Geometrical modeling of spatial objects for scientific visualization interfaces

Three-Dimensional User Interfaces for Scientific Visualization

Three - Dimensional User Interfaces for Scientific Visualization

This document presents the current status of work being done by the Brown University Graphics Group under NASA grant NAG 2-830. By the end of the second year of support, we have implemented an application framework in which we can visualize computational fluid dynamics (CFD) datasets and develop and experiment with novel three-dimensional user interfaces. This UI technology allows users to inte...

DOVE: distributed objects based scientific visualization environment

This paper describes the design and performance of a distributed, multi-tier architecture for scienti c data visualization. A novel aspect of this framework is its integration of Java IDL, the CORBA distributed object computing middleware with JavaBeans, the Java Component model to provide a exible, interactive framework for distributed, highperformance scienti c data visualization. CORBA serve...

Visualization in Spatial Modeling

This paper deals with issues arising from a central theme in contemporary computer modeling – visualization. We first tie visualization to varieties of modeling along the continuum from iconic to symbolic and then focus on the notion that our models are so intrinsically complex that there are many different types of visualization that might be developed in their understanding and implementation...

Multimodal Visualization Of Geometrical Constructions

We present an environment for multimodal visualization of geometrical constructions, including both graphical and textual realizations. The graphic interface is programmed by direct manipulation, and this process is mirrored in the text. The text resembles a program written in a classical programming language, but no computer science knowledge is required. The guiding principle is that of textu...