The owning camera BufferedRTHandleSystem reference is used for central storage. The central storage allows the camera to track all of the history types in a single place. And gives the deriving type a direct access to texture allocation services. Type id is used to deconflict RTHandle ids from different types.

The user is responsible for designing the derived type to work well with the producing and consuming render passes. For example: Add the necessary cpu-side tracking data and update logic. Add methods for accessing the history data and design a suitable API for the type. Handle allocation and deallocation of the history texture RTHandles etc.

CameraSwitcher

Utility component allowing users to setup many different static camera and cycle through their positions using the Debug Window.

ClampedFloatParameter

A VolumeParameter that holds a float value clamped between a minimum and a maximum value.

ClampedIntParameter

A VolumeParameter that holds an int value clamped between a minimum and a maximum value.

ColorParameter

A VolumeParameter that holds a Color value.

ColorSpaceUtils

This class holds a collection of color space transformation matrices.

ColorUtils

A set of color manipulation utilities.

CommandBufferPool

Command Buffer Pool

ComponentSingleton<TType>

Singleton of a Component class.

ComputeCommandBuffer

A command buffer that is used with a compute render graph pass.

ConstantBuffer

Constant Buffer management class.

ConstantBufferBase

The base class of Constant Buffer.

ConstantBuffer<CBType>

An instance of a constant buffer.

ContextContainer

ContextContainer is a Dictionary like storage where the key is a generic parameter and the value is of the same type.

ContextItem

This is needed to add the data to ContextContainer and will control how the data are removed when calling Dispose on the ContextContainer.

CoreMatrixUtils

Set of utility functions for the Core Scriptable Render Pipeline Library related to Matrix operations

CoreRPHelpURLAttribute

Attribute to define the help url

CoreRenderPipelinePreferences

CoreUnsafeUtils

Static class with unsafe utility functions.

CoreUtils

Set of utility functions for the Core Scriptable Render Pipeline Library

CoreUtils.Priorities

Class to store the menu priorities on each top level menu

CoreUtils.Sections

Class to store the menu sections

CubemapParameter

A VolumeParameter that holds a Cubemap value.

CurrentPipelineHelpURLAttribute

Use this attribute to define the help URP.

DebugDisplayGPUResidentDrawer

GPU Resident Drawer Rendering Debugger settings.

DebugDisplaySettingsHDROutput

Debug Display Settings HDR Output

DebugDisplaySettingsPanel

The abstract common implementation of the IDebugDisplaySettingsPanelDisposable

DebugDisplaySettingsPanel<T>

Class to help declare rendering debugger panels

DebugDisplaySettingsStats<TProfileId>

Display stats panel

DebugDisplaySettingsUI

The UI implementation for a debug settings panel

DebugDisplaySettingsVolume

Debug Display Settings Volume

DebugDisplaySettings<T>

Templated class for IDebugDisplaySettings

DebugDisplayStats<TProfileId>

Base class for Rendering Debugger Display Stats.

DebugFrameTiming

Debug frame timings class

DebugManager

Manager class for the Debug Window.

DebugOverlay

Utility class for debug overlay coordinates.

DebugShapes

Debug class containing several debug shapes for debugging

DebugUI

Debug UI Class

DebugUI.BitField

Bitfield enumeration field.

DebugUI.BoolField

Boolean field.

DebugUI.Button

Button widget.

DebugUI.ColorField

Color field.

DebugUI.Container

Base class for "container" type widgets, although it can be used on its own (if a display name is set then it'll behave as a group with a header)

DebugUI.EnumField

A dropdown that contains the values from an enum.

DebugUI.EnumField<T>

Generic DebugUI.EnumField that stores enumNames and enumValues

DebugUI.Field<T>

Generic field - will be serialized in the editor if it's not read-only

DebugUI.FloatField

A slider for a float.

DebugUI.Foldout

Unity-like foldout that can be collapsed.

DebugUI.HBox

Horizontal Layout Container.

DebugUI.HistoryBoolField

An array of checkboxes that Unity displays in a horizontal row.

DebugUI.HistoryEnumField

Enumerator field with history.

DebugUI.IntField

A slider for an integer.

DebugUI.MessageBox

A read-only message box with an icon.

DebugUI.ObjectField

A field for selecting a Unity object.

DebugUI.ObjectListField

A list of fields for selecting Unity objects.

DebugUI.ObjectPopupField

A dropdown that contains a list of Unity objects.

DebugUI.Panel

Root panel class.

DebugUI.ProgressBarValue

A progress bar that displays values between 0% and 100%.

DebugUI.RuntimeDebugShadersMessageBox

Widget that will show into the Runtime UI only Warning the user if the Runtime Debug Shaders variants are being stripped from the build.

DebugUI.Table

Array Container.

DebugUI.Table.Row

Row Container.

DebugUI.UIntField

A slider for a positive integer.

DebugUI.VBox

Vertical Layout Container.

DebugUI.Value

A field that displays a read-only value.

DebugUI.ValueTuple

An array of read-only values that Unity displays in a horizontal row.

DebugUI.Vector2Field

Vector2 field.

DebugUI.Vector3Field

Vector3 field.

DebugUI.Vector4Field

Vector4 field.

DebugUI.Widget

Base class for all debug UI widgets.

DelegateUtility

Delegate utility class.

DictionaryPool<TKey, TValue>

Dictionary Pool.

DisplayInfoAttribute

Attribute used to customize UI display.

DocumentationInfo

Documentation Info class.

DocumentationUtils

Set of utils for documentation

DynamicArrayExtensions

Extension class for DynamicArray

DynamicArray<T>

Generic growable array.

DynamicResolutionHandler

The class responsible to handle dynamic resolution.

DynamicString

A mutable string with a size and capacity so you can do string manipulations wile avoiding GC allocs.

EnumParameter<T>

Generic Enum volume parameter.

FSRUtils

Utility functions relating to FidelityFX Super Resolution (FSR)

These functions are expected to be used in conjuction with the helper functions provided by FSRCommon.hlsl.

FloatParameter

A VolumeParameter that holds a float value.

FloatRangeParameter

A VolumeParameter that holds a Vector2 value holding a range of two float values clamped between a minimum and a maximum value.

FreeCamera

Utility Free Camera component.

GPUResidentDrawer

Static utility class for updating data post cull in begin camera rendering

GenerateHLSL

Attribute specifying that HLSL code should be generated.

GenericPool<T>

Generic pool.

HDROutputUtils

Utility class for outputting to an HDR display.

HDROutputUtils.ShaderKeywords

Shader keywords for communicating with the HDR Output shader implementation.

HLSLArray

Attribute defining an HLSL array.

HableCurve

An implementation of Hable's artist-friendly tonemapping curve. http://filmicworlds.com/blog/filmic-tonemapping-with-piecewise-power-curves/

HableCurve.Segment

Individual curve segment.

HableCurve.Uniforms

An utility class to ease the binding of curve parameters to shaders.

HaltonSequence

An utility class to compute samples on the Halton sequence. https://en.wikipedia.org/wiki/Halton_sequence

Hammersley

Utility class to bind Hammersley shader constants for Compute Shader

HashSetPool<T>

HashSet Pool.

HideInDebugUIAttribute

Attribute used to hide enum values from Rendering Debugger UI

IncludeAdditionalRPAssets

Define the RPAsset inclusion at build time, for your pipeline. Default: only RPAsset in QualitySettings are embedded on build

IntParameter

A VolumeParameter that holds an int value.

KeyframeUtility

A helper function for interpolating AnimationCurves together. In general, curves can not be directly blended because they will have keypoints at different places. InterpAnimationCurve traverses through the keypoints. If both curves have a keypoint at the same time, they keypoints are trivially lerped together. However if one curve has a keypoint at a time that is missing in the other curve (which is the most common case), InterpAnimationCurve calculates a synthetic keypoint at that time based on value and derivative, and interpolates the resulting keys. Note that this function should only be called by internal rendering code. It creates a small pool of animation curves and reuses them to avoid creating garbage. The number of curves needed is quite small, since curves only need to be used when interpolating multiple volumes together with different curve parameters. The underlying interp function isn't allowed to fail, so in the case where we run out of memory we fall back to returning a single keyframe.

LayerMaskParameter

A VolumeParameter that holds a LayerMask value.

LensFlareCommonSRP

Common code for all Data-Driven Lens Flare used

LensFlareComponentSRP

Data-Driven Lens Flare can be added on any gameobject

LensFlareDataElementSRP

LensFlareDataElementSRP defines collection of parameters describing the behavior a Lens Flare Element.

LensFlareDataSRP

LensFlareDataSRP defines a Lens Flare with a set of LensFlareDataElementSRP

LightUnitUtils

Light Unit Utils contains functions and definitions to facilitate conversion between different light intensity units.

ListBufferExtensions

Extensions for ListBuffer<T>.

ListChangedEventArgs<T>

On List Changed Event Args.

ListPool<T>

List Pool.

MaterialParameter

A VolumeParameter that holds a Material value.

MaterialQualityUtilities

Material Quality utility class.

MaxFloatParameter

A VolumeParameter that holds a float value clamped to a max value.

MaxIntParameter

A VolumeParameter that holds an int value clamped to a maximum value.

MinFloatParameter

A VolumeParameter that holds a float value clamped to a minimum value.

MinIntParameter

A VolumeParameter that holds an int value clamped to a minimum value.

MousePositionDebug

Provides mouse position for debugging purpose.

NoInterpClampedFloatParameter

A VolumeParameter that holds a non-interpolating float value clamped between a minimum and a maximum value.

NoInterpClampedIntParameter

A VolumeParameter that holds a non-interpolating int value clamped between a minimum and a maximum value.

NoInterpColorParameter

A VolumeParameter that holds a non-interpolating Color value.

NoInterpCubemapParameter

A VolumeParameter that holds a non-interpolating Cubemap value.

NoInterpFloatParameter

A VolumeParameter that holds a non-interpolating float value.

NoInterpFloatRangeParameter

A VolumeParameter that holds a non-interpolating Vector2 value holding a range of two float values clamped between a minimum and a maximum value.

NoInterpIntParameter

A VolumeParameter that holds a non-interpolating int value.

NoInterpMaxFloatParameter

A VolumeParameter that holds a non-interpolating float value clamped to a maximum value.

NoInterpMaxIntParameter

A VolumeParameter that holds a non-interpolating int value that clamped to a maximum value.

NoInterpMinFloatParameter

A VolumeParameter that holds a non-interpolating float value clamped to a minimum value.

NoInterpMinIntParameter

A VolumeParameter that holds a non-interpolating int value that clamped to a minimum value.

NoInterpRenderTextureParameter

A VolumeParameter that holds a non-interpolating RenderTexture value.

NoInterpTextureParameter

A VolumeParameter that holds a non-interpolating Texture value.

NoInterpVector2Parameter

A VolumeParameter that holds a non-interpolating Vector2 value.

NoInterpVector3Parameter

A VolumeParameter that holds a non-interpolating Vector3 value.

NoInterpVector4Parameter

A VolumeParameter that holds a non-interpolating Vector4 value.

ObjectParameter<T>

A VolumeParameter that holds a serializable class or struct.

ObjectPool<T>

Generic object pool.

ObservableList<T>

Observable list.

OcclusionTestMethods

Extension methods for OcclusionTest.

PackingAttribute

Attribute defining packing.

PowerOfTwoTextureAtlas

Texture atlas with rectangular power of two size.

ProbeAdjustmentVolume

A marker to adjust probes in an area of the scene.

ProbeReferenceVolume

The reference volume for the Adaptive Probe Volumes system. This defines the structure in which volume assets are loaded into. There must be only one, hence why it follow a singleton pattern.

ProbeTouchupVolume

A marker to adjust probes in an area of the scene.

ProbeVolume

A marker to determine what area of the scene is considered by the Probe Volumes system

ProbeVolumeBakingSet

An Asset which holds a set of settings to use with a Probe Reference Volume.

ProbeVolumePerSceneData

A component that stores baked probe volume state and data references. Normally hidden in the hierarchy.

ProbeVolumeSceneData

A class containing info about the bounds defined by the probe volumes in various scenes.

ProbeVolumesOptions

A volume component that holds settings for the Adaptive Probe Volumes System per-camera options.

ProfilingSampler

Wrapper around CPU and GPU profiling samplers. Use this along ProfilingScope to profile a piece of code.

RTHandle

A RTHandle is a RenderTexture that scales automatically with the camera size. This allows proper reutilization of RenderTexture memory when different cameras with various sizes are used during rendering. RTHandleSystem

RTHandleSystem

System managing a set of RTHandle textures

RTHandles

Default instance of a RTHandleSystem

RasterCommandBuffer

A command buffer that is used with a rasterization render graph pass.

ReloadAttribute

Attribute specifying information to reload with ResourceReloader. This is only used in the editor and doesn't have any effect at runtime.

ReloadGroupAttribute

Attribute specifying that it contains element that should be reloaded. If the instance of the class is null, the system will try to recreate it with the default constructor. Be sure classes using it have default constructor!

RemoveRangeExtensions

A set of extension methods for collections

RenderGraphGlobalSettings

Render Graph global settings class.

RenderPipelineGlobalSettingsUtils

Set of utilities for RenderPipelineGlobalSettings

RenderPipelineGlobalSettings<TGlobalRenderPipelineSettings, TRenderPipeline>

A ScriptableObject to associate with a RenderPipeline and store project-wide settings for that pipeline. You can register a single RenderPipelineGlobalSettings instance to the GraphicsSettings by using RegisterRenderPipelineSettings(Type, RenderPipelineGlobalSettings). You can use this to save RenderPipeline settings that appear in GraphicsSettings.

RenderPipelineGraphicsSettingsContainer

Contains a double list of UnityEngine.Rendering.IRenderPipelineGraphicsSettings one is used for editor and the other for standalone release, the standalone release will be stripped by IRenderPipelineGraphicsSettingsStripper<T>

RenderPipelineResources

Base of resources assets in SRP

RenderTextureParameter

A VolumeParameter that holds a RenderTexture value.

RenderingLayerMaskParameter

A VolumeParameter that holds a LayerMask value.

ResourceReloader

The resources that need to be reloaded in Editor can live in Runtime. The reload call should only be done in Editor context though but it could be called from runtime entities.

STP

Interface to the Spatial-Temporal Post-Processing Upscaler (STP). This class allows users to configure and execute STP via render graph.

STP.HistoryContext

Opaque history information required by STP's implementation Users are expected to create their own persistent history context, update it once per frame, and provide it to STP's execution logic through the configuration structure.

SceneRenderPipeline

Setup a specific render pipeline on scene loading. This need to be used with caution as it will change project configuration.

SerializableEnum

Class to serizalize Enum as string and recover it's state

SerializedDictionary<K, V>

Unity can't serialize Dictionary so here's a custom wrapper that does. Note that you have to extend it before it can be serialized as Unity won't serialized generic-based types either.

SerializedDictionary<K, V, SK, SV>

Dictionary that can serialize keys and values as other types

ShaderDebugPrintInputProducer

Reads system input to produce ShaderDebugPrintInput parameters.

ShaderDebugPrintManager

Internal development tool. Manages gpu-buffers for shader debug printing.

ShaderStrippingSetting

Class that stores shader stripping settings shared between all pipelines

SphericalHarmonicsL2Utils

A collection of utility functions used to access and set SphericalHarmonicsL2 in a more verbose way.

SurfaceDataAttributes

Attribute specifying the parameters of a surface data field.

SwapCollectionExtensions

A set of extension methods for collections

Texture2DAtlas

A generic Atlas texture of 2D textures. An atlas texture is a texture collection that collects multiple sub-textures into a single big texture. Sub-texture allocation for Texture2DAtlas is static and will not change after initial allocation. Does not add mipmap padding for sub-textures.

Texture2DParameter

A VolumeParameter that holds a 2D Texture value.

Texture3DParameter

A VolumeParameter that holds a 3D Texture value.

TextureCurve

A wrapper around AnimationCurve to automatically bake it into a texture.

TextureCurveParameter

A VolumeParameter that holds a TextureCurve value.

TextureGradient

A wrapper around Gradient to automatically bake it into a texture.

TextureGradientParameter

A VolumeParameter that holds a TextureGradient value.

TextureParameter

A VolumeParameter that holds a Texture value.

TextureXR

Utility class providing default textures compatible in any XR setup.

TileLayoutUtils

Utility for tiles layout

UnsafeCommandBuffer

A command buffer that is used with an unsafe render graph pass.

UnsafeGenericPool<T>

Generic pool without collection checks. This class is an alternative for the GenericPool for object that allocate memory when they are being compared. It is the case for the CullingResult class from Unity, and because of this in HDRP HDCullingResults generates garbage whenever we use ==, .Equals or ReferenceEquals. This pool doesn't do any of these comparison because we don't check if the stack already contains the element before releasing it.

Vector2Parameter

A VolumeParameter that holds a Vector2 value.

Vector3Parameter

A VolumeParameter that holds a Vector3 value.

Vector4Parameter

A VolumeParameter that holds a Vector4 value.

Volume

A generic Volume component holding a VolumeProfile.

VolumeComponent

The base class for all the components that can be part of a VolumeProfile. The Volume framework automatically handles and interpolates any VolumeParameter members found in this class.

VolumeComponent.Indent

Local attribute for VolumeComponent fields only. It handles relative indentation of a property for inspector.

VolumeComponentDeprecated

An attribute to hide the volume component to be added through Add Override button on the volume component list

VolumeComponentMenu

This attribute allows you to add commands to the Add Override popup menu on Volumes. To filter VolumeComponentMenu based on current Render Pipeline, add SupportedOnRenderPipeline attribute to the class alongside with this attribute.

VolumeComponentMenuForRenderPipeline

This attribute allows you to add commands to the Add Override popup menu on Volumes and specify for which render pipelines will be supported

VolumeDebugSettings<T>

The volume settings

VolumeManager

A global manager that tracks all the Volumes in the currently loaded Scenes and does all the interpolation work.

VolumeParameter

The base class for all parameters types stored in a VolumeComponent.

VolumeParameter<T>

A generic implementation of VolumeParameter. Custom parameters should derive from this class and implement their own behavior.

VolumeProfile

An Asset which holds a set of settings to use with a Volume.

VolumeStack

Holds the state of a Volume blending update. A global stack is available by default in VolumeManager but you can also create your own using CreateStack() if you need to update the manager with specific settings and store the results for later use.

XRGraphicsAutomatedTests

Utility class to connect SRP to automated test framework.

XRSRPSettings

XRGraphics insulates SRP from API changes across platforms, Editor versions, and as XR transitions into XR SDK

Structs

BatchRendererGroupGlobals

Contains default values for built-in properties that the user is expected to manually provide for DOTS_INSTANCING_ON shaders. The struct layout matches the unity_DOTSInstanceGlobalValues constant buffer the shader expects the default values in.

BitArray128

Bit array of size 128.

BitArray16

Bit array of size 16.

BitArray256

Bit array of size 256.

BitArray32

Bit array of size 32.

BitArray64

Bit array of size 64.

BitArray8

Bit array of size 8.

CommandBufferHelpers

This struct contains some static helper functions that can be used when you want to convert between Commandbuffer and RasterCommandBuffer/ComputeCommandBuffer/UnsafeCommandBuffer

CoreUnsafeUtils.FixedBufferStringQueue

Fixed Buffer String Queue class.

DebugUI.Foldout.ContextMenuItem

Context menu item.

DebugUI.Widget.NameAndTooltip

Helper struct to allow more compact initialization of widgets.

DynamicArray<T>.Iterator

IEnumerator-like struct used to loop over this entire array. See the IEnumerator docs for more info: IEnumerator

DynamicArray<T>.RangeEnumerable

IEnumerable-like struct used to iterate through a subsection of this array. See the IEnumerable docs for more info: IEnumerable

DynamicArray<T>.RangeEnumerable.RangeIterator

IEnumerator-like struct used to iterate through a subsection of this array. See the IEnumerator docs for more info: IEnumerator

GPUPrefixSum

Utility class for computing inclusive or exclusive prefix sums, directly or indirectly dispatched on the GPU.

GPUPrefixSum.DirectArgs

Arguments for a direct prefix sum.

GPUPrefixSum.IndirectDirectArgs

Arguments for an indirect prefix sum.

GPUPrefixSum.LevelOffsets

Structure defining level offsets.

GPUPrefixSum.RenderGraphResources

Utility for adapting to render graph usage.

GPUPrefixSum.SupportResources

Data structure containing the runtime resources that are bound by the command buffer.

GPUPrefixSum.SystemResources

Structure defining any required assets used by the GPU sort.

GPUResidentDrawerSettings

Utility struct to pass GPU resident drawer settings together

GPUSort

Utility class for sorting (key, value) pairs on the GPU.

GPUSort.Args

Data structure containing runtime dispatch parameters for the sort.

GPUSort.RenderGraphResources

Utility for adapting to render graph usage.

GPUSort.SupportResources

Data structure containing the runtime resources that are bound by the command buffer.

GPUSort.SystemResources

Structure defining any required assets used by the GPU sort.

GlobalDynamicResolutionSettings

User-facing settings for dynamic resolution.

HDROutputUtils.HDRDisplayInformation

This struct Provides access to HDR display settings and information.

ListBuffer<T>

A list that stores value on a provided memory buffer.

Usually use this to have a list on stack allocated memory.

ObjectPool<T>.PooledObject

Pooled object.

Observable<T>

Represents an observable value of type T. Subscribers can be notified when the value changes.

OccluderParameters

Parameters structure for passing to GPUResidentDrawer.UpdateInstanceOccluders.

OccluderSubviewUpdate

Parameters structure for passing to GPUResidentDrawer.UpdateInstanceOccluders.

OcclusionCullingSettings

Parameter structure for passing to GPUResidentDrawer.InstanceOcclusionTest.

ProbeReferenceVolume.ExtraDataActionInput

The input to the retrieveExtraDataAction action.

ProbeReferenceVolume.RuntimeResources

The resources that are bound to the runtime shaders for sampling Adaptive Probe Volume data.

ProbeVolumeSystemParameters

Initialization parameters for the probe volume system.

ProfilingSample

Profiling Sampler class.

ProfilingScope

Scoped Profiling markers

RTHandleAllocInfo

Information about the allocation of a RTHandle

RTHandleProperties

List of properties of the RTHandle System for the current frame.

RTHandleStaticHelpers

This struct contains some static helpers that can be used when converting RTid to RThandle The common use case is to convert rtId to rtHandle and use the handle with other handle compatible core APIs

RenderRequestBatcherContext

Context struct for passing into GPUResidentDrawer.PostCullBeginCameraRendering

SHCoefficients

Contains spherical harmonic coefficients used for lighting representation in the format expected by DOTS_INSTANCING_ON shaders.

The size of the struct is padded to a power of two so arrays of such structs can be efficiently indexed in shaders.

STP.Config

Top-level configuration structure required for STP execution

STP.HistoryUpdateInfo

Describes the information needed to update the history context

STP.PerViewConfig

STP configuration data that varies per rendered view

ShaderDebugPrintInput

Shader constant input parameters.

ShaderGenUInt4

This type needs to be used when generating unsigned integer arrays for constant buffers.

SphericalHarmonicsL1

Structure holding Spherical Harmonic L1 coefficient.

SubviewOcclusionTest

Parameter structure for passing to GPUResidentDrawer.InstanceOcclusionTest.

VolumeIsolationScope

A scope in which a Camera filters a Volume.

Interfaces

CoreUnsafeUtils.IKeyGetter<TValue, TKey>

Key Getter interface.

DebugUI.IContainer

Interface for widgets that can contain other widgets.

DebugUI.IValueField

Any widget that implements this will be considered for serialization (only if the setter is set and thus is not read-only)

IAdditionalData

Interface to identify additional data components

IBaseCommandBuffer

This interface declares functions shared by several command buffer types.

IBitArray

IBitArray interface.

ICameraHistoryReadAccess

User API to get history read access for a user history type instance. Read access is valid and available after the history type has been requested and written by a render pass. Otherwise a null is returned. Typically called by the history type consumer render pass in the render pipeline.

User API for external systems to register history read access callbacks.

ICameraHistoryWriteAccess

User API to get history write access for a user history type instance. Write access is valid and available after the history type has been requested. Otherwise a null is returned. Typically called by the history type producer render pass in the render pipeline.

ICloudBackground

Interface defining if an SRP supports environment effects for lens flare occlusion

IComputeCommandBuffer

This interface declares functions that are specific to a compute command buffer.

IDebugData

IDebugData interface.

IDebugDisplaySettings

Interface for storing the debug settings

IDebugDisplaySettingsData

Debug UI panel interface

IDebugDisplaySettingsPanel

Debug UI panel

IDebugDisplaySettingsPanelDisposable

Debug UI panel disposable

IDebugDisplaySettingsQuery

Interface for determining what kind of debug settings are currently active.

IDefaultVolumeProfileAsset

Interface for a class that provides access to the asset used to initialize the default volume profile.

IDefaultVolumeProfileSettings

Interface for a settings class for that stores the default volume profile for Volume Framework.

IGPUResidentRenderPipeline

Interface that can be added to a RenderPipelineAsset which indicates that it can support the GPUResidentDrawer.

IPerFrameHistoryAccessTracker

User API to request access for an instance of the user history type. Tracks the history types that were requested by the render pipeline features on this frame. Requested history types are then made available for the future frames. Request is active for one frame only and a new request should be made every frame. Types that were not requested are eventually reset and GPU resources released.

IPostProcessComponent

Implement this interface on every post process volumes

IProbeVolumeEnabledRenderPipeline

By implementing this interface, a render pipeline can indicate to its usage of the Adaptive Probe Volume system..

IRasterCommandBuffer

This interface declares functions that are specific to a rasterization command buffer.

IRenderPipelineGraphicsSettingsStripper<T>

Interface to define an stripper for a UnityEngine.Rendering.IRenderPipelineGraphicsSettings

IShaderVariantSettings

Exposes settings for shader variants

IStripper

IUnsafeCommandBuffer

This interface declares functions that are specific to an unsafe command buffer.

IVirtualTexturingEnabledRenderPipeline

By implementing this interface, a render pipeline can indicate to external code it supports virtual texturing.

IVolume

An interface for Volumes

IVolumeDebugSettings

Volume debug settings. This variant is obsolete and kept only for not breaking user code. Use IVolumeDebugSettings2 for all new usage.

IVolumeDebugSettings2

Volume debug settings.

IVolumetricCloud

Volumetric Cloud Interface for VolumetricCloud on each SRP

Enums

APVConstantBufferRegister

Defines the constant buffer register that will be used as binding point for the Adaptive Probe Volumes constant buffer.

APVLeakReductionMode

Defines the method used to reduce leaking.

AdvancedUpscalers

User-facing settings for advanced upscalers.

BoolParameter.DisplayType

Boolean widget type.

ClearFlag

Render Textures clear flag. This is an legacy alias for RTClearFlags.

DebugManager.UIMode

The modes of the UI of the Rendering Debugger

DebugProbeShadingMode

Modes for Debugging Probes

DebugUI.Flags

A column of checkboxes for enabling and disabling flags.

DebugUI.MessageBox.Style

Label style defines text color and background.

DepthBits

Bit depths of a Depth render texture. Some values may not be supported on all platforms.

DynamicResScalePolicyType

The type of dynamic resolution scaler. It essentially defines what the output of the scaler is expected to be.

DynamicResScalerSlot

The source slots for dynamic resolution scaler. Defines registers were the scalers assigned are stored. By default the User one is always used

DynamicResUpscaleFilter

Types of filters that can be used to upscale rendered result to native resolution.

DynamicResolutionHandler.UpsamplerScheduleType

The scheduling mechanism to apply upscaling.

DynamicResolutionType

Types of dynamic resolution that can be requested. Note that if Hardware is selected, but not available on the platform, the system will fallback to Software.

FieldPacking

Field packing scheme.

FieldPrecision

Field Precision

GPUResidentDrawerMode

Modes for improved draw submission.

HDRColorspace

The available options for colorspace when outputting to an HDR device.

HDREncoding

The available options for color encoding when outputting to an HDR device.

HDROutputUtils.Operation

HDR color operations that the shader applies.

HDRRangeReduction

The available options for range reduction/tonemapping when outputting to an HDR device.

MSAASamples

Number of MSAA samples.

MaterialQuality

Material quality flags.

OcclusionTest

The type of occlusion test

PackingRules

Packing Rules for structs.

ProbeAdjustmentVolume.Mode

The mode that adjustment volume will operate in. It determines what probes falling within the volume will do.

ProbeAdjustmentVolume.RenderingLayerMaskOperation

The mode that adjustment volume will operate in. It determines what probes falling within the volume will do.

ProbeAdjustmentVolume.Shape

The type of shape that an adjustment volume can take.

ProbeVolume.Mode

Indicates which renderers should be considerer for the Probe Volume bounds when baking

ProbeVolumeBlendingTextureMemoryBudget

Possible values for the probe volume scenario blending memory budget (determines the size of the textures used).

ProbeVolumeSHBands

Number of Spherical Harmonics bands that are used with Probe Volumes

ProbeVolumeTextureMemoryBudget

Possible values for the probe volume memory budget (determines the size of the textures used).

ReloadAttribute.Package

Lookup method for a resource.

SRPLensFlareBlendMode

SRPLensFlareBlendMode defined the available blend mode for each LensFlareElement

SRPLensFlareColorType

SRPLensFlareColorType describe how to colorize LensFlare

SRPLensFlareDistribution

SRPLensFlareDistribution defined how we spread the flare element when count > 1

SRPLensFlareType

SRPLensFlareType which can be an image of a procedural shape If change order or add new member, need to update preview shader: LensFlareDataDrivenPreview.shader

ShaderVariantLogLevel

Specifies the logging level for shader variants