Image Image Image Image Image
Scroll to Top

To Top

Featured Projects

Synalizer 0.7alpha

By Markus Dermietzel

On 27, Mai 2012 | In | By Markus Dermietzel

Synalizer 0.7alpha

Synaesthetic Sound Analyzer

MaxMSP/Jitter based application

The Synalizer is an early attempt to simulate my genuine synaesthesia (of 3-D shapes caused by timbre) with parameters and algorithms.
The concept is based on the way synaesthetic perception might be imagined: there is a sound input, which is analysed by fourier analysis. The parameters of the analysis are mapped on a 3-D Matrix, in which 6 basic shapes are combined by percentage.

Unfortunately, fourier analysis turned out to be too inaccurate to represent sound perception in all details like the brain does. And how the brain connects the sound analysis with the 3-D shapes is still unknown in science until today. So the Synalizer is not an accurate simulation of the synaesthetic phenomena I experience, but it leads in the right direction.

Synalizer 0.7alpha PPC

Recommended Minimum System Requirements
  • MacOS X 10.3 „Panther“
  • PPC G4 800 Mhz
  • 512 MB RAM
  • ATI Radeon Graphic Card
  • 800×600 monitor resolution with 16-bit video card (24-bit screen display recommended)
  • Sound in or Mic in
Synaesthetic Sound Synthesis

By Markus Dermietzel

On 27, Mai 2012 | In | By Markus Dermietzel

Synaesthetic Sound Synthesis

Synaesthesia as natual model for the 3-D-visualization of timbre

Paper, 49 pages (currently german only)


Synaesthetic perception is now evident and has a great influence on european culture history since ancient world.

This project had the objective, to simulate my syaesthesia-subtype with parameters under inclusion of recent results of synaesthesia research. A main objective of the simulation is the use of synaesthetic phaenomena as extended visual soundparameters for musical instrument software and live-electronic performances.
The experimental visual musical instrument SYNALIZER which is based upon this theoretical work was realized with GUI in MaxMSP/Jitter as work-in-progress project.