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HOLOGRAPHY - How it Works - With our visualization solutions you can produce images/ video in any sizeor shape, front or rear projected, spherical, cylindrical, conic or flat screen, from small screens to large-scale dome configurations. bit.ly/2cKiRtX
These videos were taken inside the Eluminati's immersion dome using universe visualization software.
The Physical Visualization consists of layered 2D plots, in which the x axis represents energy sources, the y axis countries and the z axis (layers) time. Each data case is represented by an engraved circle in the respective acrylic glass layer.
Alisa Singer images and imagines changes to the major Atlantic AMOC current.
I took this not very good photo of her work, hanging at Georgetown University, courtesy of their Earthcommons.
More info: library.georgetown.edu/community/exhibition/environmental...
You might be familiar with Buza's amazing twitter visualizations from a few months ago. He recently invited me to test a system he has been putting together to let anyone generate the same kind of images based on their own web data.
The system works as follows: First, the user crawls the web and prepares some data ahead of time (images, graph structures, etc). Using a python script, the user feeds the data to an OpenGL context that is running an instance of the Bullet physics engine. Live interaction with the visualized data can happen there in a manner similar to E15,. When a desired view is produced or found, the system can generate a Sunflow scene file, that can be later used to render an image similar to the one featured here.
I haven't done much, just grabbed some data I harvested a while ago from openstudio and the tiny icon factory, and threw it in there to see how it looks. I hope to help Buza tweak some bugs and reach some design decisions while experimenting with Sunflow and rendering some coolness in the process.
Working towards visualizing the hundreds of thousands of civilian deaths associated with Operation Iraqi Freedom, to be tattooed on Wafaa Bilal's back in this event: www.wafaabilal.com/html/andCounting.html
Each point represents a single death. Around Baghdad there are about 52k, and about 110k in total.
This map uses the Iraq Body Count project data, which is definitely an undercount and only compiles information from English-language news sources.
The Physical Visualization consists of layered 2D plots, in which the x axis represents energy sources, the y axis countries and the z axis (layers) time. Each data case is represented by an engraved circle in the respective acrylic glass layer.
CeCee Clifford,
Model: Jackie Schroeder,
Large Format Camera {4x5 Film},
Professor: Jack Barnosky,
Visualizations, Spring 2013
Visualization of zebra fish embryo development using SPIM-Selective Plane Illumination Microscopy by Keller at EMBL_European Microbiology Lab
Visualizations from an experiment with del.icio.us. For full details visit mandalabrot.net/delicious
This is a map of my bike ride to PCC. The width of the line shows how slow I was moving - the line thickens up at my house, at PCC, and at stop lines and hills.
TBS is apparently using the same tech that lays down the first-down lines and other graphics during football games, only here they're using it to show a runner's lead off first base.
Neat.
This is an example of the processing done by my music visualizer for iTunes on the Mac
more at www.fraktus.com/exo/exo_flickr.php
Or download it at fraktus.com/exo/eXo_12.dmg
The picture processed is downloaded automaticaly from the Flickr web site and is not mine, so it's a collective piece of art :-)
Here it's a simple slide show with the music spectrum on top.
The pictures are downloaded in low resolution to avoid using too much bandwidth.
www.visualcomplexity.com/vc/project_details.cfm?id=306&am...
Backchannel is a real-time view of the conversation happening in the #etech IRC channel at O'Reilly's Emerging Technology Conference. Stamen Design has a bot observing events in the channel, publishing them as a web-service via XML and JSON, and making them available to a visualization component built in Flash. A conference backchannel is home to a lot of interesting conversational dynamics: additional context, participation from speakers, visitors from elsewhere in the world, sniping, and coordinated walkouts. The authors were intrigued by the idea of a pointedly live visual environment that would illustrate and respond to this other space. Each participant in the backchannel is shown in a circle, with nicknames arranged alphabetically, counter-clockwise from right. Blue bars next to each nickname show how active each participant has been. Connections between nicknames show participants who?ve spoken around the same time. Events are marked in a narrow strip across the top, in blue. The most recent events are at right, stretching back in time about three hours to the left.