Please find more documentation here.
Here I am using sinusoidal information to start (via mouse input) all the particles with some interesting positions
Based on these simple formulas:
x = x_orig + radius * cos (angle);
y = y_orig + radius * sin (angle);
FFT SOUND : INPUT ANALYSIS
Project : Audio analysis meets white square (200px x 200px)
Basic Rules:
a) Start with a white square, 200px x 200px, centered on the screen
b) Start with a black background
c) Draw nothing else on screen
Pixels with Sound Experiment - More documentation can be found here.
For this project I decided to make an audio/visual system that incorporated the organic movement of four different particle systems. Each particle system corresponds to their own individual waveform or sine wave in Max/MSP, where additive synthesis is being generated.
Box 2D Experiment
This is a audio-visual project / experiment that I made with openFrameworks and Max/MSP.
The videos below are screen captures. The shapes are controlled via keyboard and mouse input.
Selected Works
Crunchbase Chrome ExtensionProduct Design
Cheddar + News12 CMSProduct Design
News12 Web & App ExperienceProduct Design
Cheddar Content PersonalizationProduct Design
Cheddar tvOS experienceProduct Design
Cheddar.comUI Design
Pinterest Place PinsUI / UX
Visually WorkspaceUI / UX
Audubon Climate ReportUI / UX
Tableau BasemapsUI Design
Body Metrics, Tech MuseumExperience Design
Mapzen UI DesignUI Design
Little ShadowsMFA Design +Technology Thesis
DSI TableParsons
Midi TypewriterParsons MFA D+T
IllustrationProject type
Algorithmic AnimationOpenframeworks
John WhitneyOpenframeworks