Sound Wave Geometry

For my initial project in Art 107, I created "Sound Wave Geometry," an interactive p5.js sketch that explores the intersection of sound, angles, and circular symmetry. This piece uses audio input to generate visual patterns based on the interaction of sound frequencies with geometric shapes. The sketch transforms sound waves into visually captivating representations by manipulating angles and circular symmetry.

The design centers around a point where sound waves trigger movements and shifts in circular forms. The angles adjust according to the intensity of the sound, creating dynamic, evolving patterns that reflect the rhythm and amplitude of the audio. The circular symmetry ensures the visual structure remains harmonious, balancing randomness with order.

By blending the mathematical principles of symmetry with sound's organic and unpredictable nature, "Sound Wave Geometry" provides an immersive, interactive experience that invites users to explore the relationship between visual art and audio.