Tip:

You can use a SLURM srun command to do this.

2. Launch X Servers on all the allocated nodes.

3. Launch the ParaView Client on the Execution Host. When launching the Client, set the

DISPLAY environmental variable to your local desktop in order to push the Client display

to that machine. Alternatively, you could use sva_paraview.sh with the --local option.

See Section 5.4 for more information. You also need to set the ParaView launch command

option to listen mode. See the ParaView documentation for details on syntax.

4. Use a command to launch the ParaView Render Servers on the allocated nodes. This launch

command must also specify the node location of the ParaView Client (the Execution Host).

Specify the name of the Execution Host using its ic-name, which forces communication

between the ParaView Render Servers and Client to use the SI. This improves performance.

(The ic-name is the HP XC convention used to denote that the SI communication mode is

to be used.)

5. To terminate ParaView, select the File: Exit menu item from the ParaView Console window

on your desktop. Kill the various X Servers on the allocated cluster nodes. You can use the

SLURM scancel command.

Once you complete these steps, ParaView runs on the cluster while you maintain control of the

application from your local desktop. You have a simple version of the image on the ParaView

Console window that you can use to manipulate the image. These changes are displayed

simultaneously on the Display Surface you specified when you allocated the cluster resources.

6.2.4 Data Access

In the specific case of using ParaView, you are likely to want to place the data files where it is

convenient given your site configuration. Because ParaView controls the distribution of the data

among the Render Servers, you typically want to make sure that the data is available on all the

nodes allocated as Render Servers to allow data to load in parallel. One good location for the

data is on the local disks of the Render Server nodes. If you choose to store your data locally,

you can copy the data files to the /tmp directories of all the Render Server nodes.

If you choose to store data locally, you can copy the data file to the display node after the

application starts. This ensures that you access a node allocated to your job. You can also run

the launch script interactively if you plan to use local disk access to the data. When run in

interactive mode, the script allocates cluster resources first. You can then copy the data file to

the allocated display node before launching your visualization application.

Alternatively, NFS and the HP Scalable File Share (SFS) can provide access to the data. Because

HP SFS can provide high-bandwidth access to data over the SI of the SVA, it is recommended if

performance is a high priority.

See the SVA System Administration Guide for general guidelines and alternatives for accessing

data files when running visualization applications on the SVA.

6.2.5 Use of Display Surfaces

The SVA provides the infrastructure and utilities to simplify allocating display devices. The

primary mechanism that you use to set up displays is the Display Surface. A Display Surface is

composed of one or more display nodes and their associated display devices. For example, a

simple Display Surface is a specific display node and an attached flat panel display device. Initial

configuration of the SVA sets up a series of default named Display Surfaces, one for each display

node and its directly cabled display device. Any of these default Display Surfaces work for this

example.

58 Application Examples

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Hoshizaki

IMPORTANT

CONTENTS

I. Specications

A. Icemaker

2. DCM-500BAH-OS

3. DCM-500BWH

4. DCM-500BWH-OS

II. General Information

A. Construction

B. Ice Making Unit

C. Sequence of Operation

1. Startup

2. Shutdown & Restart

3. 12 Hour Drain Cycle

Shutdown & Restart

D. Control Board

1. Control Board Layout

Control Board

E. Float Switch

III. Technical Information

2. DCM-500BWH(-OS)

B. Wiring Diagrams

WIRE COLOR CODE

E. Performance Data

IV. Service Diagnosis

A. Diagnostic Procedure

B. Ice Production Check

C. Diagnostic Charts

2. Low Ice Production

3. Other

4. Dispensing

5. Opti Serve (OS) Sensors

5c. Water Dispensing

Water-Cooled Model Only

VI. Cleaning and Maintenance

B. Maintenance

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