Discrete Mathematics

Discrete Mathematics is a compilation of mathematical concepts ranging from logic & probability to modular arithmetic. Over the past four months I have found myself making new discoveries in mathematics that have even changed my way of perceiving the applications of math in "strange situation." Below is an example of some of the work that is produced in this class.

 

Modular Arithmetic Project


The goal of this project was to visually represent arithmetic patters exhibited in traditional Cayley Table in an informative and creative matter. My group and I chose to represent modular arithmetic in the form of modular art but also in combination with the idea of an artistically represented Cayley Table. This decision was made after researching different styles of modular art and coming across a Cayley table with specific patterns inserted in the spaces corresponding with each number. This opened us up to the idea of using this process to create a separate art piece using the same concepts exhibited in the modular arithmetic pattern.

The project was initially divided into four parts, one part per group member.  Each individual was given a specific color to base individual designs off of. Each member was also given the freedom to arrange their Cayley table in whatever pattern they chose provided that it remained mathematically correct and that no patterns resembled another group member’s pattern. Each Cayley table modeled a MOD 5 (numbers ranging from 0 to 4) system. Within each table, a specific design was assigned to each number in the table. This created a repeating modular pattern that remained constant with the other group members’ modulations. Each Cayley table, being of a different color, was then solidified to create a uniform image. All four tables were then grouped together in a 2 by 2 arrangement and solidified as a new MOD 2 table. This “new” table was then visually flipped horizontally and again vertically to form a final, unified image. Consequently, each colored pattern was in the vertical and horizontal opposite side in the final image.

The most challenging aspect of this project was finding a creative image per number in my Cayley table that resulted in a visually striking final pattern. I went through several drafts of the final image by selectively manipulating each pattern corresponding with the appropriate number. It was particularly difficult finding a pattern that was visually pleasing and did not affect the overall outcome of the picture. It was also somewhat challenging deciding what pattern looked best when all four images from each group member were placed together. Eventually the decision was made to reflect the image in the horizontal and vertical directions transformed it look very uniform but there was some initial hesitation as what rotations would be made. If I were to repeat this project I would try to accommodate for more tables to create a more visually striking final product. I would also account for the same pattern sizes per individual patterns.



Sources
Britton, Jill. Interactive Mathematics Modula Art Aug. 15, 2009. Nov. 12, 2012

Modular Arts Gallery Jun. 2, 2011. Nov. 12, 2012

Wikipedia The Garden of Earthly Delights Oct. 8, 2012. Nov. 12, 2012

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