Awesome. It reminds me when I used to toast 486 CPUs by programming (and attempting to render) recursive structures in POV-Ray (circa 1995). posted by _dario at 7:40 PM on November 27, 2008
I guess what impresses me about Bollinger's cubes and lattices is the sheer power that a computer has to generate such complexity. Some time back I became interested in lattice structures, and built models the old fashioned way. I got a bunch of soft wax from Boeing Surplus, which had the consistency of bee's wax. Pinched off in little balls, these formed the vertices, and toothpicks the edges.
Unlike Bollinger, I was more interested in triangulated lattices, having encountered the work of Bucky Fuller. Here is a model I made of the so-called "Octet Truss".
Fuller called it the "Octet Truss" because the unit cell was composed of one octahedron and two tetrahedrons. But this can in fact be bisected, to create a unit cell consisting of one square pyramid, (Johnson Solid #1) and one tetrahedron.
I made a lattice model using the unit cell of another space-filling solid, the gyrobifastigium. The end result looks to me like something you might have seen on a playground back in the 1960's!
But from the looks of Bollinger's latest Flickr photo, it looks like he's got some sort of real-world project brewing too! Good luck! posted by Tube at 11:03 PM on November 29, 2008
« Older This one goes to 11.... | The Brighton Port Authority wa... Newer »
This thread has been archived and is closed to new comments
posted by jeffamaphone at 6:21 PM on November 27, 2008