Books
Beginning with REDsdkRelease notesBuilding a REDsdk applicationREDsdk features at a glanceLicensingGetting supportProgramming languageDeploymentError trackingOpenGLMetalSoftware startupHardware platformsVirtualization platformsResource managerData managerWindowsViewpoint render listsViewpointsOptionsTransaction managementLife cycle of REDsdk objectsPickingBackboneREDsdk scene graph overviewBuilding REDsdk materialsMaterial layersetsUsing built-in REDsdk materialsThe material controllerThe shading pipelineWriting a custom materialRendering prioritiesMaterial batchingREDsdk textures and imagesRendering with REDsdkSky modelRendering photo-realistic imagesAdvanced real-time renderingRendering large assembliesAnalyzing performancesImporting dataThe .red file formatAnimation systemIntroduction to REDnetRendering clouds of points: a dynamic point splatting exampleImproving CAD graphics
TutorialsStartup tutorialsReal-time tutorialsIntegration into an existing OpenGL applicationIntegration into an existing Metal applicationBuilding basic primitivesDisplaying textsAdding edgesAnchoring viewpoints in a windowShapes hierarchyUsing instance countersRendering to an offscreen bufferPickingPicking using a lassoGeometry layersMaterial layersUsing culling callbacks for visibility controlTransparencyBackground setup: A CAD style exampleVolume viewSetup a composite imageViewport shadingCutting geometries: a practical exampleCutting geometries: using multiple cutting planesRendering any line thickness using quadsHidden lines removal: A real-time exampleApplying polygon offset to see edges of a geometryWriting material controller propertiesWriting a custom rendering shader in ARBWriting a custom rendering shader in GLSLWriting a custom rendering shader using geometry programCartoon shadingEnvironmental mappingCreating panoramaCreating stereoscopic panoramaGI cache and tone mapping for panoramaGI and light bakingApplying a logo over a material's geometryA billboard example using an alpha mask textureStereoscopic displayOculus RiftHTC ViveDeferred shading using multiple render targetsPlaying an animation clipLoading and playing skeletal animations[Rendering clouds of points: a dynamic point splatting example][Improving CAD graphics]Advanced real-time tutorialsRendering tutorialsDenoising an imageRendering large imagesLighting with physical lightsOutdoor lightingGeneric materialUsing the realistic materialWriting a custom software rendering shaderAdding displacement mapping to a materialRendering volumetric effectsDefining a custom volumetric effectRendering volumetric cloudsSketch renderingTracing custom raysApplying tone mapping on a completed imagePath-tracingRendering skiesUsing skylight portalsBackground cloudsREDnet tutorialsMiscellaneous tutorials
TasksApplicationSetting up a REDsdk software vendor licenseSetting up a REDsdk per-seat licenseAccessing to RED object interfacesAssembling a minimal REDsdk applicationSetup an error callbackCreating a REDsdk window using the RED::FactoryIntegrating a REDsdk window into an existing OpenGL windowCreating and destroying objects using the RED::FactoryCreating or accessing the resource managerWriting to REDsdk objects using a transactionHardware or software startupRendering a window contentsSoftware restart after failureEnabling frame statisticsCreating or destroying an imageCreating or destroying a materialCreating or destroying a fontIdentifying a computer's GPUIdentifying a GPU's installed driverCreating and accessing an auxiliary VRL's render imageCreating a viewpoint and visualizing shapesSetup engine optionsAccessing and customizing the memory allocatorSetting up a simple cameraScenegraphChange a shape visibility using layersetsCreating a LayersetCreating and destroying shapesStreaming a DAG to a .red fileUpdate bounding spheres for a hierarchy of shapesAdding or removing children from a transform shapeSetup a mesh geometry channelsCreating a fontCreating a text shapeCreating an instanced shapeCreating a polygon shapeMaterialCreating and destroying materialsEnumerating a material controller's propertiesLoading and duplicating a materialCreating a generic materialLoading a material from libraryRegistering and adding a shader to a material passWriting a simple custom rendering shaderAdding a shader parameter to a rendering shaderDefining software shader DLL entry pointsDefining software shader local entry pointsIterating over lights in a software shaderModifying a material priorityMimicking a direct shader setup for indirect rendering passesChecking the availability of needed input geometry channelsCreating a realistic metal materialCreating a realistic glass materialCreating a realistic liquid materialCreating a realistic wood materialCreating a realistic marble materialCreating a realistic cloth materialConverting PBR metallic data to the realistic materialImageDuplicating an imageCreating a physical sky textureCreating and destroying imagesHow to load and save image to file?How to load and save image to .red file?Creating a bump from an imageScaling a normal mapSetting a render imageCreating a 2D imageCreating a 3D imageCreating a cube imageSetting a background imageLightSetup an ambient lightSetup a point lightSetup a spot lightSetup a directional lightSetup a beam lightControlling visibility of a physical light emitterSetup a physical lightSetup a physical sun lightSetup a physical moon lightSetup a physical sky lightAdding clouds to a sky light shapeConfiguring the sky for a Y-Up applicationSetup a rectangular area lightEnable shadow mappingTurning on ray-traced shadows[Iterating over lights in a software shader]FileAccessing to loaded dataCreating a .red fileCreating RED streamsDefining .red file policyLoad an encrypted .red fileLoading a .red fileSave an encrypted .red fileReplaying an animation using the data managerLoading a file using the Input-Output APISaving a file using the Input-Output API[Streaming a DAG to a .red file][How to load and save image to file?][How to load and save image to .red file?]Advanced real-time rendering (ART)RenderingTurning on adaptive samplingEnabling GIComputing a view-dependent GI cacheComputing a view-dependent 360° GI cacheComputing a world GI cacheSaving and loading a GI cacheSetting an external GI cacheA simple volumetric effect exampleMixing hardware and software renderingSetting up a HDR rendering pipelineSetting up rendering layersEnabling tone mappingInterpolating GI for flickering-free animationsEnabling Intel Open Image DenoiseAnimationCreating an animation clip controllerCreating a skeletal animation clip controllerCreating a skeletal animation blenderFiltering skeleton bonesDefining root motion policies for a walking characterDoing smooth transitions between skeletal animationsMerging skeletal animations onto different body partsMiscellaneous
API
This task shows how to estimate a rough white balance reference for automatic image balance correction.
Create a simple RED::UserDataRaw container with some custom application data and assign it to a shape.
| Computing an automatic white balance reference |
REDsdk 5.3