Hi bleounis, unless you can come up with an analytic formula that describes this folding behaviour, you'r going to have to use an inverse kinematics algorithm combined with a (nonlinear?) constraint solver. Good luck trying to implement that in any programming language...
-- David Rutten [email protected] Robert McNeel & Associates On Apr 10, 7:24 am, bleounis <[email protected]> wrote: > I'm working on trying simulate the movements in this origami > modelhttp://digigami.wordpress.com/2009/04/10/tesselated-origami/ > while modeling individual "cells"(= square panel) of this model is > easy figuring out the way parts of the folding affect the rest of the > model is quite difficult. Each cell's movements affect all the cells > around it. So at any time a cell is affecting and being affected by > the movements of 8 other cells.
