Blute's Visualization Links

Blute's Visualization Links


Visualization Environments

Visual-3 An interactive graphics environment for the visualization of 3D, structured and/or unstructured data. This volumetric data may be steady or time varying.

MeshTV MeshTV is an interactive graphical analysis tool for visualizing and analyzing data on two- and three-dimensional (2D, 3D) meshes.

FieldView - An advanced, easy to use software package designed specifically for CFD (computational fluid dynamics) data visualization.

Vis5D - A system for interactive visualization of large 5-D gridded data sets such as those produced by numerical weather models.

LinkWinds - A visual data exploration system resulting from a program of research into the application of computer graphics to rapidly and interactively accessing, displaying, exploring and analyzing large multivariate multidisciplinary data sets.

CSC Visualization Group - Funcs is a SGI graphics library (GL)- based software for visualization and animation of data sets typically encountered in scientific computing: molecular models, finite element models, difference method grid models (and other regular grid models).

VolVis - A volume visualization system that unites numerous visualization methods within a comprehensive visualization system, providing a flexible tool for the scientist and engineer as well as the visualization developer and researcher.

Reconstruction Home Page - A list of software (both commercial and otherwise) available for 3D reconstruction of MRI, CT, confocal, and serial-section data for medical/life-sciences imaging.

NAS's Scientific Visualization Sites


Mesh Generation

Robert Schneiders' Page - The aim of this document is to provide information on mesh and grid generation: people working in the field, research groups, books and conferences.

Mesh Generators [software] - A List of mesh generation software.

Bubble Meshing - A Physically-based Triangulation Method


[NAS Home] Updated: 06/05/09
WebWork: Timothy A. Sandstrom
NASA Responsible official: Michael Gerald-Yamasaki