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A dynamic TreeMap shows doctor who villains. Villains can be filtered by doctor actor name or villain motivation. A drill down shows the episodes the villain appears in. The visualization was made with the javascript infovis toolkit and can be seen with modern browsers at demos.thejit.org/doctorwho/
From Isotype Revisited project (http://www.isotyperevisited.org) at the University of Reading. Reproduced with permission.
I hacked Ruby a little bit and visualized it.
When you define a class, a red circle appears.
When you define a method of the class, a blue circle appears.
When you make an instance of the class, a yellow circle appears.
The video is available at below URL
Skyrails is a Social Network and Graph Visualization System with a built-in programming language. The system is not solely aimed at expert users, since through other scripting languages, menus can be built and the system used by a wider audience. Also, as Yose Widjaja affirms, the language is pretty easy to learn. However, because the software is currently on beta mode, there is not much documentation for the language and hence self-learning and guessing is the only way to go for now. Yose says this will change in the future. There's a flickr page with different screenshots of the application and a striking video demo of the tool on YouTube, which shows the Scotland Corporate Interlocks in early 1900.
Currently studying CORR (R.I.P.) PR/Marketing materials for future Conceptual Development (in conjunction w/Dr. Bob Yen, via his Jumplive.com Technology-Initiative targeting Offroad Racing), for the purpose of a cross-over Strategy involving TORC (or LOORS) & JPL/NASA. Goal -- get Kids hooked on STEM (Science Technology Engineering Mathematics), via Dynamic/Exciting niche-market of Short Course Offroad Racing. Possi bly extension to partnership w/Rockcrawling ("slow & steady wins the race"), & even Desert Racing (SCORE & BITD/Best in the Desert)
Prof. Bob Behringer and his graduate student Abe Clark, along with Prof. Lou Kondic of NJIT, recently had a paper accepted in PRL titled "Particle scale dynamics in granular impact." The image at left is a typical image from one of their experiments, where the bright particles are experiencing force.
Read more here.
Researchers at Kanazawa University and the University of Tokyo report in Nature Communications the visualization of the dynamics of ‘molecular scissors’ — the main mechanism of the CRISPR-Cas9 genetic-engineering technique. This study provides unprecedented details about the functional dynamics o...
www.bioadvisers.com/visualization-crispr-cas9-genetic-eng...