07 April 2009
05 April 2009
Spaceframe 04_aast Installation
Intensive 2 days lasercut session at ToDo design office. Thanks to our friends for their precious
collaboration.
links:
Spaceframe 01_aast installation
aast/// SPACEFRAME
author: Davide del Giudice, Andrea Graziano
web: http://madeincalifornia.blogspot.com/
Installation for aast /// advanced architecture settimo tokyo exhibition
Spaceframe structure is an installation of a 3d surface of flat triangular paper panels "massive" unrolled on plane and realized with lasercut technologies.
Triangular panels create a 3d pyramid surface configuration with parametric holes in the interior faces that have dimensions wich follow distances from centroid areas faces and one point attractor defined by user.
Process:
My rhino grasshopper definition was rebuilt, and optimized based on a definition found at Designalyze.I have implemented the new definition by including parametric functions to create a "massive unroll" pyramids getting a file with the panels A and B separated, numbered, with the faces of the pyramid united among each other trough common edge, flap to the joints between panels and more. In this way the lasercut machine come out of the panels that you just bend to get the final three-dimensional configuration.
02 April 2009
Flat panels 02
The definition created with rhino grasshopper allows to split the input surface in equivalent curved rectangles then adapted to flat panels. The flat panels are made in this way: three points of each panel are in the same position and defining one plan passing through three points. The fourth point of curved panel is shifted equal to the projection of the plane passing through the other 3 vertices. The shift is identified with a dot annotation and the color of the panel corresponds to the value displacement of the fourth point in a gradient values between maximum and minimum value.
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