Beats per Machine

a Sonic Lab in Santiago de Chile
from Monday 27 to Wednesday 29 from 19:00hrs
Av. Pedro de Valdivia 2412.

More than 100 years ago futurist Luigi Rosollo in his manifest “The Art of Noises” classified the sounds of noise using six groups:

  • 1. Roars, Thunderings, Explosions, Hissing roars, Bangs, Booms
  • 2. Whistling, Hissing, Puffing
  • 3. Whispers, Murmurs, Mumbling, Muttering, Gurgling
  • 4. Noises obtained by beating on metals, woods, skins, stones, pottery, etc.
  • 5. Voices of animals and people, Shouts, Screams, Shrieks, Wails, Hoots, Howls, Death rattles, Sobs
  • 6. Screeching, Creaking, Rustling, Buzzing, Crackling, Scraping

The sonic lab takes Rosollo's approach as a starting point to explore sound and noise. We'll create a sound machine based on analogue electronics that is supposed to cover the whole spectrum of noise represented in these six groups. This sound machine will enable us to produce these sounds and it's various patterns and rhythms.

By using motors and machines, analogue synthesizers, pick ups and wave shaping circuits we will enlarge and enrich the field of sound and noise, while Raspberry Pis will provide a flexible digital system that enables us to control these sounds.

Finally, the sound machine will be presented at the PrinmaVeraHack Festival in December 2017.


Schedul

  • Monday 27th afternoon buying electronic parts & devices
  • Monday 27th to Thursday 30th from 7pm experimenting, developing and building
  • Friday 1. DEcember setup at MAC
  • Saturday 2. and Sunday 3. Primavera Hacker
  • OPENING Saturday 7:30pm

Participants

  • Agnes Evseev
  • Alejandra Perez
  • Daniel Tirado
  • Felipe Fierro
  • Ivan Rivera
  • Mirko Petrovich
  • Nicolas Briceno
  • Gonzalo Aspée
  • Sebastián Lasker
  • Pablo Rojas
  • Wolfgang Spahn
  • ….

Concept

Different devices like toys, motors and machines are the sound and noise sources that are controlled by a Pure Data patch on a Raspberry Pi Zero. These machines or an envelop generator after these machines should be triggered over the GPIOs of the Raspberry Pi. Additional a voltage control from the Raspberry Pi can control the devices, too.

further ideas:

  • connecting the PD patch to the net?
  • including some filters?
  • can we make voices, too? A sampler/recorder?
  • how should we include light?
  • ….

Jobs to Do

Wolfgang:

not assigned

  • PD Patch