Creature Tunnel
Creature Tunnel
This drawing is historically significant in that I reuse all the figures from a set of hand-digitized representational images I created back in the day. The full set consists of: Goose, Frog, Fat Cat and Elephant. I often used these interchangeable figures in my early works, c.1975.
I used to be an Engineering graphics professor. Back in the day, before CAD, we were developing algorithms for perspective drawing. In this piece I wrote an algorithm to randomly distribute (translate and rotate) my digital menagerie on the surface of a cylinder. Then I used the computer to draw that data using perspective drawing equations we had developed.
The image is the result of drawing the cylinder in one-point perspective as if looking through the length of the cylinder.
I used to be an Engineering graphics professor. Back in the day, before CAD, we were developing algorithms for perspective drawing. In this piece I wrote an algorithm to randomly distribute (translate and rotate) my digital menagerie on the surface of a cylinder. Then I used the computer to draw that data using perspective drawing equations we had developed.
The image is the result of drawing the cylinder in one-point perspective as if looking through the length of the cylinder.
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This drawing is historically significant in that I reuse all the figures from a set of hand-digitized representational images I created back in the day. The full set consists of: Goose, Frog, Fat Cat and Elephant. I often used these interchangeable figures in my early works, c.1975.
I used to be an Engineering graphics professor. Back in the day, before CAD, we were developing algorithms for perspective drawing. In this piece I wrote an algorithm to randomly distribute (translate and rotate) my digital menagerie on the surface of a cylinder. Then I used the computer to draw that data using perspective drawing equations we had developed.
The image is the result of drawing the cylinder in one-point perspective as if looking through the length of the cylinder.
I used to be an Engineering graphics professor. Back in the day, before CAD, we were developing algorithms for perspective drawing. In this piece I wrote an algorithm to randomly distribute (translate and rotate) my digital menagerie on the surface of a cylinder. Then I used the computer to draw that data using perspective drawing equations we had developed.
The image is the result of drawing the cylinder in one-point perspective as if looking through the length of the cylinder.
