Title :
XML3D and Xflow: Combining Declarative 3D for the Web with Generic Data Flows
Author :
Klein, Florian ; Sons, K. ; Rubinstein, D. ; Slusallek, P.
Abstract :
Researchers have combined XML3D, which provides declarative, interactive 3D scene descriptions based on HTML5, with Xflow, a language for declarative, high-performance data processing. The result lets Web developers combine a 3D scene graph with data flows for dynamic meshes, animations, image processing, and postprocessing.
Keywords :
XML; computer animation; data flow computing; hypermedia markup languages; image processing; interactive systems; mesh generation; natural scenes; 3D scene graph; HTML5; XML3D; Xflow language; animations; declarative high-performance data processing; declarative-interactive 3D scene descriptions; dynamic meshes; generic data flows; image postprocessing; Cascading style sheets; Data processing; HTML; Interactive systems; Three-dimensional displays; XML; River Trail; Web3D; WebGL; XML3D; Xflow; computer graphics; data processing; parallel JavaScript;
Journal_Title :
Computer Graphics and Applications, IEEE
DOI :
10.1109/MCG.2013.67
