algorithmic modeling for Rhino
Form finding modelling for a bending active (glass fibre rods) tensile membrane (bespoke knit) tower structure. Developed by Anders Holden Deleuran (CITA) in Rhino/Grasshopper (McNeel/David Rutten) using an early build of Joey/Kangaroo2 (the awesome Daniel Piker) implemented in GHPython (Giulio Piacentino/Steve Baer). 2 X real time playback speed.
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reprojection error (scanners fault) :-)
I'll even bet those slight deviations on the scan are zip-tie placement.
Awesome! Thanks for sharing. Great to see the tool being used. Just a shame you're not there to see it :( Hope all's well in Lausanne!
Cheers Will. It was actually Henrik and Martin that did the scan, I just compared the two :) The elastica behaviour seems to be spot on and it is super useful to be able to use bending member segments with odd lengths. They're currently running at workshop up at CITA with the UDK students implementing this definition. here's a peak:
nice one!
Great work. Thanks for the detailed reply.
This is wonderful Anders !!
The red, orange perpendicular lines represent rod's momentum diagrams?
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