Category Archives: see.saw

FTIR Compliant surface fabrication

> Acrylic ‘table’ surface”
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
—————————————————————

FTIR Compliant surface fabrication

> Acrylic ‘table’ surface”
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

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

see.saw video documentation (2009)

@ the Illingworth Kerr Gallery (May 13 – 23, 2009), Calgary Software: chaotic line drawing in  Processing(TUIO Client), real time ambient sound sampling and delayed playback in max/msp, touch sensitive tracking in Community Core Vision (CCV)/tbeta Hardware: 80/20 +++ see.saw

see.saw video documentation (2009)

@ the Illingworth Kerr Gallery (May 13 – 23, 2009), Calgary Software: chaotic line drawing in  Processing(TUIO Client), real time ambient sound sampling and delayed playback in max/msp, touch sensitive tracking in Community Core Vision (CCV)/tbeta Hardware: 80/20 +++ see.saw

see.saw inside view

The person we see in the picture is not in front of us physically; it is an illusion (reflection) of the person who is on the other side of the hallway. In see.saw, we see around corners but are not aware that we

see.saw inside view

The person we see in the picture is not in front of us physically; it is an illusion (reflection) of the person who is on the other side of the hallway. In see.saw, we see around corners but are not aware that we

see.saw installation view in the gallery space

reflection on the wall interaction with the multi-touch screens see.saw installation view at the Illingworth Kerr Gallery, Calgary

see.saw installation view in the gallery space

reflection on the wall interaction with the multi-touch screens see.saw installation view at the Illingworth Kerr Gallery, Calgary