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To commemorate its 100th anniversary, IBM commissioned a unique public exhibition called THINK. The exhibition is an examination and a celebration of the human approach to understanding and improving the world through science and technology.
Upon entering the exhibition, visitors pass an LED wall showing live data feeds in vivid color. Once inside, visitors encounter a glowing forest of screens. A breathtaking film charts man’s patterns of progress and understanding. Sosolimited programmed the five interactives that appear on the screens at the end of the film. These interactives explore the history of our progress through Seeing, Mapping, Understanding, Believing, and Acting.
The interactives are visually striking and intuitive, providing visitors with an expansive collection of images, stories, and interviews. These multitouch software applications were designed to seamlessly display large collections of data at high frame rates. We developed the software with OpenFrameworks libraries.
The project was a collaboration between SYPartners, Ralph Applebaum & Associates, George P Johnson, Mirada, and Sosolimited.
estimating real physical coordinates for the points from FaceTracker/ofxFaceTracker
useful for things like re-lighting and shadow casting, or any standard AR-style tricks
working with metaballs, modifying the implicit surface function, exploring different rendering techniques and other parameters
30 minutes of procastination. 3 hours of recording mouse movements shifting the hue by the position in the hour.
for more - www.kitdastudio.com/?p=90
i’ve joint the openKinect project initialized by theo, memo (openframeworks forum) at 2010 nov.
this device (xBox kinect sensor) is superb, it got an IR beam generator enabling the depth-camera to read the IR reflection
(so it works perfectly indoor in day time or in complete darkness),
and it got a normal web cam for more video-programming manipulation (like face detection etc)
this project is so exciting, it is another level of computer vision to me.
it just opened up unlimited possibilities in interactive installations !
what to do next ? in order to make it applicable to interactive installation,
it has to be able to do some data things
- limbs motion detection
- incorporate openCV face detection
- dynamic range human-shape recognition
- hand / finger motion recognition
- sync the 2 cams as well as possible
Over two days we’ll walk through complete examples introducing the OpenFrameworks system. Together we’ll build a simple drawing application, do image processing, learn how to network an installation using OSC, and program interactivity using real time face detection. The second day will be an open coding jam where participants will be free to begin pursuing bigger projects. We’ll be there to debug and give guidance on tackling your ideas.