Title:

Sensing Symmetries

Patterns occur across our universe and can be analyzed through mathematical means. This is seen in weather phenomena, growth of flora and fauna, and in physics. Humans rely on patterns and symmetries in industry for both aesthetic and practical needs. Artists use patterns and symmetries to create captivating pieces. Architects and engineers use symmetries to ensure balanced forces and safety in structural design. This project is centered at the intersection of art and science. It aims to facilitate interaction between viewers of an art piece and the piece itself, eliciting a sense of curiosity. Patterns can be analyzed and explained mathematically. Our presentation uses formulas to generate images based on explicit data collected through environmental sensors. Using a programming model, the image created is constantly modified in response to changes in environmental factors. Our project uses four environmental sensors connected to an Arduino to collect and compile raw data into a useable form. A Raspberry Pi processes the data into an animation based on our code. The animation is then projected onto a display for viewer interaction.

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