Pulse – System Diagram
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Develpment of the see.saw Structure
Modular Room Component Image
> different views of L-module components
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Reflected Image in the L-module component
> possible corner screen material: mirrors, acrylic sheets, or reflective screens…
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Possible Configuration Assembled from the Modular Components
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Dimension/Assembly
> Demension Design
> Assembly Color Code
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Projector Position Study
> Projectors Mirrors Perspective
> Projector Position Study
(top view)
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Virtual Model of the Installation (in a gallery space)
> Floor Footprint
> Corner Mirror Support Panel
> Enclosed Wall-View Test
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FTIR Compliant surface fabrication
provides the structure for the screen, resists pressure/supports weight
> Drafting vellum substrate: two functions:
used as diffusion layer for rear projection video
‘compliant’ surface layer; silicone coated to increase FTIR effect, provides some pressure sensitivity
> Mylar
1. protects the fragile vellum layer
2. reduces friction for finger drags across surface
see.saw conceptual code
The code required for (see.saw) runs something like this:
visual part
> track finger position as CCV (formerly known as tbeta) events
> output TUIO data
> input to Processing
> use cursor position to invoke collections of particles and ellipses
> event duration determines color phase
> output to screen (this has to happen in ‘real time‘)
audio part
> record sample of real time sound
> hold sample in buffer 15 sec in max/msp
> play sample through speaker at opposite entrance
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