A bonus, but unsupported, weapon: Network Rendering with FPrime 3 LightWave does not yet give users any option to choose which rendering engine to use. FPrime works around this limitation by providing a substitute custom Render Mode panel.
Network rendering is considerably more complex. Screamernet, LightWave's network rendering tool, does not have the ability to host FPrime. A standalone FPrime is quite possible, but nearly pointless since LightWave's proprietary effects (surface textures, Nodes, ACT cameras, HyperVoxels, etc) aren't exportable. FPrime 3 does offer a new temporary alternative,. The workaround is complex because it builds on top of LightWave's already elaborate network system. Essentially, for the PC, we're providing an unsupportedbut working tool which emulates a Screamernet node. It looks and acts like a LightWave node to a LightWave render controller, and ideally is a drop-in replacement.
This works by using a new program called WSN (as opposed to LightWave's LWSN). WSN responds to the exact same flags, options, and arguments are LWSN.
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WSN launches a copy of LightWave Layout (yes, Layout), and automatically starts an FPrime render process inside it. This depends on using Layout in LightWave's dongle-less demo Discovery Mode. Because of the (quite unsupported) novel use of Layout as well as the extra layers of complexity in just setting up the system, we offer complete documentation and FAQs below, but not guarantees of success nor support. Start with LWSN! Before trying to use WSN, it is critically important to initially configure and test your setup with classical LightWave Screamernet. You must get this working before you even try to get FPrime involved in any way! Screamernet setup is complex, error prone, and confusing even to professionals, but there is documentation in LightWave's manuals and independent guides.
An excellent one for the PC is by Matt Gorner and can be found at. A good guide for the Mac can be found at It is very important to get LightWave Screamernet host and nodes working before trying to use FPrime for network rendering. FPrime starts with, and builds onto, that Screamernet setup. Network rendering on the PC. How WSN.exe works WSN first searches for the Layout configuration files specified by the required '-c' command line switch. WSN makes a temporary copy of those config files, modifying them to reduce Layout's overhead as much as possible, as well as commanding Layout to automatically execute the FPrime render host upon startup.
It then launches Layout, and uses PC operating system calls to search for and automatically close any LightWave warning requesters, especially the LightWave Discovery Mode splash screen. FPrime takes control inside the launched Layout, and scans for assigned jobs (as defined by the WSN command line job and ack files.). When FPrime gets a quit command, it forces Layout to close, then WSN.exe wakes up again and deletes the temporary config files before exiting itself. On the PC, FPrime has a companion program called 'WSN.exe' (as opposed to LightWave Screamernet, which is 'LWSN.exe'). WSN responds to the identical command line arguments as LWSN. WSN.exe doesn't do any rendering itself. Instead, it launches a copy of LightWave Layout and has FPrime take control.
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