HP Scalable Visualization Array (SVA) Software manual Index, Rgs

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Index

A

Admin/service node, 18 Administrative network, 18, 21–22Architecture of SVA, 17

B

Beowulf cluster, 17

Bounded configuration, 21

C

Chromium, 25 Compilers on kit, 25 Compute cluster

components of, 18 Compute node, 18 Configuration data files

hierarchy of, 27 job settings, 27 overview, 27 site, 27

user, 27

D

Data flow within SVA, 19

Debugger on kit, 25 Development tools, 25 Diagnostics, 25 Display

flow of control for, 40 Display devices, 22

setting up, 13 support for, 13 Display node, 19

in SVA, 19 Display surface

used by Chromium-DMX script, 41 used by ParaView script, 38 used by RGS script, 33

DMX, 25

launching of process, 40

F

File access, 20 freeglut, 25

H

HP Mlib, 25

I

Interactive session how to run, 29

J

Job settings file, 27

K

Kit

software installed by, 25

L

Linux clusters background on, 17 Beowulf type, 17 types of, 17

M

Master application running of, 29

Mathematical Software Library, 25 Modular configuration, 21

N

Network

in SVA, 19

Nodes

types of in compute cluster, 18

types of in SVA, 19, 21

O

OpenGL, 25

OpenGL Utility library (GLU), 25 OpenMotif, 25

Operating system components, 23

P

ParaView example use, 35

flow of control for, 36 launching of process, 36

R

Remote Graphics Software (HP), 25 Render node, 19

in SVA, 19

RGS

example use, 32 launched via script, 34 launching of process, 32

RGS Display

flow of control for, 32 Run application, 27

S

Sample program types of, 31

Scripts

used for launching applications, 29 Serial application

example use, 38

Site Configuration file, 27

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Contents HP Scalable Visualization Array Version Page Table of Contents Glossary Index Application ExamplesList of Figures Page List of Tables Page Typographic Conventions About This DocumentIntended Audience Document OrganizationHP Encourages Your Comments Related InformationPublishing History Introduction Where SVA Fits in the High Performance Computing EnvironmentSVA Clusters Flexibility DisplaysSVA Functional Attributes ScalabilityOpenGL Applications Application SupportScenegraph Applications Page Background on Linux Clusters SVA ArchitectureSVA as a Cluster Architectural DesignMain Visualization Cluster Tasks Components of the HP Cluster PlatformCluster Data Flow Configuration FlexibilitySVA Operation Components of an SVASVA Data Flow Overview File AccessHardware Component Summary SVA Hardware and SoftwareSystem Interconnect SI Network ConfigurationsAdministrative Network Connections Display DevicesLinux Operating System SVA Software SummaryAdditional System Software HP XC Clustering SoftwareSVA Visualization System Software Reference Guide Page Running an Application Using Scripts Setting Up and Running a Visualization SessionConfiguration Data Files Modifying a Script Template Selecting a TemplateRunning an Interactive Session Using a Script to Launch an ApplicationSetting Up and Running a Visualization Session Assumptions and Goal Application ExamplesRunning an Existing Application on a Single SVA Workstation Location for Application Execution and Control HP Remote Graphics Software and UseLaunch Script Data AccessUse of Display Surfaces Non-Interactive Example ParaView Overview Running Render and Display Applications Using ParaViewLocation for Application Execution and Control Paraview Server Launch Script Template Running a Workstation Application Using a Multi-Tile DisplayDistributed Multi-Head X DMX Chromium Overview and Usage NotesApplication Examples Using Display Surfaces Launch Script Is limited in size to one to three racks. The bounded GlossaryHptccluster/sva/job/id.conf. This file has UBB Page RGS IndexSVA