How To: Set Up Satellite Rendering
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On each satellite computer, install XSI
When you run the Setup:
- Select the Custom Install option, and then select Configure distributed rendering services. When you get to the "TCP/IP port configuration for distributed rendering" dialog box, select the Configure satellite distributed rendering check box, and then click OK.
- Make a note of the port number that will be used for satellite rendering.
- Select Using a license server running on another computer, and then enter the name of the computer where you have the License Manager and the dongle installed.
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On the master computer, install the rendering services
If you installed the rendering services when you installed XSI, you can skip this section.
- Click Start > All Programs > Softimage Products > SOFTIMAGE XSI 6.5 > Setup.
- Click Modify and click Next.
- Select the "Configure distributed rendering services" check box. Leave the "Softimage XSI" check box selected.
- Click Next.
- The "TCP/IP port configuration for distributed rendering" dialog box appears.
- By default, "Configure satellite distributed rendering" should be selected.
- Make a note of the port number.
- Click OK
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Create a .ray3hosts file on the master computer
Create the .ray3hosts file in your User folder (for example, in C:\users\burton\Softimage\XSI_6.5).
A .ray3hosts file lists the satellite computers in the format hostname:port. For example:
#Satellites suda:7003 kima:7003 tamu:7003
You can find the port numbers in C:\windows\system32\drivers\etc\services.
Scroll down to the bottom of the file and look for a line that looks like this:
mi-raysat3_5_7_23 7003/tcp #
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Render something
In XSI, turn on Progress messages in the mental ray Diagnostics
- For the render region: click Regions > All Options, click the Diagnostics tab, and under Logged Messages, click Progress.
- For renders, click Render > Renderer Options and go to the Diagnostics tab.
Now render something.
If satellite rendering works, you'll see something like this in the history log:
// INFO : JOB 0.3 progr: 6.2% rendered on KIMA.3 // INFO : JOB 0.4 progr: 12.5% rendered on KIMA.4 // INFO : JOB 0.n progr: 18.7% rendered on TAMU.3 // INFO : JOB 0.n progr: 25.0% rendered on TAMU.1 // INFO : JOB 0.n progr: 31.2% rendered on TAMU.0 // INFO : JOB 0.n progr: 37.5% rendered on TAMU.2 // INFO : JOB 0.n progr: 43.7% rendered on TAMU.1 // INFO : JOB 0.4 progr: 50.0% rendered on KIMA.4 // INFO : JOB 0.5 progr: 56.2% rendered on KIMA.5 // INFO : JOB 0.n progr: 62.5% rendered on TAMU.0 // INFO : JOB 0.n progr: 68.7% rendered on TAMU.0 // INFO : JOB 0.6 progr: 75.0% rendered on KIMA.6 // INFO : JOB 0.4 progr: 81.2% rendered on KIMA.4 // INFO : JOB 0.n progr: 87.5% rendered on TAMU.1 // INFO : JOB 0.6 progr: 93.7% rendered on KIMA.6 // INFO : JOB 0.n progr: 100.0% rendered on TAMU.0
In the above, KIMA and TAMU are the names of the satellite computers. The .0 and .6 are threads.
This page was last modified 11:47, 25 Jul 2008.
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