Modular Extensible Reconfigurable Dress
Day-for-Night, an hommage to Paco Rabanne as well as a celebration of the beauty of electronics, is a modular, reconfigurable dress comprised of 444 white circuit boards (although the number changes as the dress can get longer or shorter). Each tile is designed in such a way as to accommodate a solar cell, a RGB LED, or a photocell, and jumper connectors (in the form of 0 Ohm resistors). A control board provides power, communicates with the tiles, and links to a computer via RF. The dress is completely modular both in terms of software and hardware.
A USB board provides virtual serial port to Windows, Macs and Linux while an on board microcontroller relays data to and from the dress via a 2.4 GHz RF link. This allows for programmability (and status monitoring) from the computer side in the form of simple commands and responses via the virtual serial port. Currently a Max program has been developed that provides a graphical user interface for programming the tiles, while a Flash and Java program are part of future developments.
project page
RGB LED Facade at Brand New National Lbrary in Belarus
In 2006, Minsk received a new architectural symbol – a brand new building to house the National Library of Belarus. The twenty-three storey library is designed in the form of a rhombicuboctahedron (diamond) and symbolizes the enormous value of knowledge that mankind has stored in books.
“The authors suggested hiding the light sources behind the glass to create an illusion of a giant color display,” continues Kramarenko. “A total of 4646 color-changing LED fixtures were installed all around the building, effectively creating a monitor with 25×25 meter sides and 62 meters in diameter.
“As a result, spectators are able to observe a fantastic show with incredible dynamic plots from hundreds of meters away. It is an extraordinary creative venue for lighting designers.”
read more at LED Magazine
Light up the city with Dexia !
LAb[au] is happy to announce you its new urban interactive installation Touch on the Dexia Tower and Place Rogier in Brussels, Belgium. The project takes as a starting point Brussels 145 m high Dexia Tower, from which 4200 windows can be individually colour-enlightened by RGB-led bars, turning the faade into an immense display.
Instead of considering this infrastructure as a flat screen (surface) displaying pre-rendered video loops, the project is working on the architectural characteristics of the tower and its urban context. The characteristics of the building; orientation, volume, scale… are used as parameters to set up a spatial, temporal and luminous concept, which moreover allows people to directly interact with the tower.
On Place Rogier, at the bottom of the tower, a station is mounted where people can interact either individually or collectively with the tower through a multi touch screen. Both static (touch) as dynamic input (gesture) is recognized to generate an elementary graphical language of points, lines and surfaces combined with physical behaviours (growth, weight, …) taking a monochromatic colour palette (background) combined with black and white (graphical elements).
Once a composition is created, it can be sent as an electronic postcard with a snapshot from the tower, taken from a distant location. It is also uploaded on the specific project website ( www.dexia-tower.com ) where people can retrieve their postcard, as electronic and printable format, with Christmas and New Years wishes from Brussels.
via: Networked Performance
LED lighting conserving dark skies
Several prominent buildings in Korea have upgraded to LED lighting. The optimal green upgrade would have been to minimize the exterior lighting or eliminate it altogether (see Dark Skies). That said, LEDs do have the green advantages of energy efficiency, durability and the ability to control light intelligently. The GS Tower (seen here) has used an array of RGB LED elements from Color Kinetics to present various images for different seasons, climates and dates, and to provide information on weather, time and different events. The Led fixtures are positioned on the frames of windows on three sides of the building, on the upper floors.
In the 63 Square building, LEDs have been used behind opaque glass panels in the canopy above the store fronts. The canopy contains 1300 high-power RGB LED elements, linked by aluminum channel bars running behind the glass.
LIG Insurance has applied LED lighting to the whole of its headquarters building in the Gangnam area of Seoul. Linear LED bars are located above each window space, and these project light onto screens that are rolled down over the windows at night. A total of 375 1200-mm light bars and 15 600-mm fixtures were used. (See the more photos via the link below).
originally: treehugger
Via: LED Magazine
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