Arquitectura de un módulo i

El presente trabajo de grado fue enfocado al análisis y diseño de la arquitectura de software de un módulo capaz de manejar la persistencia de objetos 3D. Además de este análisis y diseño, llegó a un prototipo el cual abarca parte de la arquitectura. La problemática que se atacó fue, los aspectos que involucra la manipulación de obje-tos 3D en persistencia, tales como eficiencia, tanto en tiempo como en espacio en disco, análisis de las estructuras propias de los objetos por medio de descriptores, entre otras. El desarrollo de este trabajo involucro todo un proceso de adquisición de conceptos e ingeniería de software.Ingeniero (a) de SistemasPregrad

Evaluating Extensible 3D (X3D) Graphics For Use in Software Visualisation

3D web software visualisation has always been expensive, special purpose, and hard to program. Most of the technologies used require large amounts of scripting, are not reliable on all platforms, are binary formats, or no longer maintained. We can make end-user web software visualisation of object-oriented programs cheap, portable, and easy by using Extensible (X3D) 3D Graphics, which is a new open standard. In this thesis we outline our experience with X3D and discuss the suitability of X3D as an output format for software visualisation

A 3D XML-Based Customized Framework for Dynamic Models

There are numerous forms for dynamic models, which specify how an object or scene behaves over time. Discrete state automata, Petri nets, and data flow graphs are only a few samples of model types available, which aid modelers in capturing dynamics. Whereas most modeling frameworks employ rigidly entities as state, event, and function, we present a system called rube that allows the modeler to craft models in 3D, and with personalized metaphors. The advantages of this system lie in the education of modeling dynamic systems, and in the exploitation of customization in the user interface. We use extensible 3D (X3D), and XML technology, to demonstrate rube, along with an example