Equalizer - Parallel Rendering

I'm working on a project using equalizer and Ogre. I have been developing an example on Fedora 17, with ogre 1.8.1 and equalizer 1.4. My code compiles but when I run it, the next errors show up: 5261 /src/Equalizer/libs/eq/server/ configUpdateSyncVisitor.h:115 439 eq::server::Channel initialization failed: Window not running (0x403f)

Ok, done. Although it seems weird... Not sure what's going on here. Looks like an incomplete build, since the method is exported and defined. HTH, Stefan. -- View this message in context: [link] Sent from the Equalizer - Parallel Rendering mailing list archive at Nabble.com.

I don't know which thread is eating your CPU. You'll have to profile this yourself. Seems that a free-running render thread is not your issue. The event handling is executed from the main loop, and blocking there is certainly a bad idea. HTH, Stefan. -- View this message in context: [link]

Do you have VSync enabled? From your problem description I guess not. This is a general OpenGL problem. If you stop the camera, CPU usage should drop to 0% since eqPly is event-driven. HTH, Stefan. -- View this message in context: [link]

Hi, 'Server' in Equalizer means something else then you do. The server is the entity driving all processes in a cluster. The first process in your scenario would be a display-only node. You write a configuration file where only the second machine ... [More] renders. Start with 2-node.2D, remove the first child compound of the 2D static compound and increase the viewport to FULL of the other. I suggest reading the User Guide on writing configurations. [Less]

Hi Andy, Does it also crash if you build eqPly with the provided CMakeLists? It should not, I tested this during the 1.4 release. Can you run it with 'EQ_LOG_LEVEL=INFO' to get a clue where it crashes? My next step would then be to run under gdb to ... [More] see if I get something useful (likely not), then build debug libraries and drop them in place and run again under gdb. [Less]

Tomorrow night is the poster session for the second poster, recent advances in Equalizer: Region of Interest, Focus Distance, Optimizations for Multi-GPU Clusters (Thread Affinity, Asynchronous Readback) and new applications. The poster is already up ... [More] in Ballroom A, or on the right side. The DASH poster reception went very well, everybody I talked was convinced [...] [Less]

Tomorrow night is the poster session for the second poster, recent advances in Equalizer: Region of Interest, Focus Distance, Optimizations for Multi-GPU Clusters (Thread Affinity, Asynchronous Readback) and new applications. The poster is already up ... [More] in Ballroom A, or on the right side. The DASH poster reception went very well, everybody I talked was convinced […] [Less]

Tomorrow night is the poster session for the second poster, recent advances in Equalizer: Region of Interest, Focus Distance, Optimizations for Multi-GPU Clusters (Thread Affinity, Asynchronous Readback) and new applications. The poster is already up ... [More] in Ballroom A, or on the right side. The DASH poster reception went very well, everybody I talked was convinced […] [Less]

Today I’ll be presenting our DASH poster at the IEEE VisWeek. This is the first official outing of DASH, I’m intrigued to see what interest it will generate. If you’re around in Seattle, feel free to come and speak to me, otherwise have a look at the poster on the right and leave comments. For [...]