to the definition made by michael,
which can be created rotated ribbons in the areas,
where they come with the respective attractors in connection.
http://formularch.blogspot.de/2012/11/gh-surface-ribbons.html
my question to you would be:
what should i do with this definition,
so that the ribbons contract in the respective areas?
they should become narrow and should not be spinning.
thanks
Tags:
he djordie,
thanks for this tool.
this is interesting, but not realy what i wanted to know.
intersting is the thought:
how to convert michael def., turn it from rotating to scaling.
thanks
what will you explain more?
ahh maybe something else! :)
how can i reverse the influence of attractors?
So where the attractors have influence,
the stripes should pull together.
http://www.youtube.com/watch?v=yj5_pSwJ0Ao
hehehehehe
cool.
maybe you can answer another question?
ist it possible, that the strip not be above the uv space of the original surface?
thanks in advance.
- divide Crvs before loft
- find ClosestPoint on Surface
- use uvP for CurveOnSurface component
- loft
cool, thanks you very much.
no more ask for today. (:
I am sure you can´t abide asking again :-) (komische leo Übersetzung)
hi dedackel,
you know what I need to do with your definition,
if i want, that the edges of the strips lie against one another exactly?
or is there a way to separate the influenz area from the MayOffset/MinOffset.
this make it very difficult, that the edges of the strips are exactly to each other.
thanks
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