I’ve done a lot of projects over the years, and I’m finally getting around to documenting them …
A four-legged Theo Jansen “Strandbeest” walking mechanism.
How to model subtractive color mixture in RGB computer graphics.
Five algorithms for converting sRGB color values to realistic spectral reflectance curves.
An alternative to the traditional way of adjusting colors in response to changes in illumination.
A study of how visual perception would change if we lived in a relatively small spherical universe.
A low-cost, simple Segway-style self balancing device made from off-the-shelf parts.
A device that casts 3D shadows.
Works I created while being a nondegree undergraduate senior in the College of Fine and Applied Arts at the University of Illinois, 2010-2013.
A project I did with my wife’s K-1 class at University Primary School, Feb 2012.
A numerical method for solving nonlinear equations, and the graphical investigations leading to my Design by Algorithm work.
A device that charges in the sun all day and blinks all night.
Jumps to my Design by Algorithm website. I exhibited math-based artwork at weekend art fairs throughout the Midwest for 25 years (1990-2015).