WC Archive

The Public Air Quality Indicator is a project from Jørgen Brandt, senior scientist at Denmark's National Environmental Research Institute and visual artist Nis Rømer. The Indicator is very much a "make visible the invisible" endeavor, as it conveys information about particulate and chemical pollution that would otherwise be non-obvious. The project is open source and copyright-free, and the creators encourage others to adopt the technology. The underlying concept is simple:

The indicator takes data from the Internet about the current degree of pollution and prognosis for the next two days. The data is supplied by The National department of Environmental Investigation and is updated 4 times a day. It works in the following way: a computer reads a web page, sorts the information and send them to the serial port.

...but the variety of presentations possible with this technology is impressive. While the LED-based display, looking something like a crosswalk signal, would probably fit an urban environment most readily, the version of the indicator that opens and closes a window at the City Hall and displays a brightly colored sign to show pollution levels is perhaps the most philosophically attractive. As the designers note, "the indicator installs a ventilation between the political and the public space."

The Physical SimVillage project, conversely, is all about bringing one's perceptions of city life into the virtual space. Designed by Saranont Limpananont, a student at NYU originally from Thailand, Physical SimVillage allows a designer to craft a virtual urban environment using physical objects.

There are two interaction parts in this project i.e. “physical + virtual” and “cyberspace”. The physical part consists of a table with simple architectural wooden models on it and a view of 3-D environment projected on the table top from above. The physical models are basically the same shape as the buildings in the view projected down. From this way, users can relate the 3-D view to the physical “sketched” models.

Plus, users from the table side can observe the position of the avatars of other users who is walking in the cyberspace. Users from the table side can move the models around to any desired position on the table. (The projected 3-D view will follow the movement of the models and reposition itself accordingly to the position of the wood models.) Hence, the players in cyberspace, who are able to walk (virtually) inside the environment, will see his/her environment suddenly changes because a new environment has been created for him/her to experience.

This has the ultimate effect of allowing designers to operate in a language and structure that makes sense to them, while allowing clients/participants to operate in that same environment but mediated through an entirely different paradigm. Furthermore, the designer does not have to translate the sketches and physical concepts into a computer language; the system automates that process, allowing both designer and participant to focus on their respective perceptions and needs.

As the Physical SimVillage concept is a student project, it's not something that would necessarily be available to local urban planning commissions and architects in the near future. That's too bad; I would expect that such a physical/virtual environment mix would lead to wholly unexpected discoveries during the design process. The Public Air Quality Indicator project, conversely, is something that could be implemented widely today. Score another one for open source...