About The Foundry Katana 3.0V3
Searching Tips Search is based on keyword. Ex: "Procedures" Do not search with natural language Ex: "How do I write a new procedure?" Contact Support Release Date 31 August 2018 Previous Releases • Katana 3.0v3 Release Notes System Requirements Officially Supported Operating Systems Windows 7 64-bit or higher Linux 64-bit operating system (CentOS/RHEL 6) Hardware Requirements Minimum Recommended CPU Dual-core processor Storage 1+ GB available for installation System RAM 1+ GB available Graphics RAM 1+ GB available 2+ GB available Display 800 x 600 1920 x 1080 OpenGL OpenGL 4.3+ 'Recommended' does not guarantee that it meets your particular needs Tested Workstation Hardware The configurations listed below are those that Foundry have tested with Katana. Due to the constantly changing nature and wide variety of computer hardware available in the market, Foundry is unable to officially certify hardware. The list below can be used as a recommendation and does not guarantee that it meets your particular needs. NVIDIA Quadro M4000 NVIDIA Quadro P4000 NVIDIA Quadro K4000 NVIDIA Quadro K6000 Please download and install the latest graphics driver from the NVIDIA website. If you encounter any issues, please contact Customer Support directly through the Support Portal at the following address: What's New in Katana 3.0 These release notes describe changes from Katana 3.0v3 to 3.0v4. For an overview of all changes in the Katana 3.0 line, please see What's New in Katana 3.0. Feature Enhancements Hydra Viewer TP 347584 - The Hydra Viewer now supports surface shaders and textures assigned to facesets. TP 354301 - The Hydra Viewer now allows the user to set the look-through location by dropping a camera or light location on a viewport. This functionality is also available in other Viewer API-derived viewers. TP 332495 - A new parameter named faceCulling has been added to ViewerObjectSettings nodes,
Key features of the The Foundry Katana 3.0V3 that are enabled through these drivers include:
- Katana 7.0v3 Release Notes - Foundry
- What's New in Katana 5.0 - Foundry
- Katana 5.0v3 Release Notes - Foundry
- Katana 7.0v1 Release Notes - Foundry
- The Foundry Katana 3.0v3 (x64) - SoftArchive
- How To Download And istall The Foundry Katana 3.0V3
- The Foundry Katana 3.0v3 for Win x64 - .137
–threads3d argument whenlaunching Katana where the value is sent to the render process.Render API¶enum RenderAPI::LiveRenderFilterMode¶Values:kLiveRenderFilterMode_Append¶kLiveRenderFilterMode_Replace¶enum RenderAPI::SceneGraphTraversalMode¶Values:kSceneGraphTraversalMode_LocationOrigin¶kSceneGraphTraversalMode_RecursiveFromSelection¶kSceneGraphTraversalMode_SelectedLocations¶kSceneGraphTraversalMode_SelectedLocationsRecursive¶enum RenderAPI::ProceduralArgsType¶Values:kProceduralArgsType_Classic¶kProceduralArgsType_ScenegraphAttr¶std::string Foundry::Katana::RenderOutputUtils::buildProceduralArgsString(FnScenegraphIterator sgIterator, ProceduralArgsType type, const std::string &argsAttrName, const ProceduralOutputContextInfo &contextInfo)¶void Foundry::Katana::RenderOutputUtils::flushProceduralDsoCaches(const std::string &apiName = "")¶flushProceduralDsoCaches int Foundry::Katana::RenderOutputUtils::getPixelAreaThroughCamera(FnScenegraphIterator sgIterator, const std::string &cameraName, const std::string &resolution)¶getPixelAreaThroughCamera void Foundry::Katana::RenderOutputUtils::findSampleTimesRelevantToShutterRange(std::vector &sampleTimes, const std::set &inputSamples, float shutterOpen, float shutterClose)¶findSampleTimesRelevantToShutterRange std::string Foundry::Katana::RenderOutputUtils::getRenderResolution(FnScenegraphIterator rootIterator, int *width, int *height)¶getRenderResolution std::string Foundry::Katana::RenderOutputUtils::getCameraPath(FnScenegraphIterator rootIterator)¶getCameraPath void Foundry::Katana::RenderOutputUtils::fillXFormListForLocation(std::vectorTransform> &xFormList, FnScenegraphIterator sgIterator, float shutterClose = 0.0f)¶fillXFormListForLocation bool Foundry::Katana::RenderOutputUtils::fillXFormListFromAttributes(std::vectorTransform> &xFormList, const FnAttribute::GroupAttribute &xformAttr, float shutterClose = 0.0f, bool invertMatrix = true)¶fillXFormListFromAttributes FnAttribute::GroupAttribute Foundry::Katana::RenderOutputUtils::convertTexturesToArbitraryAttr(const FnAttribute::GroupAttribute &texturesAttr)¶convertTexturesToArbitraryAttr FnAttribute::GroupAttribute Foundry::Katana::RenderOutputUtils::getFlattenedMaterialAttr(FnScenegraphIterator sgIterator, const FnAttribute::StringAttribute &terminalNamesAttr)¶getFlattenedMaterialAttr void Foundry::Katana::RenderOutputUtils::emptyFlattenedMaterialCache()¶emptyFlattenedMaterialCache CameraInfo Foundry::Katana::RenderOutputUtils::getCameraInfo(FnScenegraphIterator sgIterator, const std::string &cameraInfoPath)¶getCameraInfo Foundry::Katana::RenderOutputUtils::processLocation(FnScenegraphIterator sgIterator, const std::string &rendererName, const std::string &locationName, void *optionalInput, void **optionalOutput)¶Process a scene graph location for given a location type and renderer name. Looks up a scene graph location delegate plug-in given a location type and renderer name. If a plug-in is found the rendering/processing for this location is delegated to the plug-in where it operates on the corresponding scene graph iterator.Returntrue if a plug-in is found, false otherwise. ParameterssgIterator: - A scene graph iterator for the location to process. rendererName: - The name of the processor/renderer that should be used (can be empty to signify any-renderer). locationName: - The location type as retrieved from Foundry::Katana::SceneGraphIterator::getType() (must not empty). optionalInput: - Optional input data for the plug-in. optionalOutput: - Optional pointer that will point to the result of the processing/rendering. Foundry::Katana::RenderOutputUtils::fillDelegateHandledLocationTypesList(std::vector &delegateHandledLocationTypesList, const std::string &renderer = std::string())¶Returns a vector containing the location types for which there are
