This project was inspired by DataMoshing, but took an unexpected turn. Overall, this was a cool learning experience, and created some awesome visuals. I
For this project, my initial idea was based around the concept of audio recognition. Many audio tracks are considered iconic, and can be identified
One of my primary fascinations with audio concerns sampling: what can be a sample? And how can I make a sample sound so, so
For my project, I wanted to create a visual representation of processed audio by associating frequency to pitch to HSL/RGB color values. This audio/color
this collection of sounds presents a max/msp performance tool that functions as a live-input granular synthesis-esque sonic manipulator. as sound is fed into the
At the start of this project, I wanted to build something like a vocoder that can change human voices into robot voices in real-time.
For my first individual project, I decided to work with Arduino because I really enjoyed the videos shared on Slack on interactive sound installations.
My project takes in data from two HC-SR04 ultrasonic sensors and using that distance data to change the speed and pitch of a sample.
“Spatial Oscilloscope: Inside the Wave” is ambisonic 8 channel oscilloscope waveform visualizer. A 127 key MIDI keyboard is used to trigger the oscilloscope, then
In this assignment, I wanted to experiment more with the resulting visuals, and how they are affected by external audio input. To do this,