algorithmic modeling for Rhino
Thanks in advance!
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Hi Steve,
the [Populate Geometry] component puts points on a wide variety of geometric types. If you want to put copies of some other geometry you already have defined, you'll have to add additional components. Basically, you can use the points created by [PopGeo] as the end-points of translation vectors.
Thank you so much for the help David. If I wanted the geometry to flow along the line and be oriented to the direction the line is projecting, how would I modify the rotate component?
Thanks again.
Thank you AB and David.
I was able to get the grasshopper file to work with my tween but after creating a range for the tween, I'm getting some abnormal rotations of the component at varying moments with the tween. I took snap shots before and after the range creation and attached the gh file also.
Thanks so much for the help.
Thank you AB and David.
I was able to get the grasshopper file to work with my tween but after creating a range for the tween, I'm getting some abnormal rotations of the component at varying moments with the tween. I took snap shots before and after the range creation and attached the gh file also.
Thanks so much for the help.
Hi Steve,
since you provided 4 numbers in the tween curve component, you now work with 4 curves instead of one so you need to work with trees from there on.
If you graft the curve inputs in [CrvCp] and [eval] components you should be ok.
you just need to always keep an eye on the data structure in the inputs of any component.
Nikos! Thanks a lot. Ironically, I was reading up on grafting and flattening as you replied.
Thanks! I think this does it for me. I will have to help a few others out to pay forward the help that every one gave.
Will post the final result later.
Thanks
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