Memuat
Memuat
Gridshell form-finding with an inverted load in Kangaroo2
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A rectangular mesh becomes a Kangaroo2 particle net. The four corner points are fixed with Anchor, while an upward load (the inverted hanging chain principle used by Heinz Isler and Frei Otto) lifts the net into a pure compression shell. EdgeLengths keeps member lengths, and ZombieSolver computes equilibrium in a single solution. The resulting mesh edges become timber gridshell members.
The real Grasshopper canvas: 33 components joined by 41 wires.


The real project file is available. It is not just the pictures on this page: you get the working definition with every component and wire in place. It can be downloaded after payment, and we send the download link by WhatsApp or email.
ZIP: .gh + .ghx + baked .3dm + images
Yes. The pictures on this page are only previews. After payment we send the download link of the real project file (a ZIP containing the .gh and .ghx definition, the baked .3dm, images and a BACA-DULU.txt note) by WhatsApp or email.
The file was made in Rhino 8 with Grasshopper (Rhino 8). Plugins needed: Kangaroo2.
Yes, as a separate order. Message us on WhatsApp with a short description of the size and shape you want.
Images are real captures of Rhino 8 and Grasshopper taken from the project files. Rhino and Grasshopper are trademarks of Robert McNeel & Associates.
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