CyberDreamer is a project, that uses brainwaves to create sound pieces and artistic visualizations.
Plans for CyberDreamer:
- Using MindFlex and MindStalker to record sleeping and dreaming brainwave patterns
- Create synths in SuperCollider for sound performance in real-time or in playback
- Hack MindFlex again by redirecting a 10k resistor, which opens the channel to raw data with 57600 bits every 2ms.
- Attach 2 LEDs embedded in a sleeping mask to activate a flash sequence when REM sleep patterns in alpha and theta wave data are recognized by MindStalker.
- Lucid dream experiments
The basic work tool is a hacked EEG Toy named MindFlex, an Arduino Nano module, and a Raspberry Pi. The software is written in Python, using Kivy to create a touchscreen graphical interface. The Arduino Board sends data from the TGAM1 board. It sends 9600 bits per second every second (this is a low rate , which creates a future attempt to replace the toy with a better reading device) that includes 8 EEG power bands. The Raspberry Pi has Raspbian distribution installed, while showing the GUI of MindStalker on its touchscreen.
The recorded data are saved as a NumPy array and can be played back at any time. The option to send the data to other applications via OSC opens the gate to use it artistically. OSC can be used to make music, create visualizations, or control mechanical device such as motors or LED lights.
SOUNDTRACKS MADE WITH MINDSTALKER AND SUPERCOLLIDER:
git clone https://bitbucket.org/digitalstages/mindstalker