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Reeds (2000)

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Click to view the image for Reeds

Reeds

Title:Reeds
Type:image
Description:

An original concept drawing

Digital Versions:image
Click to view the Quicktime for  Video Footage of Installation

Video Footage of Installation

Title:Video Footage of Installation
Type:Quicktime
Digital Versions:Quicktime
Click to view the MP3 File for  Audio Excerpt

Audio Excerpt

Title:Audio Excerpt
Type:MP3 File
Digital Versions:MP3 File
Click to view the image for  Installation View 1

Installation View 1

Title:Installation View 1
Type:image
Digital Versions:image
Click to view the image for  Installation View 2

Installation View 2

Title:Installation View 2
Type:image
Digital Versions:image
Click to view the image for  Preparing for Installation 1

Preparing for Installation 1

Title:Preparing for Installation 1
Type:image
Digital Versions:image
Click to view the MP3 File for  Audio Excerpt

Audio Excerpt

Title:Audio Excerpt
Type:MP3 File
Digital Versions:MP3 File
Click to view the image for  Preparing for Installation 3

Preparing for Installation 3

Title:Preparing for Installation 3
Type:image
Digital Versions:image
Click to view the Quicktime for  Reeds - Video High Resolution

Reeds - Video High Resolution

Title:Reeds - Video High Resolution
Type:Quicktime
Description:

Modules installed in the lake.

Digital Versions:Quicktime
Click to view the image for Reeds

Reeds

Title:Reeds
Type:image
Description:

Plan view

Digital Versions:image
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Reeds Lifecyle

Title:Reeds Lifecyle
Type:image
Description:

"In keeping with my humanist perspective, the technological structure of the Reeds installation is based on the concept of the organic life cycle. This design approach mirrors the cybernetic principal of the closed causal loop. A closed causal loop is one in which each of the elements contained in the loop act upon the others in a constant and varying fashion to maintain equilibrium. The only influences on a closed causal loop are the elements it contains." - from the article: Paine, Garth (2003). "Reeds", Organised Sound, 8:2.

Digital Versions:image
Click to view the image for The sound diffusion audio channel allocation for Reeds

The sound diffusion audio channel allocation for Reeds

Title:The sound diffusion audio channel allocation for Reeds
Type:image
Description:

"The eight channels of sound were dispersed across the reed pods so that panning either of the stereo signals (sig01, sig02) would cause the sound to travel across the installation space. This was achieved by allocating these audio channels to loudspeakers in different reed pod clusters, spreading the stereo signal across the installation, which created a sense of movement, of sound journeying across the installation space, and also helped to establish homogeneity of the sonic landscape of the entire installation. The other four synthesis instruments output mono channels. They were grouped according to their timbrel quality so that the texture of the soundscape varied as one walked around the shore from one side of the installation to the other." - from the article: Paine, Garth (2003). "Reeds" Organised Sound, 8:2.

Digital Versions:image
Click to view the image for The top level Max patch for Reeds

The top level Max patch for Reeds

Title:The top level Max patch for Reeds
Type:image
Digital Versions:image
Click to view the image for Reeds

Reeds

Title:Reeds
Type:image
Description:

The RS232 data input sub-patch, converting the incoming machine unit (0 to 4095) figures to units of weather.

Digital Versions:image
Click to view the Quicktime for  Reeds - Video High Resolution

Reeds - Video High Resolution

Title:Reeds - Video High Resolution
Type:Quicktime
Description:

Lakeside preparation of modules. 2.4Mb.

Digital Versions:Quicktime
Click to view the image for  Preparing for Installation 2

Preparing for Installation 2

Title:Preparing for Installation 2
Type:image
Digital Versions:image
 

Published by The University of Melbourne
Comments, questions, corrections and additions: i.mott@unimelb.edu.au
Prepared by: Acknowledgements
Updated: 18 January 2007
http://www.sounddesign.unimelb.edu.au/web/biogs/gallery/P000258g.htm

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