Glockentar

The Glockentar combines a glockenspiel with a guitar.

guitarGlockenspiel
Glockentar

Each time a string is plucked a glockenspiel bell is struck with a solenoid, and a beam of light is projected across the length of the string.

Glockentar

Glockentar

The light follows a logarithmic curve in terms of it’s speed as it goes up and down the string. It starts fast, pauses for a moment then goes back down the string.

The lights are essentially rectangles made in openFrameworks, then sent to MadMapper via Syphon.

In MadMapper they are then mapped to the strings.

Glockentar

An Arduino is used to turn the strings into switches. Each string acts as a ground, and electricity is sent to the pick. When a string is plucked with the pick the switch is closed and the solenoids and projections are triggered.

Glockentar

Here is the Arduino code:

Here is the OF code:

My Own Little Universe

3D drawing using the Kinect. I tracked the closest point to the Kinect plus two other relatively close points using openFrameworks. Each point has a different color and 5 particles each that draw in the 3D space with some physics. The code is here. Zooming in, through, and around the thing is fun.

my own little universe

my own little universe

my own little universe

my own little universe

Somehow I can’t figure out how to upload a good screen captured video of 3D stuff. The video below is ugly as sin, especially when zooming. If someone knows how to upload a decent screen capture of a 3D environment please let me in on the trick.