A graphics environment has been developed for the visualization of three-dimensional engineering and scientific data. Unlike existing packages, it can handle a wide variety of structured and unstructured grids, and deals with generic scalar and vector data, making it suitable for a wide range of physical applications. An important feature of the package is the ability to view unsteady data in either post-processing or co-processing modes. Another unique aspect of Visual3 is the dimensional windowing approach coupled with cursor mapping which allows efficient pointing in 3D space. There is also a strong emphasis on a wide variety of `probes' allowing the user to interactively investigate the computational data. In that this is a discuss...
Direct user interaction with data allows to regain specific information about the data that is behin...
Direct user interaction with data allows to regain specific information about the data that is behin...
A series of tools and techniques is described for the exploration of three-dimensional vector fields...
A new graphics package has been developed for the visualization of three-dimensional engineering and...
This paper presents some key aspects of VISUAL3, a highly-interactive visualization environment for ...
Visualizing 3D fluid flow fields presents a challenge to scientific visualization, mainly because no...
A brief summary of the computer environment used for calculating three dimensional unsteady Computat...
technical reportThe purpose of scientific computation is insight. Visualization is the most direct w...
Abstract--New ideas are presented for the visualization f computational fluid dynamics data. These i...
1 Copyright 1999 by ASME This paper discusses the development of a virtual reality (VR) interface f...
This papers presents an overview of techniques for the visualization of numerically generated flow d...
This viewgraph presentation gives an overview of the visual environments for computational fluid dyn...
Virtual reality technology has been adopted in many different fields and new application areas are s...
Flow visualization is an approach focuses on methods to get information from the flow field datasets...
As computers become faster and offer larger memories, scientific simulations have moved from 2 dimen...
Direct user interaction with data allows to regain specific information about the data that is behin...
Direct user interaction with data allows to regain specific information about the data that is behin...
A series of tools and techniques is described for the exploration of three-dimensional vector fields...
A new graphics package has been developed for the visualization of three-dimensional engineering and...
This paper presents some key aspects of VISUAL3, a highly-interactive visualization environment for ...
Visualizing 3D fluid flow fields presents a challenge to scientific visualization, mainly because no...
A brief summary of the computer environment used for calculating three dimensional unsteady Computat...
technical reportThe purpose of scientific computation is insight. Visualization is the most direct w...
Abstract--New ideas are presented for the visualization f computational fluid dynamics data. These i...
1 Copyright 1999 by ASME This paper discusses the development of a virtual reality (VR) interface f...
This papers presents an overview of techniques for the visualization of numerically generated flow d...
This viewgraph presentation gives an overview of the visual environments for computational fluid dyn...
Virtual reality technology has been adopted in many different fields and new application areas are s...
Flow visualization is an approach focuses on methods to get information from the flow field datasets...
As computers become faster and offer larger memories, scientific simulations have moved from 2 dimen...
Direct user interaction with data allows to regain specific information about the data that is behin...
Direct user interaction with data allows to regain specific information about the data that is behin...
A series of tools and techniques is described for the exploration of three-dimensional vector fields...