In geometry, regularity is often given great value, since it makes things simple and easily comprehensible. The symmetry and regularity of polygons tends to translate there into an aesthetic value. For this creative project, the main concept was to take an interesting 3-D shape drawn in 2-D, and change it by applying to it the idea of limits and to make it irregular, but still beautiful. The inspiration for this project was simply the curiosity and desire to look at and tinker with an interesting shape and take aspects of both the geometric and the calculus and mash them together into their own aesthetic fusion. Essentially, I wanted to do a project synthesizing mathematical representations with the medium of embroidery, using an increasing number of stitches per sector of the structure going counter-clockwise. The desired effect was that it would slowly become more circular, the number of stitches increasing and more and more compressed in the manner of the values of a curve approaching a limit or bound. So, after all of this, what I seem to have created, visually, is a mathematical wreath with mathematically-placed berries.
This piece was created for Chris Sinclair's HC 209H course, Math & Aesthetics. You can find more information about this piece and course here.