This project was all about forging a path through a creative process. The only guideline provided was that the work had to be coded in Processing 4, creating a fully functional Arduino controller that modifies the code and, by doing so, generates a visual art piece that responds to music.
Fractals are self-similar patterns, they extend beyond mathematics, and can be found all around us. Take a look around you, at the trees, leaves and snowflakes. Taking a deep dive back into mathematics, I spent hours of doing research about the principles of fractals and how to translate this mathematical understanding into code. Despite there were times when it was quite frustrating, it was very rewarding and satisfying in the end.
During this project, I learned a lot about all the fun possibilities Processing 4 has to offer, and its limitations. This caused me to rethink my project as the frame rate dropped to a staggering 5 fps. Having a PC render several complex mathematical functions at once took its toll. So, I decided to limit the number of fractals and switch things up using other, more simple geometrical shapes, creating a work of mathematical shapes and adding vibrant colors to them. I'm grateful for the opportunity to perform live with a jazz band; it was truly exhilarating to witness my work come to life with live instrumentals.
