event
Synthux Hackathon 2024

Tension Controllers

Two tension and touch based rubber cord instruments.
Teensy Microcontroller
Piezo microphone
Touch sensor
prompt

Coaches & collaborators

Garrett Laroy Johnson
institute
Center for Concrete and Abstract Machines
The Tension Controllers explore harmony and dissonance through physicality. Two players work together to find the harmony and dissonance contained in the waveforms each instrument generates thereby entering a conversation with one another through resistance and touch.
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the tech

How does it work?

Our Tension Controllers use a conductive rubber cord as a voltage divider interfaced with a teensy arduino board. One Tension Controller consists of a conductive rubber cord used to control an oscillator in teensy as 3 copper tape touch sensors modulate the frequency. Each plate acts as a gate for the oscillators and when the conductive rubber cord is pulled, it modulates the frequency of the waveforms. The second Tension Controller is also used to control an oscillator that is modulated when the conductive rubber cord is pulled. The cord rests on a bridge that has a piezo disc underneath that is activated when the cord snaps against the bridge or when the board is knocked.
Open source code
Click here to grab this project's code
Teensy Microcontroller
Piezo microphone
Touch sensor
A touch capacitance sensor can detect anything that is conductive
About the instrument
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