The Transform animations are eight short videos of 3D grids morphing in slow motion. Bitmap images are condensed into grids of cells. Each translucent, monochrome cell is moved forward or back based on its value. As one grid fades out another fades in: Transform
Sunday, April 28, 2013
Transform
The Transform animations are eight short videos of 3D grids morphing in slow motion. Bitmap images are condensed into grids of cells. Each translucent, monochrome cell is moved forward or back based on its value. As one grid fades out another fades in: Transform
Tuesday, March 19, 2013
Sunday, March 17, 2013
Parallel
Parallel is a series of experimental videos in 20 parts. View all of them here: Parallel.
Parallel: Plot a curve. From points along the curve extend lines
perpendicular to the plane of the curve. Make two or more such overlapping
objects. Rotate. Maintain parallel lines. In a few variations, extend lines to
a second, smaller curve, as in a cone. View from a line of sight perpendicular
to the plane of the curves.
Tuesday, December 18, 2012
Six Degrees of Freedom
Click here to see all seven videos.
Six Degrees of Freedom is a program that generates symmetrical patterns from perspective renderings of overlapping and rotating polyhedra. These wireframe forms, built and animated with code, endlessly rotate in shared digital space.
Six Degrees of Freedom was exhibited at the gallery, Chambers @ 916, November and December, 2012.
Wednesday, August 29, 2012
Monday, August 27, 2012
Thursday, March 15, 2012
Pentagonal Orthobirotunda Pattern
Girih patterns are decorative Islamic designs in which star shapes and polygons are connected with interlacing straight lines. Girih (Persian for “knot”) can be painstakingly created with a straightedge and compass. About nine hundred years ago Islamic architects developed an ingenious method for generating girih patterns simply with tiles. The girih tiles are five decorated polygons used to create girih patterns systematically without the need for complex drafting. We can extend the girih system into three dimensions by applying the concept to the faces of polyhedra.
Here are twelve pentagonal orthobirotundi, with girih patterns.
Here are twelve pentagonal orthobirotundi, with girih patterns.
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