algorithmic modeling for Rhino
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Hi isak,
It's a very good question about the unroll surface definition (I was afraid someone gonna ask that;)),
When I and my partner developed this project, we didn't focus in designing a big system manually and try to unroll later. The idea is to develop "several different type of components" (I've uploaded the pics with filename:11) and connect them together to create bigger system. Other focus is also to observe the behavior of the component as single entity and also observe the behavior of the system when it's connected together. So starting with one seed component, the system can "grow" from the center, using algorithm which is similar to Diffusion Limited Aggregation and establish a whole system which have new and more complex behavior. So basically the idea is, if we know how to make a perfect component, we wont have to worry about unrolling it later, because we can just connect them together.
Hi Cemal, I also uploaded part of the explanation in my blog: subsetsystem.blogspot.com, I haven't finished writing about it completely, but I surely am going to finish it later.
Hi Matthew,
We didn't use only grasshopper and kangaroo, instead there are alot of other software involved, like processing and rhino membrane, but if you'd like I'll upload the definition and the processing sketch in my blog later.
These are really incredible
Nice!
Have you developed some kind of unrollsurface definition to get the parts and folding patterns?
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