Its simple and elegant form together with vibrant light animations create a corresponding visual reflection of the soundscape lab created by the computer algorithm, and form an unusual audio-visual spectacle. The aim is to connect people in the real work, in this time, in this place and create a unique experience. Using a 6 speakers setup, the sounds are all moving around the public, creating a spactial hearing. The audio loops are in sync with light animations so the movement and sound is directly visible. Draw a custom sound wave (handled with Fourier Analysis). Each object contains several hundreds of led pixels.Įvery circle contains several audio loops and play in random order but within their sound composition. Colorscube is a simple mapping of the RGB colorspace into 3d. We created three “Lichthouders”, two with a diameter of 15 meters and one with a diameter of 21 meters, all have the same 3 meters height. ![]() The concept of using sound loops and making them visible is inspired by the sound experiments done by Philips in the 60’s by artists like Dick Raaijmakers. These circulair elements display sound loops. ![]() Round, metal constructions of light elements placed on top of their historical ‘footprints’. The light artwork “Lichthouders” was based on the gasholders, formerly located on the NRE site in Eindhoven, in the shape of large, round storage spaces. It is out in the open, anywhere in the public space.Īudio loops are, just like sequencers and synthesisers, the main ingredients for todays electronic music. Vorwerk’s lab, however, is not an enclosed studio full of experts. As it were Loops pay a tribute to the music lab of the 50’s and 60’s where experimentation with analogue magnetic tapes built the ground for modern music making. We experienced crashes when saving as AIFF, but had no problem exporting to MIDI.ĭownload RGB Experimental Music Laboratory at Kojima’s site.This installation acts as a highly intuitive apparatus that allows anyone to experience loop-based musical compositions. Generated music can also be saved as MIDI or AIFF and then used as source material in other applications. Here’s Megan Fox, arranged for Ambient Piano and Eno Voices: While RGB Experimental Music Laboratory automatically translates images into musical notes, you have control over how this is done.įor example, you can force generated notes to specific scales or custom scales, you can control the tempo and you can assign instrumentation. She’s the sexiest woman alive*, so we figured the results might have a better chance of sounding good. We decided to give RGB Experimental Music Laboratory a try with an image of Megan Fox. Anybody can get a same result if he/she takes same processes. It is simple and clear algorithm, and does not have any hidden or mysterious tricks. It composes a score from an image directly. It is not an impression of a painting or a photograph of a musical variation. ![]() Pure black that is R=0, G=0, B=0 is no sounds. RGB value 120 or 121 is the center C, and RGB value 122 or 123 is added a half steps of the scale that is C#. One pixel makes a harmony of three note of RGB value, and the length of note is determined by brightness of the pixel. The program reads RGB value of pixels from the top left to the bottom right of an image. RGB MusicLab converts the RGB (Red, Green and Blue) values of an image to chromatic scale sounds. Kenji Kojima’s RGB Experimental Music Laboratory is a free app for Windows and Mac that lets you translate images into music:
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