AVS Modules

Software developed by the SDSC visualization team and available for download. Please read our copyright notice.

Welcome to the module gallery. Here you will find software modules for use with the Application Visualization System (AVS) 5. Each module includes source code, and a Makefile for Silicon Graphics systems (though these modules can also be compiled for other platforms). Select a module icon to download it.

Collaborative AVS

For more info, see the Collaborative AVS manual.

	This module executes a character string as an AVS Command Line Interface Written by Claudio Natoli, Sydney Visualization Laboratory, Australia.

	This module tracks changes to the layout or parameter values of an AVS network and outputs these changes as a sequence of CLI commands. Written by Claudio Natoli, Sydney Visualization Laboratory, Australia.

	A module for viewing the list of users currently participating in a given collaborative session. Written by Stephen Mock, Greg Johnson, SDSC.

	A module for collaboratively sharing AVS colormap data and parameter values. Written by Greg Johnson, SDSC.

	A module for collaboratively sharing AVS field data and parameter values. Written by Greg Johnson, SDSC.

	A module for collaboratively sharing floating point data and parameter values. Written by Greg Johnson, SDSC.

	A module for collaboratively sharing AVS geometry data and parameter values. Written by Greg Johnson, SDSC.

	A module for collaboratively sharing integer data and parameter values. Written by Greg Johnson, SDSC.

	A module for collaboratively sharing character strings and parameter values. Written by Greg Johnson, SDSC.

	A module for collaboratively sharing AVS Unstructured Cell Data and parameter values. Written by Greg Johnson, SDSC.

	A module for collaboratively sharing Geometry Viewer scene information including camera viewpoint. Written by Greg Johnson, SDSC.

AVS 5 Modules

Input

	This module simultaneously animates two integer variables through a range of values. Written by Greg Johnson, SDSC.

	This module draws a nice grid. Written by Dave Nadeau, SDSC.

	This module reads Computed Tomography slices. The specified file is assumed to contain a single 16-bit per sample slice. Written by Greg Johnson, SDSC.

	This module reads in a list of points from a file containing 3D scatter data. Written by Greg Johnson, SDSC.

	This module tessellates a patch description of the famous Newell teapot and outputs the result as an AVS geometry. Written by Greg Johnson, SDSC.

Filter

	This module converts a 2D scalar byte AVS field to an AVS image. Written by Greg Johnson, SDSC.

Output

This module writes out a sequence of 2D scalar byte AVS fields as 16-bit per sample Computed Tomography slices. Written by Greg Johnson, SDSC.