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An Aquired Taste, . . perhaps.
Sprayed with Alcohol to bring the colours out.
Problems ahead with the Ebony dust sticking to the yellow wood.
Coursework, HEAJ (Haute-École Albert Jacquard, Namur, Belgium).
See the animated version :
multimedialab.be/cours/2005_2006/heaj/2TIW/thi_jacqueline...
HEAJ website :
various patterns created by I-Tunes visualization effect while listening to music on my computer. The song playing was "Run Brenda Run" written and performed by my brother, Bruce. The song was in honor of our daughter's run in the 2011 NYC Marathon.
iSGTW story | Image courtesy Thara Prabhakaran, the Institute of Bioinformatics at the University of Georgia, and the Indian Institute of Tropical Meterology.
Passage of a cold front on 18 February 2008 over Georgia. The convergence of moisture (colored flow lines with red corresponding to high moisture content and green color with low moisture content) along the front is presented using three dimensional vorticity.
Visualizing our tiny clumps of RNA while wishing for herd immunity
Soundtrack: Positivity
Infográfico que muestra cómo funciona Facebook Connect. Muestra cómo explota el social graph de los usuarios y cómo aumenta el potencial viral de las aplicaciones que lo usan.
visualization of people on the street in moving M5 bus in New York City, from Soho to Harlem, color of hair, face and shirts of each people on the street
Building technologies researchers discuss using machine learning to automate construction in the visualization laboratory at the Building Technologies Research and Integration Center. Credit: Carlos Jones/ORNL, U.S. Dept. of Energy
various patterns created by I-Tunes visualization effect while listening to music on my computer. The song playing was "Run Brenda Run" written and performed by my brother, Bruce. The song was in honor of our daughter's run in the 2011 NYC Marathon.
The combination of live motion-capture, 3D stereo projection with ballet and contemporary dance transforms choreography into a spectacular 3D event. The creative team at the Deakin Motion.Lab combined the live motion-capture of performers’ movements with 3D images that extrapolated the dancers’ pathways, actions and movement. The technology behind Deakin’s Motion.Lab has many industry applications from animation to human movement, sports, and materials science but its fusion with dance provided an unforgettable audience experience.
For more information, please visit: The Deakin Motion.Lab at www.deakin.edu.au/motionlab