Namespaces
namespace	FlushState

namespace	Internal

namespace	Interpolation

namespace	Private

namespace	ReplaceableBinding

namespace	ShotMetaDataDetail

namespace	Test

Classes
struct	CBatchGroupingPolicy

struct	CPropertyTraitsDefineHandler

struct	CPublicMetaDataRetrievable

struct	FAbsoluteAccumulationTask

struct	FAccumulateAbsoluteWeights

struct	FAccumulatedShake

struct	FAccumulatedWeightedValue

struct	FAccumulateManualWeights

struct	FAccumulationBuffers

struct	FAccumulationResult

struct	FAccumulationTask

struct	FActiveSkeletalAnimation

struct	FAdd

struct	FAddConditional

struct	FAddGroupMutation

struct	FAdditiveAccumulationTask

struct	FAdditiveAndOverrideBuffer

struct	FAdditiveAndOverrides

struct	FAdditiveAndOverridesTask

struct	FAdditiveFromBaseBlendTask

struct	FAdditiveFromBaseBuffer

struct	FAdditveAndOverrideData

struct	FAddMany

struct	FAddMultipleMutation

struct	FAddSingleMutation

struct	FAnimatedCustomPrimitiveDataInfo

struct	FAnimatedMaterialParameterInfo

struct	FAnimTypePreAnimatedStateObjectStorage

struct	FAnimTypePreAnimatedStateRootStorage

struct	FApplyCustomPrimitiveDataParameters

struct	FApplyScalarParameters

struct	FApplyVectorParameters

struct	FAssignBaseValueEvalSeconds

struct	FAssignEvalSecondsTask

struct	FAssignEvalTimesTask

struct	FAssignTransformOrigin

struct	FAttachmentComponent

struct	FAttachmentHandler

struct	FAudioComponentEvaluationData

struct	FAudioComponentInputEvaluationData

struct	FBlendedCameraCut

struct	FBlendedCameraCutEasingInfo

struct	FBlendResult

struct	FBlendTargetMutation

struct	FBoneTransformFinalizeData

struct	FBoolHandler

struct	FBoolPropertyTraits

struct	FBoundObjectActiveSkeletalAnimations

struct	FBoundObjectKeyInitializer

struct	FBoundObjectPreAnimatedStateTraits

struct	FBoundObjectTask

struct	FBuiltInComponentTypes

struct	FCachedEntityFilterResult_Allocations

struct	FCachedEntityFilterResult_Match

struct	FCachedEntityManagerState

struct	FCachedProperty

struct	FCachePreAnimatedValueParams

struct	FCallNotificationsTask

struct	FCameraCutAnimator

struct	FCameraCutGameHandler

struct	FCameraCutPlaybackCapability

struct	FCameraCutPlaybackCapabilityCompatibilityWrapper

struct	FChannelOverrideEntityImportParams

struct	FChannelOverrideNames

struct	FChannelOverrideProviderTraits

struct	FChannelOwnerCapabilities

struct	FChildEntityFactory

struct	FChildEntityInitializer

struct	FCinematicShotSectionSortData

struct	FColorParameterHandler

struct	FCombineBlends

struct	FCombineTask

struct	FCommonEntityTaskParams

struct	FCompiledDataVolatilityManager

struct	FComplexInclusivityFilter

struct	FComponentAccess

struct	FComponentAttachmentPreAnimatedTraits

struct	FComponentAttachParams

struct	FComponentAttachParamsDestination

struct	FComponentDetachParams

struct	FComponentHeader

struct	FComponentMask

struct	FComponentMaterialAccessor

struct	FComponentMaterialKey

struct	FComponentRegistry

struct	FComponentTransformHandler

struct	FComponentTransformPreAnimatedTraits

struct	FComponentTypeID

struct	FComponentTypeIDFilter

struct	FComponentTypeInfo

struct	FCompositePropertyTypeID

struct	FConstPropertyComponentView

struct	FConsumerEasingChannelMutation

struct	FCustomAccessorView

struct	FCustomEventDeleter

struct	FCustomPrimitiveDataEntryTraits

struct	FCustomPrimitiveDataGroupingPolicy

struct	FCustomPrimitiveDataMixin

struct	FCustomPropertyAccessor

struct	FCustomPropertyIndex

struct	FCycleParams

struct	FDataEventScope

struct	FDataLayerState

struct	FDecomposedValue

struct	FDecompositionQuery

struct	FDesiredLayerStates

struct	FDirectedGraph

struct	FDirectedGraphStringParameters

struct	FDoubleChannelTypeAssociation

struct	FDoubleIntermediateVector

struct	FEasingChannelMutationBase

struct	FEntityAllocation

struct	FEntityAllocationIterator

struct	FEntityAllocationIteratorProxy

struct	FEntityAllocationMutexGuard

struct	FEntityAllocationProxy

struct	FEntityAllocationWriteContext

struct	FEntityBuilderImplBase

struct	FEntityComponentFilter

struct	FEntityDataLocation

struct	FEntityFactories

struct	FEntityGroupBuilder

struct	FEntityGroupID

struct	FEntityGroupingPolicyKey

struct	FEntityHandle

struct	FEntityIDAccess

struct	FEntityImportParams

struct	FEntityImportSequenceParams

struct	FEntityInfo

struct	FEntityInitializer

struct	FEntityIterationResult

struct	FEntityLedger

class	FEntityManager

struct	FEntityOutputAggregate

struct	FEntityRange

struct	FEntitySystemLinkerExtensionID

struct	FEntitySystemMaybeAtomicInt32

class	FEntitySystemScheduler

struct	FEntityTaskBuilder

struct	FErasedOptionalReadAccess

struct	FErasedReadAccess

struct	FErasedWriteAccess

struct	FEvaluateAudio

struct	FEvaluateBaseByteValues

struct	FEvaluateBaseDoubleValues

struct	FEvaluateBaseFloatValues

struct	FEvaluateBaseIntegerValues

struct	FEvaluateBoolChannels

struct	FEvaluateByteChannels

struct	FEvaluateCameraShake

struct	FEvaluateConstraintChannels

struct	FEvaluateDoubleChannels_Cached

struct	FEvaluateDoublePerlinNoiseChannels

struct	FEvaluatedTime

struct	FEvaluateEasings

struct	FEvaluateFade

struct	FEvaluateFloatChannels_Cached

struct	FEvaluateFloatPerlinNoiseChannels

struct	FEvaluateIntegerChannels

struct	FEvaluateObjectPathChannels

struct	FEvaluateQuaternionInterpolationRotationChannels

struct	FEvaluateSkeletalAnimations

struct	FEvaluateSlomo

struct	FEvaluateStringChannels

struct	FEvaluationHookFlags

struct	FEvaluationHookParams

struct	FEvaluationHookUpdater

struct	FEvaluationTreePopulationRules

struct	FEventTriggerControlPlaybackCapability

struct	FFadeComponentData

struct	FFadeUtil

struct	FFilterMatchPassthrough

struct	FFixedObjectBindingID

struct	FFloatChannelTypeAssociation

struct	FFloatHandler

struct	FFloatIntermediateVector

struct	FFloatParameterHandler

struct	FFloatPropertyTraits

struct	FForkedAccumulationTask

struct	FFrameRateRetiming

struct	FFreeEntityOperation

struct	FGarbageTraits

struct	FGatherAudioInputs

struct	FGatherAudioTriggers

struct	FGatherSkeletalAnimations

struct	FGatherTimes

struct	FGatherTransformOrigin

struct	FGatherTransformOriginsFromSubscenes

struct	FHarvestHierarchicalEasings

struct	FHBiasMetaData

struct	FHierarchicalBlendTarget

struct	FHierarchicalEasingChannelBuffer

struct	FHierarchicalEasingChannelData

struct	FImportedEntity

struct	FImportedInterrogationEntityKey

struct	FInitializeAttachParentsTask

struct	FInitializeConstantDoubleChannelMutation

struct	FInitializeConstantFloatChannelMutation

struct	FInitialValueCache

struct	FInitialValueIndex

struct	FInitialValueMutation

struct	FInitialValueProcessorEntry

struct	FInstanceHandle

struct	FInstanceRegistry

struct	FIntegerAccumulationBuffers

struct	FIntegerAccumulationTask

struct	FIntegerAdditiveFromBaseBlendTask

struct	FIntegerBlendResult

struct	FIntegerCombineBlends

struct	FIntermediate3DTransform

struct	FIntermediateColor

struct	FIntermediateMargin

struct	FIntermediatePropertyValue

struct	FIntermediatePropertyValueConstRef

struct	FIntermediateWidgetTransform

struct	FInterrogationChannel

struct	FInterrogationChannelInfo

class	FInterrogationChannels

struct	FInterrogationInstance

struct	FInterrogationKey

struct	FInterrogationParams

struct	FInterrogationUpdateParams

struct	FInverseTransformTimeParams

struct	FLegacyCombineBlendsForProperties

struct	FLevelStreamingPreAnimatedToken

struct	FLevelStreamingPreAnimatedTokenProducer

struct	FMaterialParameterCollectionScalarTraits

struct	FMaterialParameterCollectionVectorTraits

struct	FMaterialParameterKey

struct	FMobilityCacheHandler

struct	FMontagePlayerPerSectionData

struct	FMovieSceneBindingLifetimeComponentData

struct	FMovieSceneDeterminismFenceWithSubframe

struct	FMovieSceneEntityID

struct	FMovieSceneLevelStreamingSharedData

struct	FMovieSceneTracksComponentTypes

struct	FMovieSceneUMGComponentTypes

struct	FMPCGroupingPolicy

struct	FMutualComponentInitializers

struct	FMutualInclusivityGraph

struct	FMutualInclusivityGraphCommandBuffer

struct	FMutuallyInclusiveComponentParams

struct	FNewComponentTypeParams

struct	FNoopTask

struct	FObjectComponent

struct	FObjectFactoryBatch

struct	FObjectHandler

struct	FObjectPropertyTraits

struct	FOnCameraCutUpdatedParams

struct	FOptionalComponentAccess

struct	FOptionalReadAccess

struct	FOptionalWriteAccess

struct	FPiecewiseCurve

struct	FPiecewiseCurveData

struct	FPlaybackCapabilities

struct	FPlaybackCapabilitiesImpl

struct	FPlaybackCapabilityHeader

struct	FPlaybackCapabilityHelpers

struct	FPlaybackCapabilityID

struct	FPlaybackCapabilityIDInfo

class	FPlaybackCapabilityIDRegistry

struct	FPlaybackCapabilityPtr

struct	FPlayerIndexPlaybackCapability

struct	FPreAnimatedAudioStateTraits

struct	FPreAnimatedAudioStorage

struct	FPreAnimatedCameraComponentShakeStateStorage

struct	FPreAnimatedCameraComponentShakeTraits

struct	FPreAnimatedCameraCutState

struct	FPreAnimatedCameraCutStorage

struct	FPreAnimatedCameraCutTraits

struct	FPreAnimatedCameraShakeStateStorage

struct	FPreAnimatedCameraShakeTraits

struct	FPreAnimatedCameraSourceShakeStateStorage

struct	FPreAnimatedCameraSourceShakeTraits

struct	FPreAnimatedComponentAttachmentStorage

struct	FPreAnimatedComponentMaterialParameterStorage

struct	FPreAnimatedComponentMaterialSwitcherStorage

struct	FPreAnimatedComponentTransformStorage

struct	FPreAnimatedConstraint

struct	FPreAnimatedConstraintStorage

struct	FPreAnimatedConstraintTraits

struct	FPreAnimatedCustomPrimitiveDataEntryStorage

struct	FPreAnimatedCVarStorage

struct	FPreAnimatedCVarTraits

struct	FPreAnimatedDataLayerStorage

struct	FPreAnimatedDataLayerStorageTraits

struct	FPreAnimatedEntityCaptureSource

struct	FPreAnimatedEvalHookKeyType

struct	FPreAnimatedEvaluationHookCaptureSources

struct	FPreAnimatedEvaluationKeyType

struct	FPreAnimatedFadeState

struct	FPreAnimatedFadeStateStorage

struct	FPreAnimatedObjectGroupManager

struct	FPreAnimatedObjectTokenTraits

struct	FPreAnimatedRootTokenTraits

struct	FPreAnimatedScalarMaterialParameterStorage

struct	FPreAnimatedSkeletalAnimationAnimInstanceStorage

struct	FPreAnimatedSkeletalAnimationAnimInstanceTraits

struct	FPreAnimatedSkeletalAnimationMontageState

struct	FPreAnimatedSkeletalAnimationMontageStorage

struct	FPreAnimatedSkeletalAnimationMontageTraits

struct	FPreAnimatedSkeletalAnimationState

struct	FPreAnimatedSkeletalAnimationStorage

struct	FPreAnimatedSkeletalAnimationTraits

struct	FPreAnimatedSlomoState

struct	FPreAnimatedSlomoStateStorage

struct	FPreAnimatedStateCachedValueHandle

struct	FPreAnimatedStateEntry

struct	FPreAnimatedStateExtension

struct	FPreAnimatedStateMetaData

struct	FPreAnimatedStateTraits

struct	FPreAnimatedStorageGroupHandle

struct	FPreAnimatedStorageID

struct	FPreAnimatedStorageIndex

struct	FPreAnimatedTemplateCaptureSources

struct	FPreAnimatedTrackerParams

struct	FPreAnimatedTrackInstanceCaptureSources

struct	FPreAnimatedTrackInstanceInputCaptureSources

struct	FPreAnimatedVectorMaterialParameterStorage

struct	FPreAnimatedVisibilityState

struct	FPreAnimatedVisibilityStorage

struct	FPreAnimatedVisibilityTraits

struct	FPreAnimatedWidgetMaterialParameterStorage

struct	FPreAnimatedWidgetMaterialSwitcherStorage

struct	FPreAnimAttachment

struct	FPreRollCameraCut

struct	FPropagateHierarchicalEasings

struct	FPropertyAndAddress

struct	FPropertyComponentArrayView

struct	FPropertyComponentView

struct	FPropertyCompositeDefinition

struct	FPropertyDefinition

struct	FPropertyInstantiatorGroupingPolicy

struct	FPropertyNotifyComponentData

struct	FPropertyRecomposerImpl

struct	FPropertyRecomposerPropertyInfo

class	FPropertyRegistry

struct	FPropertyResolutionState

struct	FPropertyResolutionStep

struct	FPropertyStats

struct	FPropertyTrackEntityImportHelper

struct	FPropertyTrackEntityImportHelperParamsImpl

struct	FPropertyTrackWithOverridableChannelsEntityImportHelper

struct	FProviderEasingChannelMutation

struct	FQuaternionBlenderAccumulationBuffers

struct	FQuatTransform

struct	FReadAccess

struct	FReadErased

struct	FReadErasedOptional

struct	FRecompositionResult

struct	FRelativeObjectBindingID

struct	FRemoveMultipleMutation

struct	FRemoveSingleMutation

struct	FResetBuffers

struct	FResetFinalWeightResults

struct	FRestoreStateParams

struct	FRootInstanceHandle

struct	FRootSequenceData

struct	FScalarMixin

struct	FScheduleCombineBlendsForProperties

struct	FScheduledTask

struct	FScheduledTaskFuncionPtr

struct	FScopedHeaderReadLock

struct	FScopedHeaderWriteLock

struct	FScopedSignedObjectModifyDefer

struct	FScopedSignedObjectModifySuppress

struct	FScopedVolatilityManagerSuppression

struct	FSequenceDirectorPlaybackCapability

struct	FSequenceInstance

struct	FSequenceUpdater_Flat

struct	FSequenceUpdater_Hierarchical

struct	FSequenceVisitParams

class	FSequenceWeights

struct	FSharedPlaybackState

struct	FSharedPlaybackStateCreateParams

struct	FSimpleBlenderEnumResultTraits

struct	FSkeletalAnimationSystemData

struct	FSlomoUtil

struct	FSourceBoolChannel

struct	FSourceByteChannel

struct	FSourceDoubleChannel

struct	FSourceFloatChannel

struct	FSourceIntegerChannel

struct	FSourceObjectPathChannel

struct	FSourcePropertyValue

struct	FSourceStringChannel

struct	FSourceTextChannel

struct	FSparseInterrogationChannelInfo

struct	FSpawnTrackPreAnimatedTokenProducer

struct	FStaticBindingOverrides

struct	FSubSequencePath

struct	FSubSequenceSpace

struct	FSystemDependencyGraph

struct	FSystemFilter

class	FSystemInterrogator

struct	FSystemInterrogatorEntityTracker

struct	FSystemSubsequentTasks

struct	FSystemTaskPrerequisites

struct	FTaskExecutionFlags

struct	FTaskID

struct	FTaskParams

struct	FTaskPrerequisiteCache

struct	FTemporaryMobilityScope

struct	FToggleIgnoredMutation

struct	FTrackInstanceInputComponentInitializer

struct	FTransformTimeParams

struct	FTypelessMutation

struct	FUnpackedChannelValue

struct	FUnpackedChannelValues

struct	FUpdateGroupsTask

struct	FValueDecompositionParams

struct	FVariantPropertyTypeIndex

struct	FVectorMixin

struct	FVectorPropertyMetaData

struct	FViewportSettingsPlaybackCapability

struct	FViewportSettingsPlaybackCapabilityCompatibilityWrapper

struct	FVisibilityTask

struct	FVolatileProperty

struct	FVolatilePropertyStep

struct	FWeightedValue

struct	FWidgetMaterialAccessor

struct	FWidgetMaterialKey

struct	FWidgetMaterialPath

struct	FWriteAccess

struct	FWriteErased

struct	FWriteErasedOptional

struct	IChannelValue

struct	IComplexComponentOps

struct	IComponentTypeHandler

struct	ICustomPropertyRegistration

struct	IDeferredSignedObjectChangeHandler

struct	IDeferredSignedObjectFlushSignal

struct	IEntityBuilder

struct	IEntityGroupingHandler

class	IEntitySystemScheduler

struct	IEventContextsPlaybackCapability

class	IFolderEventHandler

struct	IInitialValueProcessor

struct	IInterrogationExtension

struct	ILegacyPlayerProviderPlaybackCapability

struct	IMovieSceneConditionalEntityMutation

struct	IMovieSceneEntityMutation

struct	IMovieScenePerEntityMutation

struct	IMutualComponentInitializer

struct	IObjectBindingNotifyPlaybackCapability

struct	IPlaybackCapability

struct	IPreAnimatedCaptureSource

struct	IPreAnimatedObjectEntityStorage

struct	IPreAnimatedObjectPropertyStorage

struct	IPreAnimatedStateGroupManager

struct	IPreAnimatedStateTokenStorage

struct	IPreAnimatedStorage

struct	IPropertyComponentHandler

struct	IPropertyTraits

struct	IPropertyValueStorage

struct	IRetimingInterface

class	ISectionEventHandler

class	ISequenceDataEventHandler

struct	ISequenceUpdater

struct	ISequenceVisitor

class	ISignedObjectEventHandler

struct	IStaticBindingOverridesPlaybackCapability

struct	ITaskContext

struct	TAdd

struct	TAddConditional

struct	TAnonTaskWrapper

struct	TAutoRegisterPreAnimatedStorageID

struct	TChannelValue

struct	TChildEntityInitializer

struct	TComponentLock

struct	TComponentLock< FReadErased >

struct	TComponentLock< FReadErasedOptional >

struct	TComponentLock< FWriteErased >

struct	TComponentLock< FWriteErasedOptional >

struct	TComponentLock< TRead< T > >

struct	TComponentLock< TReadOptional< T > >

struct	TComponentLock< TWrite< T > >

struct	TComponentLock< TWriteOptional< T > >

struct	TComponentLockMixin

struct	TComponentLockMixin< FScopedHeaderReadLock >

struct	TComponentLockMixin< FScopedHeaderWriteLock >

struct	TComponentPtr

struct	TComponentTypeID

struct	TCompositeChannelMapping

struct	TCompositePropertyDefinitionBuilder

struct	TCompositePropertyTypeID

struct	TConditionalDuplicateChildEntityInitializer

struct	TCustomPropertyAccessor

struct	TCustomPropertyAccessorFunctions

struct	TCustomPropertyAccessorFunctionsImpl

struct	TCustomPropertyAccessorFunctionsImpl< PropertyTraits, TPropertyMetaData< MetaDataTypes... > >

struct	TCustomPropertyRegistration

struct	TDataEventContainer

struct	TDefaultEntityTaskTraits

struct	TDuplicateChildEntityInitializer

struct	TDynamicSparseBitSet

struct	TDynamicSparseBitSetBucketStorage

struct	TDynamicSparseBitSetBucketStorage< T, 0 >

struct	TDynamicVariantPropertyTraits

struct	TDynamicVariantTraits

struct	TDynamicVariantTraitsBase

struct	TEntityAllocationTask

struct	TEntityAllocationTaskBase

struct	TEntityBuilder

struct	TEntityBuilderImpl

struct	TEntityBuilderImpl< TIntegerSequence< int > >

struct	TEntityBuilderImpl< TIntegerSequence< int, Indices... >, T... >

struct	TEntityGroupingHandler

struct	TEntityGroupingHandlerBase

struct	TEntityGroupingHandlerImpl

struct	TEntityGroupingHandlerImpl< GroupingPolicy, TIntegerSequence< int, ComponentIndices... >, ComponentTypes... >

struct	TEntityPtr

struct	TEntityPtr< T >

struct	TEntityRange

struct	TEntityRangeImpl

struct	TEntityRangeImpl< TIntegerSequence< int, Indices... >, T... >

struct	TEntitySystemLinkerExtensionID

struct	TEntityTask

struct	TEntityTaskBase

struct	TEntityTaskCaller

struct	TEntityTaskCaller< NumComponents, false >

struct	TEntityTaskCaller< NumComponents, true >

struct	TEntityTaskCaller_AutoExpansion

struct	TEntityTaskCaller_AutoExpansion< TIntegerSequence< int, Indices... > >

struct	TEntityTaskComponents

struct	TEntityTaskComponentsImpl

struct	TEntityTaskComponentsImpl< TIntegerSequence< int, Indices... >, T... >

struct	TEntityTaskTraits

struct	TFilteredEntityTask

struct	TFixedSparseBitSet

struct	TFixedSparseBitSetBucketStorage

struct	TGarbageTraitsImpl

struct	TGarbageTraitsImpl< TIntegerSequence< int, Indices... >, T... >

struct	TGetPropertyValues

struct	TGetPropertyValuesImpl

struct	TGetPropertyValuesImpl< PropertyTraits, TPropertyMetaData< MetaDataTypes... > >

struct	TGetPublicPropertyMetaData

struct	TGetPublicPropertyMetaData< PropertyTraits, false >

struct	TGetPublicPropertyMetaData< PropertyTraits, true >

struct	THasAddReferencedObjectForComponent

class	TimeHelpers

struct	TIndexedChannelValue

struct	TInitialValueProcessor

struct	TInitialValueProcessorImpl

struct	TInitialValueProcessorImpl< PropertyTraits, TPropertyMetaData< MetaDataTypes... >, TIntegerSequence< int, MetaDataIndices... > >

class	TIntrusiveEventHandler

struct	TMaskedBlendable

struct	TMemberFunctionTaskWrapper

struct	TMultiChannelValue

struct	TMultiComponentData

struct	TNamedChannelOverrideProviderTraits

struct	TNonIntrusiveEventHandler

struct	TOptionalReadAccess

struct	TOptionalWriteAccess

struct	TOverlappingCustomPrimitiveDataHandler

struct	TOverlappingEntityInput

struct	TOverlappingEntityTracker_NoGarbage

struct	TOverlappingEntityTracker_WithGarbage

struct	TOverlappingEntityTrackerImpl

struct	TOverlappingMaterialParameterHandler

struct	TPlaybackCapabilityDestructor

struct	TPlaybackCapabilityHelpers

struct	TPlaybackCapabilityID

struct	TPlaybackCapabilityInterfaceCast

struct	TPlaybackCapabilityInterfaceCast< PointedType * >

struct	TPlaybackCapabilityInterfaceCast< TSharedPtr< PointedType > >

struct	TPlaybackCapabilityStorageTraits

struct	TPlaybackCapabilityStorageTraits< CapabilityType *, CapabilityType, void >

struct	TPlaybackCapabilityStorageTraits< StorageType, CapabilityType, typename TEnableIf< TPointerIsConvertibleFromTo< StorageType, CapabilityType >::Value >::Type >

struct	TPlaybackCapabilityStorageTraits< TSharedPtr< CapabilityType >, CapabilityType, void >

struct	TPreAnimatedCaptureSources

struct	TPreAnimatedPropertyStorageImpl

struct	TPreAnimatedPropertyStorageImpl< PropertyTraits, TPropertyMetaData< MetaDataTypes... >, TIntegerSequence< int, MetaDataIndices... > >

struct	TPreAnimatedPropertyTraits

struct	TPreAnimatedPropertyTraits< PropertyTraits, TIntegerSequence< int, MetaDataIndices... >, MetaDataTypes... >

struct	TPreAnimatedPropertyTraits< PropertyTraits, TPropertyMetaData<>, TIntegerSequence< int > >

struct	TPreAnimatedPropertyValue

struct	TPreAnimatedPropertyValue< StorageType >

struct	TPreAnimatedStateGroupManager

struct	TPreAnimatedStateStorage

struct	TPreAnimatedStateStorage_ObjectTraits

struct	TPreAnimatedStateTaskParams

struct	TPreAnimatedStorageID

struct	TPrelockedDataOffsets

struct	TPropertyComponentHandler

struct	TPropertyComponentHandlerImpl

struct	TPropertyComponentHandlerImpl< PropertyTraits, TPropertyMetaData< MetaDataTypes... >, TIntegerSequence< int, MetaDataIndices... >, TIntegerSequence< int, CompositeIndices... >, CompositeTypes... >

struct	TPropertyComponents

struct	TPropertyDefinitionBuilder

struct	TPropertyMatch

struct	TPropertyMatch< bool >

struct	TPropertyMatch< double >

struct	TPropertyMatch< FIntermediate3DTransform >

struct	TPropertyMatch< float >

struct	TPropertyMatch< FString >

struct	TPropertyMatch< FText >

struct	TPropertyMatch< FVector2d >

struct	TPropertyMatch< FVector2f >

struct	TPropertyMatch< FVector3d >

struct	TPropertyMatch< FVector3f >

struct	TPropertyMatch< FVector4d >

struct	TPropertyMatch< FVector4f >

struct	TPropertyMatch< int16 >

struct	TPropertyMatch< int32 >

struct	TPropertyMatch< int64 >

struct	TPropertyMatch< int8 >

struct	TPropertyMatch< T >

struct	TPropertyMatch< uint8 >

struct	TPropertyMatch< UObject * >

struct	TPropertyMetaData

struct	TPropertyMetaDataComponents

struct	TPropertyMetaDataComponents< TPropertyMetaData< MetaDataTypes... > >

struct	TPropertyTrackEntityImportHelperImpl

struct	TPropertyTrackEntityImportHelperImpl<>

struct	TPropertyTrackWithOverridableChannelsEntityImportHelperImpl

struct	TPropertyTrackWithOverridableChannelsEntityImportHelperImpl<>

struct	TPropertyTraits

struct	TPropertyValueStorage

struct	TRead

struct	TReadAccess

struct	TReadOneOfAccessor

struct	TReadOneOrMoreOfAccessor

struct	TReadOptional

struct	TRecompositionResult

struct	TRuntimePropertyTraits

struct	TScheduledEntityTask

struct	TSetCompositePropertyValuesImpl

struct	TSetCompositePropertyValuesImpl< PropertyTraits, TPropertyMetaData< MetaDataTypes... >, CompositeTypes... >

struct	TSetPartialPropertyValuesImpl

struct	TSetPartialPropertyValuesImpl< PropertyTraits, TPropertyMetaData< MetaDataTypes... >, TIntegerSequence< int, CompositeIndices... >, CompositeTypes... >

struct	TSetPropertyValues

struct	TSetPropertyValuesImpl

struct	TSetPropertyValuesImpl< PropertyTraits, TPropertyMetaData< MetaDataTypes... > >

struct	TSharedEntitySystemLinkerExtension

struct	TSimpleBlenderCombineResults

struct	TSimpleBlenderGatherResults

class	TSimpleBlenderSystemImpl

struct	TSimpleBlendResult

struct	TSimpleBlendResultTraits

struct	TSimpleBlendResultTraits< bool >

struct	TSimplePreAnimatedStateStorage

struct	TSimplePreAnimatedStateTraits

struct	TSingleChannelOverrideProviderTraits

struct	TStaticChildEntityInitializer

struct	TSupportedPropertyTypes

struct	TTupleGroupingPolicy

struct	TUnpackMultiComponentData

struct	TUnpackMultiComponentData< TIntegerSequence< int, Indices... >, T... >

struct	TUnstructuredTask

struct	TVariantPropertyComponentHandler

struct	TVariantPropertyMatch

struct	TVariantPropertyTraits

struct	TWrite

struct	TWriteAccess

struct	TWriteOptional

Concepts
concept	CSupportsBezierCurvePainting

concept	CBaseStructureAccessible

Typedefs
using	FTaskBitSet = TDynamicSparseBitSet< uint32, TDynamicSparseBitSetBucketStorage< uint16, 0 > >

using	FChannelOverrideProviderTraitsHandle = TInlineValue< FChannelOverrideProviderTraits, 64 >

using	FBoundObjectResolver = UObject ()(UObject *)

using	FEntityAllocationIteratorItem = FEntityAllocationProxy

using	FPreLockedDataPtr = TRelativePtr< void, uint32 >

using	UnboundTaskFunctionPtr = void()(const ITaskContext TaskContext, FEntityAllocationWriteContext WriteContext)

using	AllocationFunctionPtr = void()(const FEntityAllocation Allocation, const ITaskContext *TaskContext, FEntityAllocationWriteContext WriteContext)

using	AllocationItemFunctionPtr = void()(FEntityAllocationIteratorItem Item, const ITaskContext TaskContext, FEntityAllocationWriteContext WriteContext)

using	PreLockedAllocationItemFunctionPtr = void()(FEntityAllocationIteratorItem Item, TArrayView< const FPreLockedDataPtr > PreLockedData, const ITaskContext TaskContext, FEntityAllocationWriteContext WriteContext)

using	TaskFunctionPtr = TVariant< UnboundTaskFunctionPtr, AllocationFunctionPtr, AllocationItemFunctionPtr, PreLockedAllocationItemFunctionPtr >

using	FReadEntityIDs = TRead< FMovieSceneEntityID >

using	FComponentReader = TComponentLock< FReadErased >

using	FOptionalComponentReader = TComponentLock< FReadErasedOptional >

using	FComponentWriter = TComponentLock< FWriteErased >

using	FOptionalComponentWriter = TComponentLock< FWriteErasedOptional >

template<typename T >
using	TComponentReader = TComponentLock< TRead< T > >

template<typename T >
using	TOptionalComponentReader = TComponentLock< TReadOptional< T > >

template<typename T >
using	TComponentWriter = TComponentLock< TWrite< T > >

template<typename T >
using	TOptionalComponentWriter = TComponentLock< TWriteOptional< T > >

template<typename... T>
using	TMultiComponentLock = TTuple< TComponentLock< T >... >

template<typename... T>
using	TMultiReadOptional = TMultiComponentData< TReadOptional< T >... >

template<typename... T>
using	TReadOneOrMoreOf = TMultiComponentData< TReadOptional< T >... >

template<typename... T>
using	TReadOneOf = TMultiComponentData< TReadOptional< T >... >

template<typename ... T>
using	TComponentTypeIDs = Private::TComponentTypeIDsImpl< TMakeIntegerSequence< int, sizeof...(T)>, T... >

using	FComponentReferenceCollectionPtr = void()(FReferenceCollector &, void , int32)

using	FEntityBuilder = TEntityBuilder<>

using	FComponentMaskAllocator = TFixedAllocator< ComponentMaskDWORDSize >

using	FComponentMaskIterator = TConstSetBitIterator< FComponentMaskAllocator >

template<typename OutputType , typename... KeyType>
using	TOverlappingEntityTracker = std::conditional_t<(THasAddReferencedObjectForComponent< KeyType >::Value\|\|...)\|\|THasAddReferencedObjectForComponent< OutputType >::Value, TOverlappingEntityTracker_WithGarbage< OutputType, KeyType... >, TOverlappingEntityTracker_NoGarbage< OutputType, KeyType... > >

template<typename PropertyTraits , typename ... CompositeTypes>
using	TSetPartialPropertyValues = TSetPartialPropertyValuesImpl< PropertyTraits, typename PropertyTraits::MetaDataType, TMakeIntegerSequence< int, sizeof...(CompositeTypes)>, CompositeTypes... >

template<typename PropertyTraits >
using	TGetPublicPropertyMetaDataT = typename TGetPublicPropertyMetaData< PropertyTraits >::Type

using	FResolvedFastProperty = TVariant< uint16, UE::MovieScene::FCustomPropertyIndex >

using	FResolvedProperty = TVariant< uint16, UE::MovieScene::FCustomPropertyIndex, TSharedPtr< FTrackInstancePropertyBindings > >

template<typename PropertyTraits , typename ... CompositeTypes>
using	TSetCompositePropertyValues = TSetCompositePropertyValuesImpl< PropertyTraits, typename PropertyTraits::MetaDataType, CompositeTypes... >

template<typename UObjectPropertyType , bool bInIsComposite = true>
using	TDirectPropertyTraits = TPropertyTraits< UObjectPropertyType, UObjectPropertyType, bInIsComposite >

using	FPlaybackCapabilityInterfaceCastHelper = IPlaybackCapability ()(void *Ptr)

using	FPlaybackCapabilityDestructionHelper = void()(void Ptr)

template<typename PropertyTraits >
using	TPreAnimatedPropertyStorage = TPreAnimatedPropertyStorageImpl< PropertyTraits, typename PropertyTraits::MetaDataType, TMakeIntegerSequence< int, PropertyTraits::MetaDataType::Num > >

using	FPreAnimatedStateMetaDataArray = TArray< FPreAnimatedStateMetaData, TInlineAllocator< 1 > >

using	FPreAnimatedBoundObjectAudioStateTraits = FPreAnimatedAudioStateTraits< FBoundObjectPreAnimatedStateTraits >

using	FRootSequenceDataMap = TSortedMap< FRootInstanceHandle, FRootSequenceData, TInlineAllocator< 8 > >

using	FBytePropertyTraits = TPropertyTraits< uint8, uint8 >

using	FEnumPropertyTraits = TPropertyTraits< uint8, uint8 >

using	FIntPropertyTraits = TDynamicVariantPropertyTraits< int64, int64, int32, int16, int8 >

using	FDoublePropertyTraits = TDynamicVariantPropertyTraits< double, double >

using	FTransformPropertyTraits = TDynamicVariantPropertyTraits< FIntermediate3DTransform, FTransform >

using	FEulerTransformPropertyTraits = TPropertyTraits< FEulerTransform, FIntermediate3DTransform >

using	FComponentTransformPropertyTraits = TDirectPropertyTraits< FIntermediate3DTransform >

using	FRotatorPropertyTraits = TDirectPropertyTraits< FRotator >

using	FStringPropertyTraits = TDirectPropertyTraits< FString >

using	FTextPropertyTraits = TDirectPropertyTraits< FText >

using	FBoolParameterTraits = TDirectPropertyTraits< bool >

using	FByteParameterTraits = TDirectPropertyTraits< uint8 >

using	FIntegerParameterTraits = TDirectPropertyTraits< int32 >

using	FFloatParameterTraits = TPropertyTraits< float, double >

using	FColorParameterTraits = TPropertyTraits< FLinearColor, FIntermediateColor >

using	FVector2ParameterTraits = TPropertyTraits< FVector2f, FFloatIntermediateVector >

using	FVector3ParameterTraits = TPropertyTraits< FVector3f, FFloatIntermediateVector >

using	FTransformParameterTraits = TPropertyTraits< FEulerTransform, FIntermediate3DTransform >

using	FColorPropertyTraits = TDynamicVariantPropertyTraits< FIntermediateColor, FLinearColor, FColor, FSlateColor >

using	FDoubleVectorPropertyTraits = TDynamicVariantPropertyTraits< FDoubleIntermediateVector, FVector2D, FVector, FVector3d, FVector4d, FVector4 >

using	FFloatVectorPropertyTraits = TDynamicVariantPropertyTraits< FFloatIntermediateVector, FVector2f, FVector3f, FVector4f >

using	FPreAnimatedComponentMaterialTraits = TPreAnimatedMaterialTraits< FComponentMaterialAccessor, UObject *, FComponentMaterialInfo >

using	FPreAnimatedComponentMaterialParameterTraits = TPreAnimatedMaterialParameterTraits< FComponentMaterialAccessor, UObject *, FComponentMaterialInfo >

using	FMarginTraits = TPropertyTraits< FMargin, FIntermediateMargin >

using	FWidgetTransformPropertyTraits = TPropertyTraits< FWidgetTransform, FIntermediateWidgetTransform >

using	FPreAnimatedWidgetMaterialTraits = TPreAnimatedMaterialTraits< FWidgetMaterialAccessor, UObject *, FWidgetMaterialHandle >

using	FPreAnimatedWidgetMaterialParameterTraits = TPreAnimatedMaterialParameterTraits< FWidgetMaterialAccessor, UObject *, FWidgetMaterialHandle >

Enumerations
enum class	ETimeWarpChannelDomain : uint8 { Time , PlayRate }

enum class	ESparseBitSetBitResult { NewlySet , AlreadySet }

enum class	EMovieSceneBindingLifetimeState : uint8 { Active , Inactive }

enum class	EEntityGroupFlags : uint8 { None = 0 , RemovedFromGroup = 1 << 0 }

enum class	ECachedEntityManagerState { UpToDate , Stale }

enum class	EUnlinkEverythingMode { Normal , CleanGarbage }

enum class	EEntityRecursion : uint8 { This = 1 << 0 , Children = 1 << 1 , Full = This \| Children }

enum class	EEntitySystemCategory : uint32 { None = 0 , Unspecified = 1u << 0 , Core = 1u << 1 , ChannelEvaluators = 1u << 2 , BlenderSystems = 1u << 3 , PropertySystems = 1u << 4 , Custom = 1u << 5 , Last = 1u << 31 , All = ~0u }

enum class	EAutoLinkRelevantSystems : uint8 { Enabled , Disable }

enum class	EEntitySystemLinkerRole : uint32 { Unknown = 0 , LevelSequences = 1 , CameraAnimations , UMG , Standalone , Interrogation , Custom }

enum class	ERunnerFlushState { None = 0 , Start = 1 << 0 , ConditionalRecompile = 1 << 1 , Import = 1 << 2 , ReimportAfterCompile = 1 << 3 , Spawn = 1 << 4 , Instantiation = 1 << 5 , Evaluation = 1 << 6 , Finalization = 1 << 7 , EventTriggers = 1 << 8 , PostEvaluation = 1 << 9 , End = 1 << 10 }

enum class	ERunnerUpdateFlags { None = 0 , Flush = 1<<0 , Finish = 1<<1 , Destroy = 1<<2 , FinalDissectionMask = Finish\|Destroy }

enum class	ERunnerFlushResult { ContinueAllowBudget , ContinueNoBudgeting , Break }

enum class	ESystemPhase : uint8 { None = 0 , Import = 1 << 0 , Spawn = 1 << 1 , Instantiation = 1 << 2 , Scheduling = 1 << 3 , Evaluation = 1 << 4 , Finalization = 1 << 5 }

enum class	EComponentTypeFlags : uint8 { None = 0x00 , Preserved = 0x1 , CopyToChildren = 0x2 , CopyToOutput = 0x4 , MigrateToOutput = 0x8 }

enum class	EComplexFilterMode : uint8 { OneOf = 1 << 0 , OneOrMoreOf = 1 << 1 , AllOf = 1 << 2 , Negate = 1 << 7 }

enum class	EMutuallyInclusiveComponentType : uint8 { Mandatory = 1u << 0 , Optional = 1u << 1 , All = Mandatory \| Optional }

enum class	EComponentHeaderLockMode { LockFree , Mutex }

enum class	EEntityThreadingModel : uint8 { NoThreading , TaskGraph }

enum class	EComplexInclusivityFilterMode { AllOf , AnyOf }

enum class	ESequenceInstanceUpdateFlags : uint8 { None = 0 , NeedsDissection = 1u << 0 , NeedsPreEvaluation = 1u << 1 , NeedsPostEvaluation = 1u << 2 , HasLegacyTemplates = 1u << 3 }

enum class	ESequenceInstanceInvalidationType : uint8 { DataChanged , All }

enum class	EEvaluationHookEvent { Begin , Update , End , Trigger }

enum class	EPlaybackCapabilityStorageMode : uint8 { Inline = 0 , RawPointer , SharedPointer }

enum class	EPreAnimatedCaptureSourceState { New , Updated , UpToDate }

enum class	EPreAnimatedCaptureSourceTracking { CacheIfTracked , AlwaysCache }

enum class	EPreAnimatedStorageRequirement : uint8 { None , Persistent , Transient , NoChange }

enum class	EInverseEvaluateFlags : uint8 { Forwards = 1 << 0 , Backwards = 1 << 1 , Equal = 1 << 2 , Cycle = 1 << 3 , IgnoreClamps = 1 << 4 , AnyDirection = Forwards \| Equal \| Backwards }

enum class	EBuiltinFloatChannel : uint8 { VolumeChannel , PitchChannel , Count }

enum class	EAudioSectionEntityType : uint8 { MainEntity , InputsEntity , TriggerEntity }

enum class	EPreAnimatedAudioStateType { AudioComponentLifespan , AudioPlaying }

enum class	EAudioEvaluationType { Skip , Play , StopAndPlay , Stop }

enum class	EDataLayerUpdateFlags : uint8 { None = 0 , FlushStreamingVisibility = 1 , FlushStreamingFull = 2 }

enum class	EHierarchicalSequenceChannelFlags { None = 0 , SharedWithParent = 1 , BlendTarget = 2 }

enum class	EColorPropertyType : uint8 { Undefined , Slate , Linear , Color }

enum class	EHierarchicalBlendMode : uint8 { AccumulateParentToChild , ChildFirstBlendTarget }

Functions
void	EvaluateTime (TArrayView< const FFrameNumber > InTimes, FFrameTime InTime, int32 &OutIndex1, int32 &OutIndex2)

void	EvaluateTime (TArrayView< const FFrameNumber > InTimes, FFrameTime InTime, int32 &OutIndex1, int32 &OutIndex2, double &OutInterp)

void	FindRange (TArrayView< const FFrameNumber > InTimes, FFrameNumber PredicateTime, FFrameNumber InTolerance, int32 MaxNum, int32 &OutMin, int32 &OutMax)

FCycleParams	CycleTime (FFrameNumber MinFrame, FFrameNumber MaxFrame, FFrameTime InTime)

void	OnRemapChannelKeyTime (const FMovieSceneChannel *Channel, const IRetimingInterface &Retimer, FFrameNumber PreviousTime, FFrameNumber CurrentTime, FMovieSceneDoubleValue &InOutValue)

void	OnRemapChannelKeyTime (const FMovieSceneChannel *Channel, const IRetimingInterface &Retimer, FFrameNumber PreviousTime, FFrameNumber CurrentTime, FMovieSceneFloatValue &InOutValue)

FORCEINLINE EMovieSceneSequenceFlags	GetEditorVolatilityFlags ()

void	AddReferencedObjectForComponent (FReferenceCollector ReferenceCollector, FObjectComponent ComponentData)

EEntitySystemLinkerRole	RegisterCustomEntitySystemLinkerRole ()

bool	InputMatchesAll (const FComponentMask &Input, const FComponentMask &Mask)

bool	InputMatchesAny (const FComponentMask &Input, const FComponentMask &Mask)

bool	InputMatchesOne (const FComponentMask &Input, const FComponentMask &Mask)

	DECLARE_CYCLE_STAT (TEXT("MovieScene: Gather evaluation times"), MovieSceneEval_GatherEvalTimes, STATGROUP_MovieSceneECS)

	DECLARE_CYCLE_STAT (TEXT("MovieScene: Assign evaluation times"), MovieSceneEval_AssignEvalTimes, STATGROUP_MovieSceneECS)

template<typename CharType >
FPropertyAndAddress	FindPropertyFromNestedPath (UStruct Struct, void Container, TStringView< CharType > InPath)

FPropertyAndAddress	FindPropertyFromPath (UClass *ObjectClass, const FMovieScenePropertyBinding &PropertyBinding)

TOptional< uint16 >	ComputeFastPropertyPtrOffset (UClass *ObjectClass, const FMovieScenePropertyBinding &PropertyBinding)

	DECLARE_CYCLE_STAT (TEXT("Sequence Instance Update"), MovieSceneEval_SequenceInstanceUpdate, STATGROUP_MovieSceneEval)

	DECLARE_CYCLE_STAT (TEXT("[External] Sequence Instance Post-Update"), MovieSceneEval_SequenceInstancePostUpdate, STATGROUP_MovieSceneEval)

void	PurgeStaleTrackTemplates (UMovieSceneCompiledDataManager *CompiledDataManager, FMovieSceneCompiledDataID CompiledDataID)

void	DissectRange (TArrayView< const FMovieSceneDeterminismFenceWithSubframe > InDissectionTimes, const TRange< FFrameTime > &Bounds, TArray< TRange< FFrameTime > > &OutDissections)

void	DissectRange (TArrayView< const FMovieSceneDeterminismFence > InDissectionTimes, const TRange< FFrameTime > &Bounds, TArray< TRange< FFrameTime > > &OutDissections)

TArrayView< const FMovieSceneDeterminismFence >	GetFencesWithinRange (TArrayView< const FMovieSceneDeterminismFence > Fences, const TRange< FFrameTime > &Boundary)

	DECLARE_CYCLE_STAT (TEXT("Spawnables System"), MovieSceneEval_SpawnablesSystem, STATGROUP_MovieSceneECS)

	DECLARE_CYCLE_STAT (TEXT("Spawnables: Spawn"), MovieSceneEval_SpawnSpawnables, STATGROUP_MovieSceneEval)

	DECLARE_CYCLE_STAT (TEXT("Spawnables: Destroy"), MovieSceneEval_DestroySpawnables, STATGROUP_MovieSceneEval)

	DECLARE_CYCLE_STAT (TEXT("Anonymous MovieScene Task"), MovieSceneEval_AnonymousTask, STATGROUP_MovieSceneECS)

TRange< FFrameTime >	TranslateRange (const TRange< FFrameTime > &InRange, FFrameTime Offset)

void	CorrectInsideOutRange (TRange< FFrameTime > &InOutRange)

UObject *	FindBoundObjectProxy (UObject *BoundObject)

FMovieSceneSequenceID	ResolveExternalSequenceID (FMovieSceneSequenceID SourceSequenceID, int32 RemapSourceParentIndex, FMovieSceneSequenceID TargetSequenceID, TSharedRef< const FSharedPlaybackState > SharedPlaybackState)

FMovieSceneSequenceID	ResolveExternalSequenceID (FMovieSceneSequenceID SourceSequenceID, int32 RemapSourceParentIndex, FMovieSceneSequenceID TargetSequenceID, const FMovieSceneSequenceHierarchy *Hierarchy)

void	VisitTrackImpl (const FSequenceVisitParams &InParams, UMovieSceneTrack InTrack, ISequenceVisitor &InVisitor, const FGuid &ObjectBinding, FSubSequencePath InOutRootPath, FSubSequenceSpace *SubSequenceSpace)

void	VisitSequenceImpl (UMovieSceneSequence Sequence, const FSequenceVisitParams &InParams, ISequenceVisitor &InVisitor, FSubSequencePath InOutRootPath, FSubSequenceSpace *SubSequenceSpace)

void	VisitSubTrackImpl (const FSequenceVisitParams &InParams, UMovieSceneSubTrack SubTrack, ISequenceVisitor &InVisitor, const FGuid &ObjectBinding, FSubSequencePath InOutRootPath, FSubSequenceSpace *SubSequenceSpace)

void	VisitSequence (UMovieSceneSequence *Sequence, const FSequenceVisitParams &InParams, ISequenceVisitor &Visitor)

void	SignalScopedSignedObjectModifyFlush ()

TRange< FFrameNumber >	MigrateFrameRange (const TRange< FFrameNumber > &SourceRange, const IRetimingInterface &RetimingInterface)

void	MigrateFrameTimes (const IRetimingInterface &Retimer, UMovieSceneSection *Section)

void	MigrateFrameTimes (const IRetimingInterface &Retimer, UMovieSceneTrack *Track)

FPropertyResolutionStep	FindProperty (void BasePointer, UStruct InStruct, FStringView PropertyName)

FPropertyResolutionStep	FindPropertyAndArrayIndex (void BasePointer, UStruct InStruct, FStringView PropertyName)

void	ResolvePropertyRecursive (void BasePointer, UStruct InStruct, TArrayView< const FStringView > InPropertyNames, uint32 Index, FPropertyResolutionState &OutResolutionState)

void	ResolveProperty (const UObject &InObject, FStringView PropertyPath, FPropertyResolutionState &OutResolutionState)

FVolatileProperty	BuildVolatileProperty (const UObject *Object, FStringView PropertyPath, const FPropertyResolutionState &ResolutionState)

template<typename ValueType >
void	OnRemapChannelKeyTime (const FMovieSceneChannel *Channel, const IRetimingInterface &Retimer, FFrameNumber PreviousTime, FFrameNumber CurrentTime, ValueType &InOutValue)

template<typename ChannelType , typename ValueType >
bool	EvaluateChannel (const ChannelType *InChannel, FFrameTime InTime, ValueType &OutValue)

template<typename ChannelType , typename ValueType >
bool	EvaluateChannel (const UMovieSceneSection InSection, const ChannelType InChannel, FFrameTime InTime, ValueType &OutValue)

template<typename ChannelType , typename ValueType >
bool	AssignValue (ChannelType *InChannel, FKeyHandle InKeyHandle, ValueType &&InValue)

template<typename ChannelType , typename ValueType >
bool	GetKeyValue (ChannelType *InChannel, FKeyHandle InKeyHandle, ValueType &OutValue)

template<typename ChannelType >
EMovieSceneKeyInterpolation	GetInterpolationMode (ChannelType *InChannel, const FFrameNumber &InTime, EMovieSceneKeyInterpolation DefaultInterpolationMode)

template<typename ChannelType , typename ValueType >
FKeyHandle	AddKeyToChannel (ChannelType *InChannel, FFrameNumber InTime, ValueType &&Value, EMovieSceneKeyInterpolation Interpolation)

template<typename ChannelType , typename ValueType >
bool	ValueExistsAtTime (const ChannelType *InChannel, FFrameNumber InTime, const ValueType &InValue)

template<typename ChannelType , typename ValueType >
TEnableIf< TGetMovieSceneChannelTraits< ChannelType >::SupportsDefaults >::Type	SetChannelDefault (ChannelType *Channel, ValueType &&DefaultValue)

template<typename ChannelType , typename ValueType >
TEnableIf<!TGetMovieSceneChannelTraits< ChannelType >::SupportsDefaults >::Type	SetChannelDefault (ChannelType *Channel, ValueType &&DefaultValue)

template<typename ChannelType >
TEnableIf< TGetMovieSceneChannelTraits< ChannelType >::SupportsDefaults >::Type	RemoveChannelDefault (ChannelType *Channel)

template<typename ChannelType >
TEnableIf<!TGetMovieSceneChannelTraits< ChannelType >::SupportsDefaults >::Type	RemoveChannelDefault (ChannelType *Channel)

template<typename ChannelType , typename ValueType >
TEnableIf< TGetMovieSceneChannelTraits< ChannelType >::SupportsDefaults, bool >::Type	GetChannelDefault (ChannelType *Channel, ValueType &OutDefaultValue)

template<typename ChannelType , typename ValueType >
TEnableIf<!TGetMovieSceneChannelTraits< ChannelType >::SupportsDefaults, bool >::Type	GetChannelDefault (ChannelType *Channel, ValueType &OutDefaultValue)

template<typename ChannelType >
void	Optimize (ChannelType *InChannel, const FKeyDataOptimizationParams &Params)

template<typename ValueType >
void	InvertValue (ValueType &InOutValue)

template<typename ValueType >
void	ReciprocalValue (ValueType &InOutValue)

template<typename ValueType >
void	TransformValue (ValueType &InOutValue, const FMovieSceneChannelTraitsTransform< ValueType > &Transform)

	ENUM_CLASS_FLAGS (EEntityGroupFlags)

void	AddAccessorToFilter (const FEntityIDAccess , FEntityComponentFilter OutFilter)

void	AddAccessorToFilter (const FFilterMatchPassthrough , FEntityComponentFilter OutFilter)

void	AddAccessorToFilter (const FComponentAccess In, FEntityComponentFilter OutFilter)

void	AddAccessorToFilter (const FOptionalComponentAccess In, FEntityComponentFilter OutFilter)

template<typename... T>
void	AddAccessorToFilter (const TReadOneOfAccessor< T... > In, FEntityComponentFilter OutFilter)

template<typename... T>
void	AddAccessorToFilter (const TReadOneOrMoreOfAccessor< T... > In, FEntityComponentFilter OutFilter)

void	PopulatePrerequisites (const FEntityIDAccess , const FSystemTaskPrerequisites &InPrerequisites, FGraphEventArray OutGatheredPrereqs)

void	PopulatePrerequisites (const FComponentAccess In, const FSystemTaskPrerequisites &InPrerequisites, FGraphEventArray OutGatheredPrereqs)

void	PopulatePrerequisites (const FOptionalComponentAccess In, const FSystemTaskPrerequisites &InPrerequisites, FGraphEventArray OutGatheredPrereqs)

template<typename... T>
void	PopulatePrerequisites (const TReadOneOfAccessor< T... > In, const FSystemTaskPrerequisites &InPrerequisites, FGraphEventArray OutGatheredPrereqs)

template<typename... T>
void	PopulatePrerequisites (const TReadOneOrMoreOfAccessor< T... > In, const FSystemTaskPrerequisites &InPrerequisites, FGraphEventArray OutGatheredPrereqs)

void	PopulateSubsequents (const FWriteAccess *In, const FGraphEventRef &InEvent, FSystemSubsequentTasks &OutSubsequents)

void	PopulateSubsequents (const FOptionalWriteAccess *In, const FGraphEventRef &InEvent, FSystemSubsequentTasks &OutSubsequents)

void	PopulateSubsequents (const void *In, const FGraphEventRef &InEvent, FSystemSubsequentTasks &OutSubsequents)

void	PopulateReadWriteDependencies (const FEntityIDAccess *, FComponentMask &OutReadDependencies, FComponentMask &OutWriteDependencies)

void	PopulateReadWriteDependencies (const FReadAccess *In, FComponentMask &OutReadDependencies, FComponentMask &OutWriteDependencies)

void	PopulateReadWriteDependencies (const FOptionalReadAccess *In, FComponentMask &OutReadDependencies, FComponentMask &OutWriteDependencies)

void	PopulateReadWriteDependencies (const FWriteAccess *In, FComponentMask &OutReadDependencies, FComponentMask &OutWriteDependencies)

void	PopulateReadWriteDependencies (const FOptionalWriteAccess *In, FComponentMask &OutReadDependencies, FComponentMask &OutWriteDependencies)

template<typename... T>
void	PopulateReadWriteDependencies (const TReadOneOfAccessor< T... > *In, FComponentMask &OutReadDependencies, FComponentMask &OutWriteDependencies)

template<typename... T>
void	PopulateReadWriteDependencies (const TReadOneOrMoreOfAccessor< T... > *In, FComponentMask &OutReadDependencies, FComponentMask &OutWriteDependencies)

bool	HasBeenWrittenToSince (const FEntityIDAccess In, FEntityAllocation Allocation, uint64 InSystemSerial)

bool	HasBeenWrittenToSince (const FComponentAccess In, FEntityAllocation Allocation, uint64 InSystemSerial)

bool	HasBeenWrittenToSince (const FOptionalComponentAccess In, FEntityAllocation Allocation, uint64 InSystemSerial)

template<typename... T>
bool	HasBeenWrittenToSince (const TReadOneOfAccessor< T... > In, FEntityAllocation Allocation, uint64 InSystemSerial)

template<typename... T>
bool	HasBeenWrittenToSince (const TReadOneOrMoreOfAccessor< T... > In, FEntityAllocation Allocation, uint64 InSystemSerial)

template<typename T >
auto	GetComponentAtIndex (T *InAccessor, int32 Index) -> decltype(DeclVal< T >().ComponentAtIndex(0))

bool	GetComponentAtIndex (const bool *BoolPassthrough, int32 Index)

bool	IsAccessorValid (const FEntityIDAccess *)

bool	IsAccessorValid (const FFilterMatchPassthrough *)

bool	IsAccessorValid (const FComponentAccess *In)

bool	IsAccessorValid (const FOptionalComponentAccess *In)

template<typename... T>
bool	IsAccessorValid (const TReadOneOfAccessor< T... > *In)

template<typename... T>
bool	IsAccessorValid (const TReadOneOrMoreOfAccessor< T... > *In)

bool	HasAccessorWork (const FEntityManager , const FEntityIDAccess )

bool	HasAccessorWork (const FEntityManager EntityManager, const FComponentAccess In)

bool	HasAccessorWork (const FEntityManager EntityManager, const FOptionalComponentAccess In)

template<typename... T>
bool	HasAccessorWork (const FEntityManager EntityManager, const TReadOneOfAccessor< T... > In)

template<typename... T>
bool	HasAccessorWork (const FEntityManager EntityManager, const TReadOneOrMoreOfAccessor< T... > In)

FNotImplemented *	AddReferencedObjectForComponent (...)

template<typename T >
TEnableIf< TPointerIsConvertibleFromTo< T, UObject >::Value >::Type	AddReferencedObjectForComponent (FReferenceCollector ReferenceCollector, T *Component)

template<typename T >
void	AddReferencedObjectForComponent (FReferenceCollector ReferenceCollector, TObjectPtr< T > Component)

void	AddReferencedObjectForComponent (FReferenceCollector ReferenceCollector, FObjectKey Component)

template<typename T >
void	AddReferencedObjectForComponent (FReferenceCollector ReferenceCollector, TObjectKey< T > Component)

template<typename T , typename U = decltype(T::StaticStruct())>
void	AddReferencedObjectForComponent (FReferenceCollector ReferenceCollector, T Component)

struct	MS_ALIGN (PLATFORM_CACHE_LINE_SIZE) FAlignedDecomposedValue

	GCC_ALIGN (PLATFORM_CACHE_LINE_SIZE)

	ENUM_CLASS_FLAGS (EEntityRecursion)

	DECLARE_CYCLE_STAT (TEXT("Aquire Component Access Locks"), MovieSceneEval_AquireComponentAccessLocks, STATGROUP_MovieSceneECS)

	DECLARE_CYCLE_STAT (TEXT("Release Component Access Locks"), MovieSceneEval_ReleaseComponentAccessLocks, STATGROUP_MovieSceneECS)

	ENUM_CLASS_FLAGS (ESystemPhase)

	ENUM_CLASS_FLAGS (EComponentTypeFlags)

	ENUM_CLASS_FLAGS (EComplexFilterMode)

template<typename InType , typename OutType >
void	ConvertOperationalProperty (const InType &In, OutType &Out)

void	CollectGarbageForOutput (void *)

template<typename CompositeType >
void	PatchComposite (uint8 OutValueBase, const CompositeType Composite, uint16 PtrOffset)

template<typename... CompositeTypes, int ... CompositeIndices>
void	PatchCompositeValueImpl (const TIntegerSequence< int, CompositeIndices... > &, TArrayView< const FPropertyCompositeDefinition > CompositeDefinitions, uint8 OutValueBase, const CompositeTypes ... Composites)

template<typename... CompositeTypes>
void	PatchCompositeValue (TArrayView< const FPropertyCompositeDefinition > CompositeDefinitions, void OutValueAddress, const CompositeTypes ... Composites)

template<typename T , typename U = decltype(T::bIsComposite)>
constexpr bool	IsCompositePropertyTraits (T *)

constexpr bool	IsCompositePropertyTraits (...)

	DECLARE_DELEGATE_RetVal_TwoParams (FPropertyRecomposerPropertyInfo, FOnGetPropertyRecomposerPropertyInfo, FMovieSceneEntityID, UObject *)

	DECLARE_CYCLE_STAT (TEXT("Apply properties"), MovieSceneEval_ApplyProperties, STATGROUP_MovieSceneECS)

template<typename T >
void	UnpackChannelsFromOperational (T &&, const FProperty &Property, FUnpackedChannelValues &)

	ENUM_CLASS_FLAGS (ESequenceInstanceUpdateFlags)

template<typename InType , typename WorkingDataType , typename SourceDataType >
void	BlendValue (WorkingDataType &OutBlend, InType InValue, float Weight, EMovieSceneBlendType BlendType, TMovieSceneInitialValueStore< SourceDataType > &InitialValueStore)

template<typename InType , typename WorkingDataType , typename SourceDataType >
void	BlendValue (WorkingDataType &OutBlend, InType InValue, float Weight, EMovieSceneBlendType BlendType, int32 BlendingOrder, TMovieSceneInitialValueStore< SourceDataType > &InitialValueStore)

template<typename T , typename SourceData , uint8 N>
void	MultiChannelFromData (SourceData InSourceData, TMultiChannelValue< T, N > &OutChannelData)

template<typename T , typename SourceData , uint8 N>
void	ResolveChannelsToData (const TMultiChannelValue< T, N > &OutChannelData, SourceData &OutData)

template<typename OutputType , typename InputType , typename ActualValueType , uint8 ChannelSize>
void	BlendValue (TMaskedBlendable< OutputType, ChannelSize > &OutBlend, InputType InValue, int32 ChannelIndex, float Weight, EMovieSceneBlendType BlendType, int32 BlendingOrder, TMovieSceneInitialValueStore< ActualValueType > &InitialValueStore)

template<typename OutputType , typename InputType , typename ActualValueType >
void	BlendValue (TMaskedBlendable< OutputType, 1 > &OutBlend, InputType InValue, float Weight, EMovieSceneBlendType BlendType, int32 BlendingOrder, TMovieSceneInitialValueStore< ActualValueType > &InitialValueStore)

template<typename OutputType , typename ActualValueType , uint8 ChannelSize>
void	BlendValue (TMaskedBlendable< OutputType, ChannelSize > &OutBlend, const TMultiChannelValue< OutputType, ChannelSize > &InValue, float Weight, EMovieSceneBlendType BlendType, int32 BlendingOrder, TMovieSceneInitialValueStore< ActualValueType > &InitialValueStore)

void	MultiChannelFromData (int32 In, TMultiChannelValue< double, 1 > &Out)

void	MultiChannelFromData (float In, TMultiChannelValue< float, 1 > &Out)

void	MultiChannelFromData (FVector2D In, TMultiChannelValue< float, 2 > &Out)

void	MultiChannelFromData (FVector In, TMultiChannelValue< float, 3 > &Out)

void	MultiChannelFromData (const FVector4 &In, TMultiChannelValue< float, 4 > &Out)

void	MultiChannelFromData (const FTransform &In, TMultiChannelValue< float, 9 > &Out)

void	MultiChannelFromData (const FEulerTransform &In, TMultiChannelValue< float, 9 > &Out)

void	MultiChannelFromData (const FLinearColor &In, TMultiChannelValue< float, 4 > &Out)

void	ResolveChannelsToData (const TMultiChannelValue< double, 1 > &In, int32 &Out)

void	ResolveChannelsToData (const TMultiChannelValue< float, 1 > &In, float &Out)

void	ResolveChannelsToData (const TMultiChannelValue< float, 2 > &In, FVector2D &Out)

void	ResolveChannelsToData (const TMultiChannelValue< float, 3 > &In, FVector &Out)

void	ResolveChannelsToData (const TMultiChannelValue< float, 4 > &In, FVector4 &Out)

void	ResolveChannelsToData (const TMultiChannelValue< float, 9 > &In, FTransform &Out)

void	ResolveChannelsToData (const TMultiChannelValue< float, 9 > &In, FEulerTransform &Out)

void	ResolveChannelsToData (const TMultiChannelValue< float, 4 > &In, FLinearColor &Out)

EMovieSceneSubSectionFlags	AccumulateChildSubSectionFlags (EMovieSceneSubSectionFlags ParentFlags, EMovieSceneSubSectionFlags ChildFlags)

FFrameNumber	DiscreteInclusiveLower (const TRangeBound< FFrameNumber > &InLowerBound)

FFrameNumber	DiscreteInclusiveLower (const TRange< FFrameNumber > &InRange)

FFrameNumber	DiscreteExclusiveUpper (const TRangeBound< FFrameNumber > &InUpperBound)

FFrameNumber	DiscreteExclusiveUpper (const TRange< FFrameNumber > &InRange)

TRange< FFrameNumber >	MakeDiscreteRange (FFrameNumber MinInclusive, FFrameNumber MaxExclusive)

TRange< FFrameNumber >	MakeHullRange (const TRange< FFrameNumber > &InRange)

TRange< FFrameNumber >	MakeHullRange (FFrameNumber MinInclusive, FFrameNumber MaxInclusive)

bool	IsEmptyOrZeroSize (const TRange< FFrameNumber > &InRange)

TRange< FFrameNumber >	MakeDiscreteRangeFromLower (const TRangeBound< FFrameNumber > &InLowerBound, int32 DiscreteSize)

TRange< FFrameNumber >	MakeDiscreteRangeFromUpper (const TRangeBound< FFrameNumber > &InUpperBound, int32 DiscreteSize)

int32	DiscreteSize (const TRange< FFrameNumber > &InRange)

bool	DiscreteRangeIsEmpty (const TRange< FFrameNumber > &InRange)

template<typename T >
TRange< T >	DilateRange (const TRange< T > &InRange, T LowerAmount, T UpperAmount)

template<typename T >
TRange< T >	ExpandRange (const TRange< T > &InRange, T Amount)

template<typename T >
TRange< T >	TranslateRange (const TRange< T > &InRange, T Amount)

FFrameTime	ClampToDiscreteRange (FFrameTime InTime, const TRange< FFrameNumber > &InRange)

TRange< FFrameTime >	ConvertToFrameTimeRange (const TRange< FFrameNumber > &InRange)

TRange< FFrameTime >	ConvertToFrameTimeRange (const TRange< float > &InRange)

TRange< FFrameNumber >	ConvertToDiscreteRange (const TRange< FFrameTime > &InRange)

template<typename InBoundType , typename OutBoundType >
TRange< OutBoundType >	ConvertRange (const TRange< InBoundType > &Range)

template<>
TRange< FFrameNumber >	ConvertRange (const TRange< FFrameTime > &Range)

void	ConvertOperationalProperty (int64 In, int8 &Out)

void	ConvertOperationalProperty (int64 In, int16 &Out)

void	ConvertOperationalProperty (int64 In, int32 &Out)

void	ConvertOperationalProperty (const FIntermediate3DTransform &In, FEulerTransform &Out)

void	ConvertOperationalProperty (const FEulerTransform &In, FIntermediate3DTransform &Out)

void	ConvertOperationalProperty (const FIntermediate3DTransform &In, FTransform &Out)

void	ConvertOperationalProperty (const FTransform &In, FIntermediate3DTransform &Out)

void	ConvertOperationalProperty (const FIntermediateColor &InColor, FColor &Out)

void	ConvertOperationalProperty (const FIntermediateColor &InColor, FLinearColor &Out)

void	ConvertOperationalProperty (const FIntermediateColor &InColor, FSlateColor &Out)

void	ConvertOperationalProperty (const FColor &InColor, FIntermediateColor &OutIntermediate)

void	ConvertOperationalProperty (const FLinearColor &InColor, FIntermediateColor &OutIntermediate)

void	ConvertOperationalProperty (const FSlateColor &InColor, FIntermediateColor &OutIntermediate)

void	ConvertOperationalProperty (const FFloatIntermediateVector &InVector, FVector2f &Out)

void	ConvertOperationalProperty (const FFloatIntermediateVector &InVector, FVector3f &Out)

void	ConvertOperationalProperty (const FFloatIntermediateVector &InVector, FVector4f &Out)

void	ConvertOperationalProperty (const FVector2f &In, FFloatIntermediateVector &Out)

void	ConvertOperationalProperty (const FVector3f &In, FFloatIntermediateVector &Out)

void	ConvertOperationalProperty (const FVector4f &In, FFloatIntermediateVector &Out)

void	ConvertOperationalProperty (const FDoubleIntermediateVector &InVector, FVector2d &Out)

void	ConvertOperationalProperty (const FDoubleIntermediateVector &InVector, FVector3d &Out)

void	ConvertOperationalProperty (const FDoubleIntermediateVector &InVector, FVector4d &Out)

void	ConvertOperationalProperty (const FVector2d &In, FDoubleIntermediateVector &Out)

void	ConvertOperationalProperty (const FVector3d &In, FDoubleIntermediateVector &Out)

void	ConvertOperationalProperty (const FVector4d &In, FDoubleIntermediateVector &Out)

void	ConvertOperationalProperty (float In, double &Out)

void	ConvertOperationalProperty (double In, float &Out)

void	ConvertOperationalProperty (const FObjectComponent &In, UObject *&Out)

void	ConvertOperationalProperty (UObject *In, FObjectComponent &Out)

uint8	GetSkeletalMeshAnimationMode (const UObject *Object)

void	SetSkeletalMeshAnimationMode (UObject *Object, uint8 InAnimationMode)

FIntermediate3DTransform	GetComponentTransform (const UObject *Object)

void	SetComponentTranslationAndRotation (USceneComponent *SceneComponent, const FIntermediate3DTransform &Transform)

void	SetComponentTransform (USceneComponent *SceneComponent, const FIntermediate3DTransform &Transform)

void	SetComponentTransformAndVelocity (UObject *Object, const FIntermediate3DTransform &InTransform)

FIntermediateColor	GetLightComponentLightColor (const UObject *Object)

void	SetLightComponentLightColor (UObject *Object, const FIntermediateColor &InColor)

float	GetLightComponentIntensity (const UObject *Object)

void	SetLightComponentIntensity (UObject *Object, float InIntensity)

float	GetLightComponentVolumetricScatteringIntensity (const UObject *Object)

void	SetLightComponentVolumetricScatteringIntensity (UObject *Object, float InVolumetricScatteringIntensity)

float	GetLightComponentIndirectLightingIntensity (const UObject *Object)

void	SetLightComponentIndirectLightingIntensity (UObject *Object, float InIndirectLightingIntensity)

float	GetDirectionalLightComponentLightSourceAngle (const UObject *Object)

void	SetDirectionalLightComponentLightSourceAngle (UObject *Object, float InLightSourceAngle)

FIntermediateColor	GetSkyLightComponentLightColor (const UObject *Object)

void	SetSkyLightComponentLightColor (UObject *Object, const FIntermediateColor &InColor)

float	GetSkyLightComponentIntensity (const UObject *Object)

void	SetSkyLightComponentIntensity (UObject *Object, float InIntensity)

bool	GetSkyLightComponentRealtimeCapture (const UObject *Object, FBoolPropertyTraits::FBoolMetaData InMetadata)

void	SetSkyLightComponentRealtimeCapture (UObject *Object, FBoolPropertyTraits::FBoolMetaData InMetadata, bool bInRealtimeCapture)

float	GetSkyAtmosphereComponentMieScatteringScale (const UObject *Object)

void	SetSkyAtmosphereComponentMieScatteringScale (UObject *Object, float InMieScatteringScale)

float	GetSkyAtmosphereComponentMieExponentialDistribution (const UObject *Object)

void	SetSkyAtmosphereComponentMieExponentialDistribution (UObject *Object, float InMieExponentialDistribution)

float	GetSkyAtmosphereComponentOtherAbsorptionScale (const UObject *Object)

void	SetSkyAtmosphereComponentOtherAbsorptionScale (UObject *Object, float InOtherAbsorptionScale)

FIntermediateColor	GetSkyAtmosphereComponentOtherAbsorption (const UObject *Object)

void	SetSkyAtmosphereComponentOtherAbsorption (UObject *Object, const FIntermediateColor &InColor)

float	GetSkyAtmosphereComponentRayleighScatteringScale (const UObject *Object)

void	SetSkyAtmosphereComponentRayleighScatteringScale (UObject *Object, float InRayleighScatteringScale)

float	GetSkyAtmosphereComponentRayleighExponentialDistribution (const UObject *Object)

void	SetSkyAtmosphereComponentRayleighExponentialDistribution (UObject *Object, float InRayleighExponentialDistribution)

float	GetSkyAtmosphereComponentAerialPerspectiveViewDistanceScale (const UObject *Object)

void	SetSkyAtmosphereComponentAerialPerspectiveViewDistanceScale (UObject *Object, float InAerialPerspectiveViewDistanceScale)

FIntermediateColor	GetSkyAtmosphereComponentMieAbsorption (const UObject *Object)

void	SetSkyAtmosphereComponentMieAbsorption (UObject *Object, const FIntermediateColor &InColor)

FIntermediateColor	GetSkyAtmosphereComponentMieScattering (const UObject *Object)

void	SetSkyAtmosphereComponentMieScattering (UObject *Object, const FIntermediateColor &InColor)

FIntermediateColor	GetSkyAtmosphereComponentRayleighScattering (const UObject *Object)

void	SetSkyAtmosphereComponentRayleighScattering (UObject *Object, const FIntermediateColor &InColor)

FIntermediateColor	GetSkyAtmosphereComponentSkyLuminanceFactor (const UObject *Object)

void	SetSkyAtmosphereComponentSkyLuminanceFactor (UObject *Object, const FIntermediateColor &InColor)

float	GetMassScale (const UObject *Object)

void	SetMassScale (UObject *Object, float InMassScale)

float	GetExponentialHeightFogComponentFogDensity (const UObject *Object)

void	SetExponentialHeightFogComponentFogDensity (UObject *Object, float InFogDensity)

float	GetExponentialHeightFogComponentFogHeightFalloff (const UObject *Object)

void	SetExponentialHeightFogComponentFogHeightFalloff (UObject *Object, float InFogHeightFalloff)

float	GetExponentialHeightFogComponentFogMaxOpacity (const UObject *Object)

void	SetExponentialHeightFogComponentFogMaxOpacity (UObject *Object, float InFogMaxOpacity)

float	GetExponentialHeightFogComponentDirectionalInscatteringExponent (const UObject *Object)

void	SetExponentialHeightFogComponentDirectionalInscatteringExponent (UObject *Object, float InDirectionalInscatteringExponent)

float	GetExponentialHeightFogComponentStartDistance (const UObject *Object)

void	SetExponentialHeightFogComponentStartDistance (UObject *Object, float InStartDistance)

float	GetExponentialHeightFogComponentVolumetricFogExtinctionScale (const UObject *Object)

void	SetExponentialHeightFogComponentVolumetricFogExtinctionScale (UObject *Object, float InVolumetricFogExtinctionScale)

float	GetExponentialHeightFogComponentVolumetricFogStartDistance (const UObject *Object)

void	SetExponentialHeightFogComponentVolumetricFogStartDistance (UObject *Object, float InVolumetricFogStartDistance)

float	GetExponentialHeightFogComponentVolumetricFogNearFadeInDistance (const UObject *Object)

void	SetExponentialHeightFogComponentVolumetricFogNearFadeInDistance (UObject *Object, float InVolumetricFogNearFadeInDistance)

FIntermediateColor	GetExponentialHeightFogComponentDirectionalInscatteringColor (const UObject *Object)

void	SetExponentialHeightFogComponentDirectionalInscatteringColor (UObject *Object, const FIntermediateColor &InColor)

FIntermediateColor	GetExponentialHeightFogComponentFogInscatteringColor (const UObject *Object)

void	SetExponentialHeightFogComponentFogInscatteringColor (UObject *Object, const FIntermediateColor &InColor)

FIntermediateColor	GetExponentialHeightFogVolumetricFogAlbedo (const UObject *Object)

void	SetExponentialHeightFogVolumetricFogAlbedo (UObject *Object, const FIntermediateColor &InColor)

float	GetSecondFogDataFogDensity (const UObject *Object)

void	SetSecondFogDataFogDensity (UObject *Object, float InFogDensity)

float	GetSecondFogDataFogHeightFalloff (const UObject *Object)

void	SetSecondFogDataFogHeightFalloff (UObject *Object, float InFogHeightFalloff)

float	GetSecondFogDataFogHeightOffset (const UObject *Object)

void	SetSecondFogDataFogHeightOffset (UObject *Object, float InFogHeightOffset)

float	GetLocalFogVolumeComponentRadialFogExtinction (const UObject *Object)

void	SetLocalFogVolumeComponentRadialFogExtinction (UObject *Object, float InRadialFogExtinction)

FIntermediateColor	GetLocalFogVolumeComponentFogAlbedo (const UObject *Object)

void	SetLocalFogVolumeComponentFogAlbedo (UObject *Object, const FIntermediateColor &InColor)

FObjectComponent	GetSkeletalMeshAsset (const UObject *Object, FObjectPropertyTraits::FObjectMetadata ObjectMetadata)

void	SetSkeletalMeshAsset (UObject *Object, FObjectPropertyTraits::FObjectMetadata ObjectMetadata, const FObjectComponent &InSkeletalMeshAsset)

FObjectComponent	GetSkeletalMesh_DEPRECATED (const UObject *Object, FObjectPropertyTraits::FObjectMetadata ObjectMetadata)

void	SetSkeletalMesh_DEPRECATED (UObject *Object, FObjectPropertyTraits::FObjectMetadata ObjectMetadata, const FObjectComponent &InSkeletalMeshAsset)

void	InitializeMovieSceneTracksAccessors (FMovieSceneTracksComponentTypes *TracksComponents)

void	UnpackChannelsFromOperational (uint8 Value, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

void	UnpackChannelsFromOperational (int64 Value, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

void	UnpackChannelsFromOperational (double Value, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

void	UnpackChannelsFromOperational (float Value, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

void	UnpackChannelsFromOperational (const FString &Value, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

void	UnpackChannelsFromOperational (const FText &Value, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

void	UnpackChannelsFromOperational (const FRotator &Rotator, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

void	UnpackChannelsFromOperational (const FFloatIntermediateVector &Value, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

void	UnpackChannelsFromOperational (const FDoubleIntermediateVector &Value, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

void	UnpackChannelsFromOperational (const FIntermediateColor &Value, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

void	UnpackChannelsFromOperational (const FIntermediate3DTransform &Value, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

uint32	EncodeEntityID (int32 InIndex, EAudioSectionEntityType InEntityType)

void	DecodeEntityID (uint32 InEntityID, int32 &OutIndex, EAudioSectionEntityType &OutEntityType)

uint32	EncodeMaterialParameterEntityID (int32 InIndex, uint8 InType)

void	DecodeMaterialParameterEntityID (uint32 InEntityID, int32 &OutIndex, uint8 &OutType)

uint32	EncodeEntityID (int16 InIndex, uint8 InType, uint8 InOffset)

void	DecodeEntityID (uint32 InEntityID, int16 &OutIndex, uint8 &OutType, uint8 &OutOffset)

uint32	EncodeEntityID (int32 InIndex, uint8 InType)

void	DecodeEntityID (uint32 InEntityID, int32 &OutIndex, uint8 &OutType)

int32	VisibilityToEntityID (bool bVisible)

bool	EntityIDToVisibility (int32 EntityID)

TOptional< float >	ComputeCameraShakeDurationOverride (const FMovieSceneContext &Context, const FMovieSceneCameraShakeComponentData &ShakeData)

void	CollectGarbageForOutput (FAnimatedCustomPrimitiveDataInfo *Output)

bool	GetLevelVisibility (const ULevelStreaming &Level)

void	SetLevelVisibility (ULevelStreaming &Level, bool bVisible, EFlushLevelStreamingType *FlushStreamingType=nullptr)

FString	MakeSafeLevelName (const FName &InLevelName, UWorld &World)

ULevelStreaming *	GetStreamingLevel (FString SafeLevelName, UWorld &World)

void	CollectGarbageForOutput (FAnimatedMaterialParameterInfo *Output)

FFrameTime	GetSimulatedMotionVectorTime (const FMovieSceneContext &Context)

void	AddOverrideResults (const FAdditiveAndOverrides &Overrides, double &OutFinalBlendValue)

void	BlendResults (const FAccumulationResult &Results, uint16 BlendID, double &OutFinalBlendResult)

void	BlendResultsWithInitial (const FAccumulationResult &Results, uint16 BlendID, const double InitialValue, double &OutFinalBlendResult)

uint32	GetTypeHash (const FMaterialParameterKey &InKey)

bool	operator== (const FMaterialParameterKey &A, const FMaterialParameterKey &B)

bool	AnimationUIFlickerFixActive ()

UAnimSequencerInstance *	GetAnimSequencerInstance (USkeletalMeshComponent *SkeletalMeshComponent)

	DECLARE_CYCLE_STAT (TEXT("MovieScene: Evaluate object path channels"), MovieSceneEval_EvaluateObjectPathChannelTask, STATGROUP_MovieSceneECS)

float	Factorial (int32 In)

	ENUM_CLASS_FLAGS (EHierarchicalSequenceChannelFlags)

const APlayerController *	GetPlaybackController (const UObject *PlaybackContext)

void	UnpackChannelsFromOperational (const FIntermediateMargin &In, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

void	UnpackChannelsFromOperational (const FIntermediateWidgetTransform &In, const FProperty &Property, FUnpackedChannelValues &OutUnpackedValues)

void	ConvertOperationalProperty (const FIntermediateWidgetTransform &In, FWidgetTransform &Out)

void	ConvertOperationalProperty (const FWidgetTransform &In, FIntermediateWidgetTransform &Out)

void	ConvertOperationalProperty (const FIntermediateMargin &In, FMargin &Out)

void	ConvertOperationalProperty (const FMargin &In, FIntermediateMargin &Out)

FIntermediateMargin	GetLayoutDataOffsets (const UObject *Object)

void	SetLayoutDataOffsets (UObject *Object, const FIntermediateMargin &InOffsets)

Variables
FComponentMask	GEntityManagerEmptyMask

int32	GThreadedEvaluationAllocationThreshold = 32

FAutoConsoleVariableRef	CVarThreadedEvaluationAllocationThreshold (TEXT("Sequencer.ThreadedEvaluation.AllocationThreshold"), GThreadedEvaluationAllocationThreshold, TEXT("(Default: 32) Defines the entity allocation fragmentation threshold above which threaded evaluation will be used.\n"), ECVF_Default)

int32	GThreadedEvaluationEntityThreshold = 256

FAutoConsoleVariableRef	CVarThreadedEvaluationEntityThreshold (TEXT("Sequencer.ThreadedEvaluation.EntityThreshold"), GThreadedEvaluationEntityThreshold, TEXT("(Default: 256) Defines the number of entities that need to exist to justify threaded evaluation.\n"), ECVF_Default)

FEntityManager *	GEntityManagerForDebuggingVisualizers = nullptr

FSystemDependencyGraph	GlobalDependencyGraph

TMap< FName, TStatId >	SystemStats

TArray< FInitialValueProcessorEntry >	GInitialValueProcessors

const FMovieSceneAnimTypeID	SpawnableAnimTypeID = FMovieSceneAnimTypeID::Unique()

bool	GIgnoreDependenciesWhenNotThreading = true

FAutoConsoleVariableRef	CVarIgnoreDependenciesWhenNotThreading (TEXT("Sequencer.IgnoreDependenciesWhenNotThreading"), GIgnoreDependenciesWhenNotThreading,)

bool	GSequencerCustomTaskScheduling = true

FPlaybackCapabilityIDRegistry *	GPlaybackCapabilityIDRegistryForDebuggingVisualizers = nullptr

int32	GMovieSceneTickIntervalResolutionMs = 50

int32	GMovieSceneMaxLatentActionLoops = 100

MOVIESCENETRACKS_API bool	GBooleanPropertyLegacyTemplate = false

int32	GResetComponentVelocity = 1

uint32	PrimitiveMaterialParameterSectionDefaultValueID = uint32(-1)

TArray< FDoubleChannelTypeAssociation, TInlineAllocator< 4 > >	GDoubleChannelTypeAssociations

TArray< FFloatChannelTypeAssociation, TInlineAllocator< 4 > >	GFloatChannelTypeAssociations

bool	GDeferSequencerMovementUpdates = false

int32	GDeferredMovementOutputMode = 0

bool	GMaterialParameterBlending = true

FAutoConsoleVariableRef	CVarMaterialParameterBlending (TEXT("Sequencer.MaterialParameterBlending"), GMaterialParameterBlending, TEXT("(Default: true) Defines whether material parameter blending should be enabled or not.\n"), ECVF_Default)

bool	GMaterialParameterEntityLifetimeTracking = false

FAutoConsoleVariableRef	CVarMaterialParameterEntityLifetimeTracking (TEXT("Sequencer.MaterialParameterEntityLifetimeTracking"), GMaterialParameterEntityLifetimeTracking, TEXT("(Default: false) Ensure on destruction that all entities have been cleaned up. This can report false positives (when the linker and material system are both cleaned up together) so is not enabled by default.\n"), ECVF_Default)

bool	GUseSoftObjectPtrsForPreAnimatedMaterial = true

FAutoConsoleVariableRef	CVarUseSoftObjectPtrsForPreAnimatedMaterial (TEXT("Sequencer.UseSoftObjectPtrsForPreAnimatedMaterial"), GUseSoftObjectPtrsForPreAnimatedMaterial, TEXT("Defines whether to use soft-object-ptrs for referencing pre-animated state (default), or strong TObjectPtrs.\n"), ECVF_Default)

MOVIESCENETRACKS_API bool(*	ShouldUseLegacyControlRigTemplate )() = nullptr

bool	GAnimationUIFlickerFix = false

FAutoConsoleVariableRef	CVarAnimationUIFlickerFix (TEXT("Sequencer.Animation.UIFlickerFix"), GAnimationUIFlickerFix,)

MOVIESCENETRACKS_API bool	GCompileBooleanPropertyLegacyTemplate = true

Typedef Documentation

◆ AllocationFunctionPtr

using UE::MovieScene::AllocationFunctionPtr = typedef void (*)(const FEntityAllocation* Allocation, const ITaskContext* TaskContext, FEntityAllocationWriteContext WriteContext)

◆ AllocationItemFunctionPtr

using UE::MovieScene::AllocationItemFunctionPtr = typedef void (*)(FEntityAllocationIteratorItem Item, const ITaskContext* TaskContext, FEntityAllocationWriteContext WriteContext)

◆ FBoolParameterTraits

using UE::MovieScene::FBoolParameterTraits = typedef TDirectPropertyTraits<bool>

◆ FBoundObjectResolver

typedef UObject *(* UE::MovieScene::FBoundObjectResolver)(UObject *)

◆ FByteParameterTraits

using UE::MovieScene::FByteParameterTraits = typedef TDirectPropertyTraits<uint8>

◆ FBytePropertyTraits

using UE::MovieScene::FBytePropertyTraits = typedef TPropertyTraits<uint8, uint8>

◆ FChannelOverrideProviderTraitsHandle

using UE::MovieScene::FChannelOverrideProviderTraitsHandle = typedef TInlineValue<FChannelOverrideProviderTraits, 64>

◆ FColorParameterTraits

using UE::MovieScene::FColorParameterTraits = typedef TPropertyTraits<FLinearColor, FIntermediateColor>

◆ FColorPropertyTraits

using UE::MovieScene::FColorPropertyTraits = typedef TDynamicVariantPropertyTraits<FIntermediateColor, FLinearColor, FColor, FSlateColor>

◆ FComponentMaskAllocator

using UE::MovieScene::FComponentMaskAllocator = typedef TFixedAllocator<ComponentMaskDWORDSize>

◆ FComponentMaskIterator

using UE::MovieScene::FComponentMaskIterator = typedef TConstSetBitIterator<FComponentMaskAllocator>

◆ FComponentReader

using UE::MovieScene::FComponentReader = typedef TComponentLock<FReadErased>

◆ FComponentReferenceCollectionPtr

using UE::MovieScene::FComponentReferenceCollectionPtr = typedef void (*)(FReferenceCollector&, void*, int32)

◆ FComponentTransformPropertyTraits

using UE::MovieScene::FComponentTransformPropertyTraits = typedef TDirectPropertyTraits<FIntermediate3DTransform>

◆ FComponentWriter

using UE::MovieScene::FComponentWriter = typedef TComponentLock<FWriteErased>

◆ FDoublePropertyTraits

using UE::MovieScene::FDoublePropertyTraits = typedef TDynamicVariantPropertyTraits<double, double>

◆ FDoubleVectorPropertyTraits

using UE::MovieScene::FDoubleVectorPropertyTraits = typedef TDynamicVariantPropertyTraits<FDoubleIntermediateVector, FVector2D, FVector, FVector3d, FVector4d, FVector4>

◆ FEntityAllocationIteratorItem

using UE::MovieScene::FEntityAllocationIteratorItem = typedef FEntityAllocationProxy

◆ FEntityBuilder

using UE::MovieScene::FEntityBuilder = typedef TEntityBuilder<>

◆ FEnumPropertyTraits

using UE::MovieScene::FEnumPropertyTraits = typedef TPropertyTraits<uint8, uint8>

◆ FEulerTransformPropertyTraits

using UE::MovieScene::FEulerTransformPropertyTraits = typedef TPropertyTraits<FEulerTransform, FIntermediate3DTransform>

◆ FFloatParameterTraits

using UE::MovieScene::FFloatParameterTraits = typedef TPropertyTraits<float, double>

◆ FFloatVectorPropertyTraits

using UE::MovieScene::FFloatVectorPropertyTraits = typedef TDynamicVariantPropertyTraits<FFloatIntermediateVector, FVector2f, FVector3f, FVector4f>

◆ FIntegerParameterTraits

using UE::MovieScene::FIntegerParameterTraits = typedef TDirectPropertyTraits<int32>

◆ FIntPropertyTraits

using UE::MovieScene::FIntPropertyTraits = typedef TDynamicVariantPropertyTraits<int64, int64, int32, int16, int8>

◆ FMarginTraits

using UE::MovieScene::FMarginTraits = typedef TPropertyTraits<FMargin, FIntermediateMargin>

◆ FOptionalComponentReader

using UE::MovieScene::FOptionalComponentReader = typedef TComponentLock<FReadErasedOptional>

◆ FOptionalComponentWriter

using UE::MovieScene::FOptionalComponentWriter = typedef TComponentLock<FWriteErasedOptional>

◆ FPlaybackCapabilityDestructionHelper

using UE::MovieScene::FPlaybackCapabilityDestructionHelper = typedef void(*)(void* Ptr)

◆ FPlaybackCapabilityInterfaceCastHelper

using UE::MovieScene::FPlaybackCapabilityInterfaceCastHelper = typedef IPlaybackCapability*(*)(void* Ptr)

◆ FPreAnimatedBoundObjectAudioStateTraits

using UE::MovieScene::FPreAnimatedBoundObjectAudioStateTraits = typedef FPreAnimatedAudioStateTraits<FBoundObjectPreAnimatedStateTraits>

◆ FPreAnimatedComponentMaterialParameterTraits

using UE::MovieScene::FPreAnimatedComponentMaterialParameterTraits = typedef TPreAnimatedMaterialParameterTraits<FComponentMaterialAccessor, UObject*, FComponentMaterialInfo>

◆ FPreAnimatedComponentMaterialTraits

using UE::MovieScene::FPreAnimatedComponentMaterialTraits = typedef TPreAnimatedMaterialTraits<FComponentMaterialAccessor, UObject*, FComponentMaterialInfo>

◆ FPreAnimatedStateMetaDataArray

using UE::MovieScene::FPreAnimatedStateMetaDataArray = typedef TArray<FPreAnimatedStateMetaData, TInlineAllocator<1> >

◆ FPreAnimatedWidgetMaterialParameterTraits

using UE::MovieScene::FPreAnimatedWidgetMaterialParameterTraits = typedef TPreAnimatedMaterialParameterTraits<FWidgetMaterialAccessor, UObject*, FWidgetMaterialHandle>

◆ FPreAnimatedWidgetMaterialTraits

using UE::MovieScene::FPreAnimatedWidgetMaterialTraits = typedef TPreAnimatedMaterialTraits<FWidgetMaterialAccessor, UObject*, FWidgetMaterialHandle>

◆ FPreLockedDataPtr

typedef TRelativePtr< void, uint32 > UE::MovieScene::FPreLockedDataPtr

Typedef for a pointer that is relative to another. For most component data this is relative either to the FEntityAllocation itself, or FEntityAllocation::ComponentData Using a relative ptr for these allows us to store the same information with half of the memory (or 1/4 if we were able to use uint16 - I've used uint32 for safety here)

◆ FReadEntityIDs

using UE::MovieScene::FReadEntityIDs = typedef TRead<FMovieSceneEntityID>

◆ FResolvedFastProperty

using UE::MovieScene::FResolvedFastProperty = typedef TVariant<uint16, UE::MovieScene::FCustomPropertyIndex>

Type aliases for a property that resolved to either a fast pointer offset (type index 0), or a custom property index (specific to the path of the property - type index 1)

◆ FResolvedProperty

using UE::MovieScene::FResolvedProperty = typedef TVariant<uint16, UE::MovieScene::FCustomPropertyIndex, TSharedPtr<FTrackInstancePropertyBindings> >

Type aliases for a property that resolved to either a fast pointer offset (type index 0), or a custom property index (specific to the path of the property - type index 1) with a fallback to a slow property binding (type index 2)

◆ FRootSequenceDataMap

using UE::MovieScene::FRootSequenceDataMap = typedef TSortedMap<FRootInstanceHandle, FRootSequenceData, TInlineAllocator<8> >

◆ FRotatorPropertyTraits

using UE::MovieScene::FRotatorPropertyTraits = typedef TDirectPropertyTraits<FRotator>

◆ FStringPropertyTraits

using UE::MovieScene::FStringPropertyTraits = typedef TDirectPropertyTraits<FString>

◆ FTaskBitSet

using UE::MovieScene::FTaskBitSet = typedef TDynamicSparseBitSet<uint32, TDynamicSparseBitSetBucketStorage<uint16, 0> >

◆ FTextPropertyTraits

using UE::MovieScene::FTextPropertyTraits = typedef TDirectPropertyTraits<FText>

◆ FTransformParameterTraits

using UE::MovieScene::FTransformParameterTraits = typedef TPropertyTraits<FEulerTransform, FIntermediate3DTransform>

◆ FTransformPropertyTraits

using UE::MovieScene::FTransformPropertyTraits = typedef TDynamicVariantPropertyTraits<FIntermediate3DTransform, FTransform>

◆ FVector2ParameterTraits

using UE::MovieScene::FVector2ParameterTraits = typedef TPropertyTraits<FVector2f, FFloatIntermediateVector>

◆ FVector3ParameterTraits

using UE::MovieScene::FVector3ParameterTraits = typedef TPropertyTraits<FVector3f, FFloatIntermediateVector>

◆ FWidgetTransformPropertyTraits

using UE::MovieScene::FWidgetTransformPropertyTraits = typedef TPropertyTraits<FWidgetTransform, FIntermediateWidgetTransform>

◆ PreLockedAllocationItemFunctionPtr

using UE::MovieScene::PreLockedAllocationItemFunctionPtr = typedef void (*)(FEntityAllocationIteratorItem Item, TArrayView<const FPreLockedDataPtr> PreLockedData, const ITaskContext* TaskContext, FEntityAllocationWriteContext WriteContext)

◆ TaskFunctionPtr

using UE::MovieScene::TaskFunctionPtr = typedef TVariant<UnboundTaskFunctionPtr, AllocationFunctionPtr, AllocationItemFunctionPtr, PreLockedAllocationItemFunctionPtr>

◆ TComponentReader

template<typename T >

using UE::MovieScene::TComponentReader = typedef TComponentLock<TRead<T> >

◆ TComponentTypeIDs

template<typename ... T>

using UE::MovieScene::TComponentTypeIDs = typedef Private::TComponentTypeIDsImpl<TMakeIntegerSequence<int, sizeof...(T)>, T...>

◆ TComponentWriter

template<typename T >

using UE::MovieScene::TComponentWriter = typedef TComponentLock<TWrite<T> >

◆ TDirectPropertyTraits

template<typename UObjectPropertyType , bool bInIsComposite = true>

using UE::MovieScene::TDirectPropertyTraits = typedef TPropertyTraits<UObjectPropertyType, UObjectPropertyType, bInIsComposite>

◆ TGetPublicPropertyMetaDataT

template<typename PropertyTraits >

using UE::MovieScene::TGetPublicPropertyMetaDataT = typedef typename TGetPublicPropertyMetaData<PropertyTraits>::Type

◆ TMultiComponentLock

template<typename... T>

using UE::MovieScene::TMultiComponentLock = typedef TTuple<TComponentLock<T>...>

◆ TMultiReadOptional

template<typename... T>

using UE::MovieScene::TMultiReadOptional = typedef TMultiComponentData<TReadOptional<T>...>

◆ TOptionalComponentReader

template<typename T >

using UE::MovieScene::TOptionalComponentReader = typedef TComponentLock<TReadOptional<T> >

◆ TOptionalComponentWriter

template<typename T >

using UE::MovieScene::TOptionalComponentWriter = typedef TComponentLock<TWriteOptional<T> >

◆ TOverlappingEntityTracker

template<typename OutputType , typename... KeyType>

using UE::MovieScene::TOverlappingEntityTracker = typedef std::conditional_t< (THasAddReferencedObjectForComponent<KeyType>::Value || ...) || THasAddReferencedObjectForComponent<OutputType>::Value, TOverlappingEntityTracker_WithGarbage<OutputType, KeyType...>, TOverlappingEntityTracker_NoGarbage<OutputType, KeyType...> >

◆ TPreAnimatedPropertyStorage

template<typename PropertyTraits >

using UE::MovieScene::TPreAnimatedPropertyStorage = typedef TPreAnimatedPropertyStorageImpl<PropertyTraits, typename PropertyTraits::MetaDataType, TMakeIntegerSequence<int, PropertyTraits::MetaDataType::Num> >

◆ TReadOneOf

template<typename... T>

using UE::MovieScene::TReadOneOf = typedef TMultiComponentData<TReadOptional<T>...>

◆ TReadOneOrMoreOf

template<typename... T>

using UE::MovieScene::TReadOneOrMoreOf = typedef TMultiComponentData<TReadOptional<T>...>

◆ TSetCompositePropertyValues

template<typename PropertyTraits , typename ... CompositeTypes>

using UE::MovieScene::TSetCompositePropertyValues = typedef TSetCompositePropertyValuesImpl<PropertyTraits, typename PropertyTraits::MetaDataType, CompositeTypes...>

◆ TSetPartialPropertyValues

template<typename PropertyTraits , typename ... CompositeTypes>

using UE::MovieScene::TSetPartialPropertyValues = typedef TSetPartialPropertyValuesImpl<PropertyTraits, typename PropertyTraits::MetaDataType, TMakeIntegerSequence<int, sizeof...(CompositeTypes)>, CompositeTypes...>

◆ UnboundTaskFunctionPtr

using UE::MovieScene::UnboundTaskFunctionPtr = typedef void (*)(const ITaskContext* TaskContext, FEntityAllocationWriteContext WriteContext)

Enumeration Type Documentation

◆ EAudioEvaluationType

enum class UE::MovieScene::EAudioEvaluationType

strong

Types of audio evaluation we should run for a given sequence.

Enumerator
Skip
Play
StopAndPlay
Stop

◆ EAudioSectionEntityType

enum class UE::MovieScene::EAudioSectionEntityType : uint8

strong

Enumerator
MainEntity
InputsEntity
TriggerEntity

◆ EAutoLinkRelevantSystems

enum class UE::MovieScene::EAutoLinkRelevantSystems : uint8

strong

Enumerator
Enabled
Disable

◆ EBuiltinFloatChannel

enum class UE::MovieScene::EBuiltinFloatChannel : uint8

strong

Enumerator
VolumeChannel
PitchChannel
Count

◆ ECachedEntityManagerState

enum class UE::MovieScene::ECachedEntityManagerState

strong

Signifies whether any caches held for the current cached result are still up to date, or whether they should be updated

Enumerator
UpToDate	The structure of the entity manager has not changed since it was last cached
Stale	The structure of the entity manager has changed since it was last cached and any caches must be re-generated

◆ EColorPropertyType

enum class UE::MovieScene::EColorPropertyType : uint8

strong

Color type for the color property system

Enumerator
Undefined	Undefined
Slate	FSlateColor
Linear	FLinearColor
Color	FColor

◆ EComplexFilterMode

enum class UE::MovieScene::EComplexFilterMode : uint8

strong

Enumerator
OneOf
OneOrMoreOf
AllOf
Negate

◆ EComplexInclusivityFilterMode

enum class UE::MovieScene::EComplexInclusivityFilterMode

strong

Enumeration specifying how to apply a complex filter for mutual inclusion

Enumerator
AllOf	Specifies that all the components must be present for a mutal component to be included
AnyOf	Specifies that the mutal component should be included if any of the specified components are present

◆ EComponentHeaderLockMode

enum class UE::MovieScene::EComponentHeaderLockMode

strong

Enumeration specifying the locking mechanism to use when accessing component data

Enumerator
LockFree
Mutex

◆ EComponentTypeFlags

enum class UE::MovieScene::EComponentTypeFlags : uint8

strong

Enumerator
None
Preserved	This component type should be preserved when an entity is replaced with another during linking
CopyToChildren	Automatically copy this component to child components when being constructed through the component factory
CopyToOutput	Indicates that this component type represents a cached value that should be copied to blend outputs
MigrateToOutput	Indicates that this component type represents a cached value that should be migrated to blend outputs (and removed from blend inputs)

◆ EDataLayerUpdateFlags

enum class UE::MovieScene::EDataLayerUpdateFlags : uint8

strong

Enumerator
None
FlushStreamingVisibility
FlushStreamingFull

◆ EEntityGroupFlags

enum class UE::MovieScene::EEntityGroupFlags : uint8

strong

Flags for FEntityGroupID

Enumerator
None
RemovedFromGroup

◆ EEntityRecursion

enum class UE::MovieScene::EEntityRecursion : uint8

strong

Enumerator
This	Perform the action on this entity (ie, the entity passed in)
Children	Perform the action on this entity's children recursively
Full	Perform the action on this entity and all its children recursively

◆ EEntitySystemCategory

enum class UE::MovieScene::EEntitySystemCategory : uint32

strong

Enumerator
None
Unspecified
Core
ChannelEvaluators
BlenderSystems
PropertySystems
Custom
Last
All

◆ EEntitySystemLinkerRole

enum class UE::MovieScene::EEntitySystemLinkerRole : uint32

strong

Enum that describes what a sequencer ECS linker is meant for (only used for debugging reasons)

Enumerator
Unknown	The linker's role is unknown
LevelSequences	The linker is handling level sequences
CameraAnimations	The linker is handling camera animations
UMG	The linker is handling UMG animations
Standalone	The linker is handling a standalone sequence, such as those with a blocking evaluation flag
Interrogation	This linker is running interrogations
Custom	This value and any greater values are for other custom roles

◆ EEntityThreadingModel

enum class UE::MovieScene::EEntityThreadingModel : uint8

strong

Enumeration that defines a threading model for this entity manager

Enumerator
NoThreading	Specified when the data contained within an entity manager does not satisfy the requirements to justify using threaded evaluation
TaskGraph	Specified when the data contained within an entity manager is large or complex enough to justify threaded evaluation

◆ EEvaluationHookEvent

enum class UE::MovieScene::EEvaluationHookEvent

strong

Enumerator
Begin
Update
End
Trigger

◆ EHierarchicalBlendMode

enum class UE::MovieScene::EHierarchicalBlendMode : uint8

strong

Enumerator
AccumulateParentToChild
ChildFirstBlendTarget

◆ EHierarchicalSequenceChannelFlags

enum class UE::MovieScene::EHierarchicalSequenceChannelFlags

strong

Enumerator
None
SharedWithParent
BlendTarget

◆ EInverseEvaluateFlags

enum class UE::MovieScene::EInverseEvaluateFlags : uint8

strong

Flags for controlling inverse evaluation

Enumerator
Forwards
Backwards
Equal
Cycle
IgnoreClamps
AnyDirection

◆ EMovieSceneBindingLifetimeState

enum class UE::MovieScene::EMovieSceneBindingLifetimeState : uint8

strong

Enumerator
Active	Object Binding State is Active. Tracks on this binding will be active.
Inactive	Object Binding is Inactive. Tracks on this binding will be inactive and states will be restored/kept depending on settings.

◆ EMutuallyInclusiveComponentType

enum class UE::MovieScene::EMutuallyInclusiveComponentType : uint8

strong

Enumerator
Mandatory
Optional
All

◆ EPlaybackCapabilityStorageMode

enum class UE::MovieScene::EPlaybackCapabilityStorageMode : uint8

strong

Enumerator
Inline
RawPointer
SharedPointer

◆ EPreAnimatedAudioStateType

enum class UE::MovieScene::EPreAnimatedAudioStateType

strong

Enumerator
AudioComponentLifespan	Pre-animated state manages the lifespan of the audio component
AudioPlaying	Pre-animated state manages whether the audio component is playing

◆ EPreAnimatedCaptureSourceState

enum class UE::MovieScene::EPreAnimatedCaptureSourceState

strong

Enumerator
New
Updated
UpToDate

◆ EPreAnimatedCaptureSourceTracking

enum class UE::MovieScene::EPreAnimatedCaptureSourceTracking

strong

Enum that defines how to cache pre-animated values based on their capture source

Enumerator
CacheIfTracked	Cache the pre-animated value only if we are already tracking a capture source for it (or if global capture is enabled)
AlwaysCache	Always cache the pre-animated value, potentially adding tracking meta-data for the scoped capture source

◆ EPreAnimatedStorageRequirement

enum class UE::MovieScene::EPreAnimatedStorageRequirement : uint8

strong

Enumerator
None
Persistent
Transient
NoChange

◆ ERunnerFlushResult

enum class UE::MovieScene::ERunnerFlushResult

strong

Result from a runner flush state that indicates how to proceed

Enumerator
ContinueAllowBudget	Continue evaluation, allow budgeting
ContinueNoBudgeting	Continue evaluation without budgeting the next step.
Break	Do not continue evaluation and break out of our loop.

◆ ERunnerFlushState

enum class UE::MovieScene::ERunnerFlushState

strong

Bit-mask enumeration that defines tasks that need running

Enumerator
None
Start
ConditionalRecompile
Import
ReimportAfterCompile
Spawn
Instantiation
Evaluation
Finalization
EventTriggers
PostEvaluation
End

◆ ERunnerUpdateFlags

enum class UE::MovieScene::ERunnerUpdateFlags

strong

Bit-field enumeration that defines flags for an asynchronous update request

Enumerator
None
Flush
Finish
Destroy
FinalDissectionMask

◆ ESequenceInstanceInvalidationType

enum class UE::MovieScene::ESequenceInstanceInvalidationType : uint8

strong

Specifies what cached data should be invalidated in a sequence instance.

Enumerator
DataChanged	Only invalidate cached data for sequences whose data has been dynamically changed.
All	Invalidate all cached data for all sequences.

◆ ESequenceInstanceUpdateFlags

enum class UE::MovieScene::ESequenceInstanceUpdateFlags : uint8

strong

Enumerator
None
NeedsDissection
NeedsPreEvaluation
NeedsPostEvaluation
HasLegacyTemplates

◆ ESparseBitSetBitResult

enum class UE::MovieScene::ESparseBitSetBitResult

strong

Enumerator
NewlySet
AlreadySet

◆ ESystemPhase

enum class UE::MovieScene::ESystemPhase : uint8

strong

Enumerator
None	Null phase which indicates that the system never runs, but still exists in the reference graph
Import
Spawn	Expensive: Phase that is run before instantiation any time any boundary is crossed in the sequence. Used to spawn new objects and trigger pre/post-spawn events.
Instantiation	Expensive: Houses any system that needs to instantiate global entities into the linker, or make meaningful changes to entity structures..
Scheduling
Evaluation	Fast, distributed: Houses the majority of evaluation systems that compute animation data. Entity manager is locked down for the duration of this phase.
Finalization	Finalization phase for enything that wants to run after everything else.

◆ ETimeWarpChannelDomain

enum class UE::MovieScene::ETimeWarpChannelDomain : uint8

strong

Enumerator
Time
PlayRate

◆ EUnlinkEverythingMode

enum class UE::MovieScene::EUnlinkEverythingMode

strong

Enumerator
Normal
CleanGarbage

Function Documentation

◆ AccumulateChildSubSectionFlags()

EMovieSceneSubSectionFlags UE::MovieScene::AccumulateChildSubSectionFlags	(	EMovieSceneSubSectionFlags	ParentFlags,
		EMovieSceneSubSectionFlags	ChildFlags
	)

inline

Accumulate parent and chld sub-section flags ensuring that flags are inherited correctly.

◆ AddAccessorToFilter() [1/6]

void UE::MovieScene::AddAccessorToFilter	(	const FComponentAccess *	In,
		FEntityComponentFilter *	OutFilter
	)

inline

◆ AddAccessorToFilter() [2/6]

void UE::MovieScene::AddAccessorToFilter	(	const FEntityIDAccess *	,
		FEntityComponentFilter *	OutFilter
	)

inline

◆ AddAccessorToFilter() [3/6]

void UE::MovieScene::AddAccessorToFilter	(	const FFilterMatchPassthrough *	,
		FEntityComponentFilter *	OutFilter
	)

inline

◆ AddAccessorToFilter() [4/6]

void UE::MovieScene::AddAccessorToFilter	(	const FOptionalComponentAccess *	In,
		FEntityComponentFilter *	OutFilter
	)

inline

◆ AddAccessorToFilter() [5/6]

template<typename... T>

void UE::MovieScene::AddAccessorToFilter	(	const TReadOneOfAccessor< T... > *	In,
		FEntityComponentFilter *	OutFilter
	)

◆ AddAccessorToFilter() [6/6]

template<typename... T>

void UE::MovieScene::AddAccessorToFilter	(	const TReadOneOrMoreOfAccessor< T... > *	In,
		FEntityComponentFilter *	OutFilter
	)

◆ AddKeyToChannel()

template<typename ChannelType , typename ValueType >

FKeyHandle UE::MovieScene::AddKeyToChannel	(	ChannelType *	InChannel,
		FFrameNumber	InTime,
		ValueType &&	Value,
		EMovieSceneKeyInterpolation	Interpolation
	)

Add a key to a channel, or update an existing key if one already exists at this time

Parameters

InChannel	The channel the value is contained within
InTime	The time to add or update the key at
InValue	The new value

Returns: A handle to the key that was added

◆ AddOverrideResults()

void UE::MovieScene::AddOverrideResults	(	const FAdditiveAndOverrides &	Overrides,
		double &	OutFinalBlendValue
	)

◆ AddReferencedObjectForComponent() [1/7]

FNotImplemented * UE::MovieScene::AddReferencedObjectForComponent ( ... )

inline

Stub for components that do not need reference collection. Overload void AddReferencedObjectForComponent(FReferenceCollector* ReferenceCollector, T* Component) for your own implementation NOTE: The return value is very important - overloaded AddReferencedObjectForComponent functions should return void otherwise they will not get called by the entity manager.

◆ AddReferencedObjectForComponent() [2/7]

void UE::MovieScene::AddReferencedObjectForComponent	(	FReferenceCollector *	ReferenceCollector,
		FObjectComponent *	ComponentData
	)

Conditionally add a reference for the specified component data based on whether it is strongly referenced or not

◆ AddReferencedObjectForComponent() [3/7]

void UE::MovieScene::AddReferencedObjectForComponent	(	FReferenceCollector *	ReferenceCollector,
		FObjectKey *	Component
	)

inline

◆ AddReferencedObjectForComponent() [4/7]

template<typename T >

TEnableIf< TPointerIsConvertibleFromTo< T, UObject >::Value >::Type UE::MovieScene::AddReferencedObjectForComponent	(	FReferenceCollector *	ReferenceCollector,
		T **	Component
	)

Instantiation for raw pointers

◆ AddReferencedObjectForComponent() [5/7]

template<typename T , typename U = decltype(T::StaticStruct())>

void UE::MovieScene::AddReferencedObjectForComponent	(	FReferenceCollector *	ReferenceCollector,
		T *	Component
	)

◆ AddReferencedObjectForComponent() [6/7]

template<typename T >

void UE::MovieScene::AddReferencedObjectForComponent	(	FReferenceCollector *	ReferenceCollector,
		TObjectKey< T > *	Component
	)

◆ AddReferencedObjectForComponent() [7/7]

template<typename T >

void UE::MovieScene::AddReferencedObjectForComponent	(	FReferenceCollector *	ReferenceCollector,
		TObjectPtr< T > *	Component
	)

◆ AnimationUIFlickerFixActive()

bool UE::MovieScene::AnimationUIFlickerFixActive ( )

◆ AssignValue()

template<typename ChannelType , typename ValueType >

bool UE::MovieScene::AssignValue	(	ChannelType *	InChannel,
		FKeyHandle	InKeyHandle,
		ValueType &&	InValue
	)

Called to assign a specific value in a channel.

Parameters

InChannel	The channel the value is contained within
InKeyHandle	The handle of the key to assign to
InValue	The new value

Returns: If the value was successfully assigned. Will return false if the key handle doesn't belong to that channel.

◆ BlendResults()

void UE::MovieScene::BlendResults	(	const FAccumulationResult &	Results,
		uint16	BlendID,
		double &	OutFinalBlendResult
	)

◆ BlendResultsWithInitial()

void UE::MovieScene::BlendResultsWithInitial	(	const FAccumulationResult &	Results,
		uint16	BlendID,
		const double	InitialValue,
		double &	OutFinalBlendResult
	)

◆ BlendValue() [1/5]

template<typename OutputType , typename InputType , typename ActualValueType >

void UE::MovieScene::BlendValue	(	TMaskedBlendable< OutputType, 1 > &	OutBlend,
		InputType	InValue,
		float	Weight,
		EMovieSceneBlendType	BlendType,
		int32	BlendingOrder,
		TMovieSceneInitialValueStore< ActualValueType > &	InitialValueStore
	)

◆ BlendValue() [2/5]

template<typename OutputType , typename ActualValueType , uint8 ChannelSize>

void UE::MovieScene::BlendValue	(	TMaskedBlendable< OutputType, ChannelSize > &	OutBlend,
		const TMultiChannelValue< OutputType, ChannelSize > &	InValue,
		float	Weight,
		EMovieSceneBlendType	BlendType,
		int32	BlendingOrder,
		TMovieSceneInitialValueStore< ActualValueType > &	InitialValueStore
	)

◆ BlendValue() [3/5]

template<typename OutputType , typename InputType , typename ActualValueType , uint8 ChannelSize>

void UE::MovieScene::BlendValue	(	TMaskedBlendable< OutputType, ChannelSize > &	OutBlend,
		InputType	InValue,
		int32	ChannelIndex,
		float	Weight,
		EMovieSceneBlendType	BlendType,
		int32	BlendingOrder,
		TMovieSceneInitialValueStore< ActualValueType > &	InitialValueStore
	)

◆ BlendValue() [4/5]

template<typename InType , typename WorkingDataType , typename SourceDataType >

void UE::MovieScene::BlendValue	(	WorkingDataType &	OutBlend,
		InType	InValue,
		float	Weight,
		EMovieSceneBlendType	BlendType,
		int32	BlendingOrder,
		TMovieSceneInitialValueStore< SourceDataType > &	InitialValueStore
	)

◆ BlendValue() [5/5]

template<typename InType , typename WorkingDataType , typename SourceDataType >

void UE::MovieScene::BlendValue	(	WorkingDataType &	OutBlend,
		InType	InValue,
		float	Weight,
		EMovieSceneBlendType	BlendType,
		TMovieSceneInitialValueStore< SourceDataType > &	InitialValueStore
	)

◆ BuildVolatileProperty()

FVolatileProperty UE::MovieScene::BuildVolatileProperty	(	const UObject *	Object,
		FStringView	PropertyPath,
		const FPropertyResolutionState &	ResolutionState
	)

◆ ClampToDiscreteRange()

FFrameTime UE::MovieScene::ClampToDiscreteRange	(	FFrameTime	InTime,
		const TRange< FFrameNumber > &	InRange
	)

inline

Clamp the specified time to a range

◆ CollectGarbageForOutput() [1/3]

MOVIESCENETRACKS_API void UE::MovieScene::CollectGarbageForOutput ( FAnimatedCustomPrimitiveDataInfo * Output )

◆ CollectGarbageForOutput() [2/3]

MOVIESCENETRACKS_API void UE::MovieScene::CollectGarbageForOutput ( FAnimatedMaterialParameterInfo * Output )

◆ CollectGarbageForOutput() [3/3]

void UE::MovieScene::CollectGarbageForOutput ( void * )

inline

Override for OutputType* in order to provide custom garbage collection logic

◆ ComputeCameraShakeDurationOverride()

TOptional< float > UE::MovieScene::ComputeCameraShakeDurationOverride	(	const FMovieSceneContext &	Context,
		const FMovieSceneCameraShakeComponentData &	ShakeData
	)

◆ ComputeFastPropertyPtrOffset()

TOptional< uint16 > UE::MovieScene::ComputeFastPropertyPtrOffset	(	UClass *	ObjectClass,
		const FMovieScenePropertyBinding &	PropertyBinding
	)

◆ ConvertOperationalProperty() [1/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FColor &	InColor,
		FIntermediateColor &	OutIntermediate
	)

◆ ConvertOperationalProperty() [2/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FDoubleIntermediateVector &	InVector,
		FVector2d &	Out
	)

◆ ConvertOperationalProperty() [3/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FDoubleIntermediateVector &	InVector,
		FVector3d &	Out
	)

◆ ConvertOperationalProperty() [4/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FDoubleIntermediateVector &	InVector,
		FVector4d &	Out
	)

◆ ConvertOperationalProperty() [5/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FEulerTransform &	In,
		FIntermediate3DTransform &	Out
	)

◆ ConvertOperationalProperty() [6/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FFloatIntermediateVector &	InVector,
		FVector2f &	Out
	)

◆ ConvertOperationalProperty() [7/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FFloatIntermediateVector &	InVector,
		FVector3f &	Out
	)

◆ ConvertOperationalProperty() [8/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FFloatIntermediateVector &	InVector,
		FVector4f &	Out
	)

◆ ConvertOperationalProperty() [9/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FIntermediate3DTransform &	In,
		FEulerTransform &	Out
	)

◆ ConvertOperationalProperty() [10/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FIntermediate3DTransform &	In,
		FTransform &	Out
	)

◆ ConvertOperationalProperty() [11/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FIntermediateColor &	InColor,
		FColor &	Out
	)

◆ ConvertOperationalProperty() [12/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FIntermediateColor &	InColor,
		FLinearColor &	Out
	)

◆ ConvertOperationalProperty() [13/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FIntermediateColor &	InColor,
		FSlateColor &	Out
	)

◆ ConvertOperationalProperty() [14/34]

UMG_API void UE::MovieScene::ConvertOperationalProperty	(	const FIntermediateMargin &	In,
		FMargin &	Out
	)

◆ ConvertOperationalProperty() [15/34]

UMG_API void UE::MovieScene::ConvertOperationalProperty	(	const FIntermediateWidgetTransform &	In,
		FWidgetTransform &	Out
	)

◆ ConvertOperationalProperty() [16/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FLinearColor &	InColor,
		FIntermediateColor &	OutIntermediate
	)

◆ ConvertOperationalProperty() [17/34]

UMG_API void UE::MovieScene::ConvertOperationalProperty	(	const FMargin &	In,
		FIntermediateMargin &	Out
	)

◆ ConvertOperationalProperty() [18/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FObjectComponent &	In,
		UObject *&	Out
	)

◆ ConvertOperationalProperty() [19/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FSlateColor &	InColor,
		FIntermediateColor &	OutIntermediate
	)

◆ ConvertOperationalProperty() [20/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FTransform &	In,
		FIntermediate3DTransform &	Out
	)

◆ ConvertOperationalProperty() [21/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FVector2d &	In,
		FDoubleIntermediateVector &	Out
	)

◆ ConvertOperationalProperty() [22/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FVector2f &	In,
		FFloatIntermediateVector &	Out
	)

◆ ConvertOperationalProperty() [23/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FVector3d &	In,
		FDoubleIntermediateVector &	Out
	)

◆ ConvertOperationalProperty() [24/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FVector3f &	In,
		FFloatIntermediateVector &	Out
	)

◆ ConvertOperationalProperty() [25/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FVector4d &	In,
		FDoubleIntermediateVector &	Out
	)

◆ ConvertOperationalProperty() [26/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	const FVector4f &	In,
		FFloatIntermediateVector &	Out
	)

◆ ConvertOperationalProperty() [27/34]

UMG_API void UE::MovieScene::ConvertOperationalProperty	(	const FWidgetTransform &	In,
		FIntermediateWidgetTransform &	Out
	)

◆ ConvertOperationalProperty() [28/34]

template<typename InType , typename OutType >

void UE::MovieScene::ConvertOperationalProperty	(	const InType &	In,
		OutType &	Out
	)

◆ ConvertOperationalProperty() [29/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	double	In,
		float &	Out
	)

◆ ConvertOperationalProperty() [30/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	float	In,
		double &	Out
	)

◆ ConvertOperationalProperty() [31/34]

void UE::MovieScene::ConvertOperationalProperty	(	int64	In,
		int16 &	Out
	)

◆ ConvertOperationalProperty() [32/34]

void UE::MovieScene::ConvertOperationalProperty	(	int64	In,
		int32 &	Out
	)

◆ ConvertOperationalProperty() [33/34]

void UE::MovieScene::ConvertOperationalProperty	(	int64	In,
		int8 &	Out
	)

◆ ConvertOperationalProperty() [34/34]

MOVIESCENETRACKS_API void UE::MovieScene::ConvertOperationalProperty	(	UObject *	In,
		FObjectComponent &	Out
	)

◆ ConvertRange() [1/2]

template<>

TRange< FFrameNumber > UE::MovieScene::ConvertRange ( const TRange< FFrameTime > & Range )

inline

◆ ConvertRange() [2/2]

template<typename InBoundType , typename OutBoundType >

TRange< OutBoundType > UE::MovieScene::ConvertRange ( const TRange< InBoundType > & Range )

inline

Converts a range from one type of bounds to another. The output bounds type must be implicitly constructable from the input bounds type.

◆ ConvertToDiscreteRange()

TRange< FFrameNumber > UE::MovieScene::ConvertToDiscreteRange ( const TRange< FFrameTime > & InRange )

inline

◆ ConvertToFrameTimeRange() [1/2]

TRange< FFrameTime > UE::MovieScene::ConvertToFrameTimeRange ( const TRange< FFrameNumber > & InRange )

inline

Convert a frame number range into a frame time range

◆ ConvertToFrameTimeRange() [2/2]

TRange< FFrameTime > UE::MovieScene::ConvertToFrameTimeRange ( const TRange< float > & InRange )

inline

◆ CorrectInsideOutRange()

void UE::MovieScene::CorrectInsideOutRange ( TRange< FFrameTime > & InOutRange )

◆ CycleTime()

MOVIESCENE_API FCycleParams UE::MovieScene::CycleTime	(	FFrameNumber	MinFrame,
		FFrameNumber	MaxFrame,
		FFrameTime	InTime
	)

◆ DECLARE_CYCLE_STAT() [1/12]

UE::MovieScene::DECLARE_CYCLE_STAT	(	TEXT("[External] Sequence Instance Post-Update")	,
		MovieSceneEval_SequenceInstancePostUpdate	,
		STATGROUP_MovieSceneEval
	)

◆ DECLARE_CYCLE_STAT() [2/12]

UE::MovieScene::DECLARE_CYCLE_STAT	(	TEXT("Anonymous MovieScene Task")	,
		MovieSceneEval_AnonymousTask	,
		STATGROUP_MovieSceneECS
	)

◆ DECLARE_CYCLE_STAT() [3/12]

UE::MovieScene::DECLARE_CYCLE_STAT	(	TEXT("Apply properties")	,
		MovieSceneEval_ApplyProperties	,
		STATGROUP_MovieSceneECS
	)

◆ DECLARE_CYCLE_STAT() [4/12]

UE::MovieScene::DECLARE_CYCLE_STAT	(	TEXT("Aquire Component Access Locks")	,
		MovieSceneEval_AquireComponentAccessLocks	,
		STATGROUP_MovieSceneECS
	)

◆ DECLARE_CYCLE_STAT() [5/12]

UE::MovieScene::DECLARE_CYCLE_STAT	(	TEXT("MovieScene: Assign evaluation times")	,
		MovieSceneEval_AssignEvalTimes	,
		STATGROUP_MovieSceneECS
	)

◆ DECLARE_CYCLE_STAT() [6/12]

UE::MovieScene::DECLARE_CYCLE_STAT	(	TEXT("MovieScene: Evaluate object path channels")	,
		MovieSceneEval_EvaluateObjectPathChannelTask	,
		STATGROUP_MovieSceneECS
	)

◆ DECLARE_CYCLE_STAT() [7/12]

UE::MovieScene::DECLARE_CYCLE_STAT	(	TEXT("MovieScene: Gather evaluation times")	,
		MovieSceneEval_GatherEvalTimes	,
		STATGROUP_MovieSceneECS
	)

◆ DECLARE_CYCLE_STAT() [8/12]

UE::MovieScene::DECLARE_CYCLE_STAT	(	TEXT("Release Component Access Locks")	,
		MovieSceneEval_ReleaseComponentAccessLocks	,
		STATGROUP_MovieSceneECS
	)

◆ DECLARE_CYCLE_STAT() [9/12]

UE::MovieScene::DECLARE_CYCLE_STAT	(	TEXT("Sequence Instance Update")	,
		MovieSceneEval_SequenceInstanceUpdate	,
		STATGROUP_MovieSceneEval
	)

◆ DECLARE_CYCLE_STAT() [10/12]

UE::MovieScene::DECLARE_CYCLE_STAT	(	TEXT("Spawnables System")	,
		MovieSceneEval_SpawnablesSystem	,
		STATGROUP_MovieSceneECS
	)

◆ DECLARE_CYCLE_STAT() [11/12]

UE::MovieScene::DECLARE_CYCLE_STAT	(	TEXT("Spawnables: Destroy")	,
		MovieSceneEval_DestroySpawnables	,
		STATGROUP_MovieSceneEval
	)

◆ DECLARE_CYCLE_STAT() [12/12]

UE::MovieScene::DECLARE_CYCLE_STAT	(	TEXT("Spawnables: Spawn")	,
		MovieSceneEval_SpawnSpawnables	,
		STATGROUP_MovieSceneEval
	)

◆ DECLARE_DELEGATE_RetVal_TwoParams()

UE::MovieScene::DECLARE_DELEGATE_RetVal_TwoParams	(	FPropertyRecomposerPropertyInfo	,
		FOnGetPropertyRecomposerPropertyInfo	,
		FMovieSceneEntityID	,
		UObject *
	)

◆ DecodeEntityID() [1/3]

void UE::MovieScene::DecodeEntityID	(	uint32	InEntityID,
		int16 &	OutIndex,
		uint8 &	OutType,
		uint8 &	OutOffset
	)

◆ DecodeEntityID() [2/3]

void UE::MovieScene::DecodeEntityID	(	uint32	InEntityID,
		int32 &	OutIndex,
		EAudioSectionEntityType &	OutEntityType
	)

◆ DecodeEntityID() [3/3]

void UE::MovieScene::DecodeEntityID	(	uint32	InEntityID,
		int32 &	OutIndex,
		uint8 &	OutType
	)

◆ DecodeMaterialParameterEntityID()

void UE::MovieScene::DecodeMaterialParameterEntityID	(	uint32	InEntityID,
		int32 &	OutIndex,
		uint8 &	OutType
	)

◆ DilateRange()

template<typename T >

TRange< T > UE::MovieScene::DilateRange	(	const TRange< T > &	InRange,
		T	LowerAmount,
		T	UpperAmount
	)

inline

Dilate the specified range by adding a specific size to the lower and upper bounds (if closed)

◆ DiscreteExclusiveUpper() [1/2]

FFrameNumber UE::MovieScene::DiscreteExclusiveUpper ( const TRange< FFrameNumber > & InRange )

inline

Return the first frame number not contained by the specified range. Assumes a closed upper bound. For example, a range of (0:10) would return 10, and [0:10] would return 11

◆ DiscreteExclusiveUpper() [2/2]

FFrameNumber UE::MovieScene::DiscreteExclusiveUpper ( const TRangeBound< FFrameNumber > & InUpperBound )

inline

Return the first frame number that is not contained by the specified closed upper bound. For example, a bound of 10) would return 10, and 10] would return 11

◆ DiscreteInclusiveLower() [1/2]

FFrameNumber UE::MovieScene::DiscreteInclusiveLower ( const TRange< FFrameNumber > & InRange )

inline

Return the first frame number included by the specified range. Assumes a closed lower bound. For example, a range of (0:10) would return 1, and [0:10] would return 0

◆ DiscreteInclusiveLower() [2/2]

FFrameNumber UE::MovieScene::DiscreteInclusiveLower ( const TRangeBound< FFrameNumber > & InLowerBound )

inline

Return the first frame number included by the specified closed lower bound. For example, a bound of (0 would return 1, and [0 would return 0

◆ DiscreteRangeIsEmpty()

bool UE::MovieScene::DiscreteRangeIsEmpty ( const TRange< FFrameNumber > & InRange )

inline

Check whether the specified range contains any integer frame numbers or not

◆ DiscreteSize()

int32 UE::MovieScene::DiscreteSize ( const TRange< FFrameNumber > & InRange )

inline

Calculate the size of a discrete frame range, taking into account inclusive/exclusive boundaries.

Parameters

InRange The range to calculate for. Must be a frinite range.

Returns: The size of the range (considering inclusive and exclusive boundaries)

◆ DissectRange() [1/2]

void UE::MovieScene::DissectRange	(	TArrayView< const FMovieSceneDeterminismFence >	InDissectionTimes,
		const TRange< FFrameTime > &	Bounds,
		TArray< TRange< FFrameTime > > &	OutDissections
	)

◆ DissectRange() [2/2]

void UE::MovieScene::DissectRange	(	TArrayView< const FMovieSceneDeterminismFenceWithSubframe >	InDissectionTimes,
		const TRange< FFrameTime > &	Bounds,
		TArray< TRange< FFrameTime > > &	OutDissections
	)

◆ EncodeEntityID() [1/3]

uint32 UE::MovieScene::EncodeEntityID	(	int16	InIndex,
		uint8	InType,
		uint8	InOffset
	)

◆ EncodeEntityID() [2/3]

uint32 UE::MovieScene::EncodeEntityID	(	int32	InIndex,
		EAudioSectionEntityType	InEntityType
	)

◆ EncodeEntityID() [3/3]

uint32 UE::MovieScene::EncodeEntityID	(	int32	InIndex,
		uint8	InType
	)

◆ EncodeMaterialParameterEntityID()

uint32 UE::MovieScene::EncodeMaterialParameterEntityID	(	int32	InIndex,
		uint8	InType
	)

◆ EntityIDToVisibility()

bool UE::MovieScene::EntityIDToVisibility ( int32 EntityID )

◆ ENUM_CLASS_FLAGS() [1/7]

UE::MovieScene::ENUM_CLASS_FLAGS ( EComplexFilterMode )

◆ ENUM_CLASS_FLAGS() [2/7]

UE::MovieScene::ENUM_CLASS_FLAGS ( EComponentTypeFlags )

◆ ENUM_CLASS_FLAGS() [3/7]

UE::MovieScene::ENUM_CLASS_FLAGS ( EEntityGroupFlags )

◆ ENUM_CLASS_FLAGS() [4/7]

UE::MovieScene::ENUM_CLASS_FLAGS ( EEntityRecursion )

◆ ENUM_CLASS_FLAGS() [5/7]

UE::MovieScene::ENUM_CLASS_FLAGS ( EHierarchicalSequenceChannelFlags )

◆ ENUM_CLASS_FLAGS() [6/7]

UE::MovieScene::ENUM_CLASS_FLAGS ( ESequenceInstanceUpdateFlags )

◆ ENUM_CLASS_FLAGS() [7/7]

UE::MovieScene::ENUM_CLASS_FLAGS ( ESystemPhase )

◆ EvaluateChannel() [1/2]

template<typename ChannelType , typename ValueType >

bool UE::MovieScene::EvaluateChannel	(	const ChannelType *	InChannel,
		FFrameTime	InTime,
		ValueType &	OutValue
	)

Called to evaluate a channel. Overload with specific channel types for custom behaviour.

Parameters

InChannel	The channel to evaluate
InTime	The time to evaluate at
OutValue	Value to receive the result

Returns: true if the channel was evaluated successfully, false otherwise

◆ EvaluateChannel() [2/2]

template<typename ChannelType , typename ValueType >

bool UE::MovieScene::EvaluateChannel	(	const UMovieSceneSection *	InSection,
		const ChannelType *	InChannel,
		FFrameTime	InTime,
		ValueType &	OutValue
	)

Called to evaluate a channel. Overload with specific channel types for custom behaviour.

Parameters

InSection	The section that contains the channel
InChannel	The channel to evaluate
InTime	The time to evaluate at
OutValue	Value to receive the result

Returns: true if the channel was evaluated successfully, false otherwise

◆ EvaluateTime() [1/2]

MOVIESCENE_API void UE::MovieScene::EvaluateTime	(	TArrayView< const FFrameNumber >	InTimes,
		FFrameTime	InTime,
		int32 &	OutIndex1,
		int32 &	OutIndex2
	)

Evaluate the specified time array by finding the two indices that are adjacent to the supplied time

Parameters

InTimes	A sorted array of frame numbers
InTime	The time to find within the array
OutIndex1	The first time in the array that's >= InTime, or INDEX_NONE if there are none
OutIndex2	OutIndex1 + 1 if it is a valid index in the array, INDEX_NONE otherwise

◆ EvaluateTime() [2/2]

MOVIESCENE_API void UE::MovieScene::EvaluateTime	(	TArrayView< const FFrameNumber >	InTimes,
		FFrameTime	InTime,
		int32 &	OutIndex1,
		int32 &	OutIndex2,
		double &	OutInterp
	)

Evaluate the specified time array by finding the two indices and an interpolation value that are adjacent to the supplied time

Parameters

InTimes	A sorted array of frame numbers
InTime	The time to find within the array
OutIndex1	The first time in the array that's >= InTime, or INDEX_NONE if there are none
OutIndex2	OutIndex1 + 1 if it is a valid index in the array, INDEX_NONE otherwise
OutInterp	A value from 0.0 -> 1.0 specifying how a linear interpolation value from index 1 to index 2

◆ ExpandRange()

template<typename T >

TRange< T > UE::MovieScene::ExpandRange	(	const TRange< T > &	InRange,
		T	Amount
	)

inline

Expand the specified range by subtracting the specified amount from the lower bound, and adding it to the upper bound

◆ Factorial()

float UE::MovieScene::Factorial ( int32 In )

◆ FindBoundObjectProxy()

UObject * UE::MovieScene::FindBoundObjectProxy ( UObject * BoundObject )

◆ FindProperty()

FPropertyResolutionStep UE::MovieScene::FindProperty	(	void *	BasePointer,
		UStruct *	InStruct,
		FStringView	PropertyName
	)

◆ FindPropertyAndArrayIndex()

FPropertyResolutionStep UE::MovieScene::FindPropertyAndArrayIndex	(	void *	BasePointer,
		UStruct *	InStruct,
		FStringView	PropertyName
	)

◆ FindPropertyFromNestedPath()

template<typename CharType >

FPropertyAndAddress UE::MovieScene::FindPropertyFromNestedPath	(	UStruct *	Struct,
		void *	Container,
		TStringView< CharType >	InPath
	)

Find a nested property and address from the specified path of the form StructProp.Struct.Inner. Any symbols other than identifiers and dots are not supported (or even checked for).

◆ FindPropertyFromPath()

FPropertyAndAddress UE::MovieScene::FindPropertyFromPath	(	UClass *	ObjectClass,
		const FMovieScenePropertyBinding &	PropertyBinding
	)

◆ FindRange()

MOVIESCENE_API void UE::MovieScene::FindRange	(	TArrayView< const FFrameNumber >	InTimes,
		FFrameNumber	PredicateTime,
		FFrameNumber	InTolerance,
		int32	MaxNum,
		int32 &	OutMin,
		int32 &	OutMax
	)

Find the range of times that fall around PredicateTime +/- InTolerance up to a maximum

Parameters

InTimes	A sorted array of frame numbers
PredicateTime	The time around which to search
InTolerance	The tolerance range to search around PredicateTime with
MaxNum	A maximum number of times to find, starting with those closest to the predicate time
OutMin	The earliest index that met the conditions of the search
OutMax	The latest index that met the conditions of the search

◆ GCC_ALIGN()

UE::MovieScene::GCC_ALIGN ( PLATFORM_CACHE_LINE_SIZE )

◆ GetAnimSequencerInstance()

UAnimSequencerInstance * UE::MovieScene::GetAnimSequencerInstance ( USkeletalMeshComponent * SkeletalMeshComponent )

Helper function to get our sequencer animation node from a skeletal mesh component

◆ GetChannelDefault() [1/2]

template<typename ChannelType , typename ValueType >

TEnableIf< TGetMovieSceneChannelTraits< ChannelType >::SupportsDefaults, bool >::Type UE::MovieScene::GetChannelDefault	(	ChannelType *	Channel,
		ValueType &	OutDefaultValue
	)

Gets the default value for the channel if set

Parameters

InChannel The channel to set the default on

Returns: If there is a default value or not.

◆ GetChannelDefault() [2/2]

template<typename ChannelType , typename ValueType >

TEnableIf<!TGetMovieSceneChannelTraits< ChannelType >::SupportsDefaults, bool >::Type UE::MovieScene::GetChannelDefault	(	ChannelType *	Channel,
		ValueType &	OutDefaultValue
	)

◆ GetComponentAtIndex() [1/2]

bool UE::MovieScene::GetComponentAtIndex	(	const bool *	BoolPassthrough,
		int32	Index
	)

inline

◆ GetComponentAtIndex() [2/2]

template<typename T >

auto UE::MovieScene::GetComponentAtIndex	(	T *	InAccessor,
		int32	Index
	)		-> decltype(DeclVal<T>().ComponentAtIndex(0))

◆ GetComponentTransform()

MOVIESCENETRACKS_API FIntermediate3DTransform UE::MovieScene::GetComponentTransform ( const UObject * Object )

◆ GetDirectionalLightComponentLightSourceAngle()

float UE::MovieScene::GetDirectionalLightComponentLightSourceAngle ( const UObject * Object )

◆ GetEditorVolatilityFlags()

FORCEINLINE EMovieSceneSequenceFlags UE::MovieScene::GetEditorVolatilityFlags ( )

◆ GetExponentialHeightFogComponentDirectionalInscatteringColor()

FIntermediateColor UE::MovieScene::GetExponentialHeightFogComponentDirectionalInscatteringColor ( const UObject * Object )

◆ GetExponentialHeightFogComponentDirectionalInscatteringExponent()

float UE::MovieScene::GetExponentialHeightFogComponentDirectionalInscatteringExponent ( const UObject * Object )

◆ GetExponentialHeightFogComponentFogDensity()

float UE::MovieScene::GetExponentialHeightFogComponentFogDensity ( const UObject * Object )

◆ GetExponentialHeightFogComponentFogHeightFalloff()

float UE::MovieScene::GetExponentialHeightFogComponentFogHeightFalloff ( const UObject * Object )

◆ GetExponentialHeightFogComponentFogInscatteringColor()

FIntermediateColor UE::MovieScene::GetExponentialHeightFogComponentFogInscatteringColor ( const UObject * Object )

◆ GetExponentialHeightFogComponentFogMaxOpacity()

float UE::MovieScene::GetExponentialHeightFogComponentFogMaxOpacity ( const UObject * Object )

◆ GetExponentialHeightFogComponentStartDistance()

float UE::MovieScene::GetExponentialHeightFogComponentStartDistance ( const UObject * Object )

◆ GetExponentialHeightFogComponentVolumetricFogExtinctionScale()

float UE::MovieScene::GetExponentialHeightFogComponentVolumetricFogExtinctionScale ( const UObject * Object )

◆ GetExponentialHeightFogComponentVolumetricFogNearFadeInDistance()

float UE::MovieScene::GetExponentialHeightFogComponentVolumetricFogNearFadeInDistance ( const UObject * Object )

◆ GetExponentialHeightFogComponentVolumetricFogStartDistance()

float UE::MovieScene::GetExponentialHeightFogComponentVolumetricFogStartDistance ( const UObject * Object )

◆ GetExponentialHeightFogVolumetricFogAlbedo()

FIntermediateColor UE::MovieScene::GetExponentialHeightFogVolumetricFogAlbedo ( const UObject * Object )

◆ GetFencesWithinRange()

TArrayView< const FMovieSceneDeterminismFence > UE::MovieScene::GetFencesWithinRange	(	TArrayView< const FMovieSceneDeterminismFence >	Fences,
		const TRange< FFrameTime > &	Boundary
	)

◆ GetInterpolationMode()

template<typename ChannelType >

EMovieSceneKeyInterpolation UE::MovieScene::GetInterpolationMode	(	ChannelType *	InChannel,
		const FFrameNumber &	InTime,
		EMovieSceneKeyInterpolation	DefaultInterpolationMode
	)

◆ GetKeyValue()

template<typename ChannelType , typename ValueType >

bool UE::MovieScene::GetKeyValue	(	ChannelType *	InChannel,
		FKeyHandle	InKeyHandle,
		ValueType &	OutValue
	)

◆ GetLayoutDataOffsets()

FIntermediateMargin UE::MovieScene::GetLayoutDataOffsets ( const UObject * Object )

◆ GetLevelVisibility()

bool UE::MovieScene::GetLevelVisibility ( const ULevelStreaming & Level )

◆ GetLightComponentIndirectLightingIntensity()

float UE::MovieScene::GetLightComponentIndirectLightingIntensity ( const UObject * Object )

◆ GetLightComponentIntensity()

float UE::MovieScene::GetLightComponentIntensity ( const UObject * Object )

◆ GetLightComponentLightColor()

FIntermediateColor UE::MovieScene::GetLightComponentLightColor ( const UObject * Object )

◆ GetLightComponentVolumetricScatteringIntensity()

float UE::MovieScene::GetLightComponentVolumetricScatteringIntensity ( const UObject * Object )

◆ GetLocalFogVolumeComponentFogAlbedo()

FIntermediateColor UE::MovieScene::GetLocalFogVolumeComponentFogAlbedo ( const UObject * Object )

◆ GetLocalFogVolumeComponentRadialFogExtinction()

float UE::MovieScene::GetLocalFogVolumeComponentRadialFogExtinction ( const UObject * Object )

◆ GetMassScale()

float UE::MovieScene::GetMassScale ( const UObject * Object )

◆ GetPlaybackController()

const APlayerController * UE::MovieScene::GetPlaybackController ( const UObject * PlaybackContext )

◆ GetSecondFogDataFogDensity()

float UE::MovieScene::GetSecondFogDataFogDensity ( const UObject * Object )

◆ GetSecondFogDataFogHeightFalloff()

float UE::MovieScene::GetSecondFogDataFogHeightFalloff ( const UObject * Object )

◆ GetSecondFogDataFogHeightOffset()

float UE::MovieScene::GetSecondFogDataFogHeightOffset ( const UObject * Object )

◆ GetSimulatedMotionVectorTime()

FFrameTime UE::MovieScene::GetSimulatedMotionVectorTime ( const FMovieSceneContext & Context )

◆ GetSkeletalMesh_DEPRECATED()

FObjectComponent UE::MovieScene::GetSkeletalMesh_DEPRECATED	(	const UObject *	Object,
		FObjectPropertyTraits::FObjectMetadata	ObjectMetadata
	)

◆ GetSkeletalMeshAnimationMode()

uint8 UE::MovieScene::GetSkeletalMeshAnimationMode ( const UObject * Object )

◆ GetSkeletalMeshAsset()

FObjectComponent UE::MovieScene::GetSkeletalMeshAsset	(	const UObject *	Object,
		FObjectPropertyTraits::FObjectMetadata	ObjectMetadata
	)

◆ GetSkyAtmosphereComponentAerialPerspectiveViewDistanceScale()

float UE::MovieScene::GetSkyAtmosphereComponentAerialPerspectiveViewDistanceScale ( const UObject * Object )

◆ GetSkyAtmosphereComponentMieAbsorption()

FIntermediateColor UE::MovieScene::GetSkyAtmosphereComponentMieAbsorption ( const UObject * Object )

◆ GetSkyAtmosphereComponentMieExponentialDistribution()

float UE::MovieScene::GetSkyAtmosphereComponentMieExponentialDistribution ( const UObject * Object )

◆ GetSkyAtmosphereComponentMieScattering()

FIntermediateColor UE::MovieScene::GetSkyAtmosphereComponentMieScattering ( const UObject * Object )

◆ GetSkyAtmosphereComponentMieScatteringScale()

float UE::MovieScene::GetSkyAtmosphereComponentMieScatteringScale ( const UObject * Object )

◆ GetSkyAtmosphereComponentOtherAbsorption()

FIntermediateColor UE::MovieScene::GetSkyAtmosphereComponentOtherAbsorption ( const UObject * Object )

◆ GetSkyAtmosphereComponentOtherAbsorptionScale()

float UE::MovieScene::GetSkyAtmosphereComponentOtherAbsorptionScale ( const UObject * Object )

◆ GetSkyAtmosphereComponentRayleighExponentialDistribution()

float UE::MovieScene::GetSkyAtmosphereComponentRayleighExponentialDistribution ( const UObject * Object )

◆ GetSkyAtmosphereComponentRayleighScattering()

FIntermediateColor UE::MovieScene::GetSkyAtmosphereComponentRayleighScattering ( const UObject * Object )

◆ GetSkyAtmosphereComponentRayleighScatteringScale()

float UE::MovieScene::GetSkyAtmosphereComponentRayleighScatteringScale ( const UObject * Object )

◆ GetSkyAtmosphereComponentSkyLuminanceFactor()

FIntermediateColor UE::MovieScene::GetSkyAtmosphereComponentSkyLuminanceFactor ( const UObject * Object )

◆ GetSkyLightComponentIntensity()

float UE::MovieScene::GetSkyLightComponentIntensity ( const UObject * Object )

◆ GetSkyLightComponentLightColor()

FIntermediateColor UE::MovieScene::GetSkyLightComponentLightColor ( const UObject * Object )

◆ GetSkyLightComponentRealtimeCapture()

bool UE::MovieScene::GetSkyLightComponentRealtimeCapture	(	const UObject *	Object,
		FBoolPropertyTraits::FBoolMetaData	InMetadata
	)

◆ GetStreamingLevel()

ULevelStreaming * UE::MovieScene::GetStreamingLevel	(	FString	SafeLevelName,
		UWorld &	World
	)

◆ GetTypeHash()

uint32 UE::MovieScene::GetTypeHash ( const FMaterialParameterKey & InKey )

◆ HasAccessorWork() [1/5]

bool UE::MovieScene::HasAccessorWork	(	const FEntityManager *	,
		const FEntityIDAccess *
	)

inline

◆ HasAccessorWork() [2/5]

bool UE::MovieScene::HasAccessorWork	(	const FEntityManager *	EntityManager,
		const FComponentAccess *	In
	)

inline

◆ HasAccessorWork() [3/5]

bool UE::MovieScene::HasAccessorWork	(	const FEntityManager *	EntityManager,
		const FOptionalComponentAccess *	In
	)

inline

◆ HasAccessorWork() [4/5]

template<typename... T>

bool UE::MovieScene::HasAccessorWork	(	const FEntityManager *	EntityManager,
		const TReadOneOfAccessor< T... > *	In
	)

inline

◆ HasAccessorWork() [5/5]

template<typename... T>

bool UE::MovieScene::HasAccessorWork	(	const FEntityManager *	EntityManager,
		const TReadOneOrMoreOfAccessor< T... > *	In
	)

inline

◆ HasBeenWrittenToSince() [1/5]

bool UE::MovieScene::HasBeenWrittenToSince	(	const FComponentAccess *	In,
		FEntityAllocation *	Allocation,
		uint64	InSystemSerial
	)

inline

◆ HasBeenWrittenToSince() [2/5]

bool UE::MovieScene::HasBeenWrittenToSince	(	const FEntityIDAccess *	In,
		FEntityAllocation *	Allocation,
		uint64	InSystemSerial
	)

inline

◆ HasBeenWrittenToSince() [3/5]

bool UE::MovieScene::HasBeenWrittenToSince	(	const FOptionalComponentAccess *	In,
		FEntityAllocation *	Allocation,
		uint64	InSystemSerial
	)

inline

◆ HasBeenWrittenToSince() [4/5]

template<typename... T>

bool UE::MovieScene::HasBeenWrittenToSince	(	const TReadOneOfAccessor< T... > *	In,
		FEntityAllocation *	Allocation,
		uint64	InSystemSerial
	)

◆ HasBeenWrittenToSince() [5/5]

template<typename... T>

bool UE::MovieScene::HasBeenWrittenToSince	(	const TReadOneOrMoreOfAccessor< T... > *	In,
		FEntityAllocation *	Allocation,
		uint64	InSystemSerial
	)

◆ InitializeMovieSceneTracksAccessors()

void UE::MovieScene::InitializeMovieSceneTracksAccessors ( FMovieSceneTracksComponentTypes * TracksComponents )

◆ InputMatchesAll()

bool UE::MovieScene::InputMatchesAll	(	const FComponentMask &	Input,
		const FComponentMask &	Mask
	)

Return true if the parameters satisfy the condition (Input & Mask) == Mask

◆ InputMatchesAny()

bool UE::MovieScene::InputMatchesAny	(	const FComponentMask &	Input,
		const FComponentMask &	Mask
	)

Return true if the parameters satisfy the condition (Input & Mask) != 0

◆ InputMatchesOne()

bool UE::MovieScene::InputMatchesOne	(	const FComponentMask &	Input,
		const FComponentMask &	Mask
	)

Return true if the parameters satisfy the condition countbits(Input & Mask) == 1

◆ InvertValue()

template<typename ValueType >

void UE::MovieScene::InvertValue ( ValueType & InOutValue )

◆ IsAccessorValid() [1/6]

bool UE::MovieScene::IsAccessorValid ( const FComponentAccess * In )

inline

◆ IsAccessorValid() [2/6]

bool UE::MovieScene::IsAccessorValid ( const FEntityIDAccess * )

inline

◆ IsAccessorValid() [3/6]

bool UE::MovieScene::IsAccessorValid ( const FFilterMatchPassthrough * )

inline

◆ IsAccessorValid() [4/6]

bool UE::MovieScene::IsAccessorValid ( const FOptionalComponentAccess * In )

inline

◆ IsAccessorValid() [5/6]

template<typename... T>

bool UE::MovieScene::IsAccessorValid ( const TReadOneOfAccessor< T... > * In )

inline

◆ IsAccessorValid() [6/6]

template<typename... T>

bool UE::MovieScene::IsAccessorValid ( const TReadOneOrMoreOfAccessor< T... > * In )

inline

◆ IsCompositePropertyTraits() [1/2]

constexpr bool UE::MovieScene::IsCompositePropertyTraits ( ... )

constexpr

◆ IsCompositePropertyTraits() [2/2]

template<typename T , typename U = decltype(T::bIsComposite)>

constexpr bool UE::MovieScene::IsCompositePropertyTraits ( T * )

constexpr

◆ IsEmptyOrZeroSize()

bool UE::MovieScene::IsEmptyOrZeroSize ( const TRange< FFrameNumber > & InRange )

inline

Return whether the given range is empty or zero frames wide

◆ MakeDiscreteRange()

TRange< FFrameNumber > UE::MovieScene::MakeDiscreteRange	(	FFrameNumber	MinInclusive,
		FFrameNumber	MaxExclusive
	)

inline

Make a new range that includes the given minimum and excludes the given maximum.

Parameters

MinInclusive	The minimum value for the inclusive lower bound
MaxExclusive	The maximum value for the exclusive upper bound

Returns: A new range.

◆ MakeDiscreteRangeFromLower()

TRange< FFrameNumber > UE::MovieScene::MakeDiscreteRangeFromLower	(	const TRangeBound< FFrameNumber > &	InLowerBound,
		int32	DiscreteSize
	)

inline

Make a new range using the specified lower bound, and a given size.

◆ MakeDiscreteRangeFromUpper()

TRange< FFrameNumber > UE::MovieScene::MakeDiscreteRangeFromUpper	(	const TRangeBound< FFrameNumber > &	InUpperBound,
		int32	DiscreteSize
	)

inline

Make a new range using the specified upper bound, and a given size.

◆ MakeHullRange() [1/2]

TRange< FFrameNumber > UE::MovieScene::MakeHullRange ( const TRange< FFrameNumber > & InRange )

inline

Make a new range that includes both the lower and upper bounds of the given range.

◆ MakeHullRange() [2/2]

TRange< FFrameNumber > UE::MovieScene::MakeHullRange	(	FFrameNumber	MinInclusive,
		FFrameNumber	MaxInclusive
	)

inline

Make a new range that includes both the given minimum and maximum.

Parameters

MinInclusive	The minimum value for the inclusive lower bound
MaxInclusive	The maximum value for the inclusive lower bound

Returns: A new range.

◆ MakeSafeLevelName()

FString UE::MovieScene::MakeSafeLevelName	(	const FName &	InLevelName,
		UWorld &	World
	)

◆ MigrateFrameRange()

TRange< FFrameNumber > UE::MovieScene::MigrateFrameRange	(	const TRange< FFrameNumber > &	SourceRange,
		const IRetimingInterface &	RetimingInterface
	)

◆ MigrateFrameTimes() [1/2]

void UE::MovieScene::MigrateFrameTimes	(	const IRetimingInterface &	Retimer,
		UMovieSceneSection *	Section
	)

◆ MigrateFrameTimes() [2/2]

void UE::MovieScene::MigrateFrameTimes	(	const IRetimingInterface &	Retimer,
		UMovieSceneTrack *	Track
	)

◆ MS_ALIGN()

struct UE::MovieScene::MS_ALIGN ( PLATFORM_CACHE_LINE_SIZE )

◆ MultiChannelFromData() [1/9]

void UE::MovieScene::MultiChannelFromData	(	const FEulerTransform &	In,
		TMultiChannelValue< float, 9 > &	Out
	)

inline

◆ MultiChannelFromData() [2/9]

void UE::MovieScene::MultiChannelFromData	(	const FLinearColor &	In,
		TMultiChannelValue< float, 4 > &	Out
	)

inline

◆ MultiChannelFromData() [3/9]

void UE::MovieScene::MultiChannelFromData	(	const FTransform &	In,
		TMultiChannelValue< float, 9 > &	Out
	)

inline

◆ MultiChannelFromData() [4/9]

void UE::MovieScene::MultiChannelFromData	(	const FVector4 &	In,
		TMultiChannelValue< float, 4 > &	Out
	)

inline

◆ MultiChannelFromData() [5/9]

void UE::MovieScene::MultiChannelFromData	(	float	In,
		TMultiChannelValue< float, 1 > &	Out
	)

inline

◆ MultiChannelFromData() [6/9]

void UE::MovieScene::MultiChannelFromData	(	FVector	In,
		TMultiChannelValue< float, 3 > &	Out
	)

inline

◆ MultiChannelFromData() [7/9]

void UE::MovieScene::MultiChannelFromData	(	FVector2D	In,
		TMultiChannelValue< float, 2 > &	Out
	)

inline

◆ MultiChannelFromData() [8/9]

void UE::MovieScene::MultiChannelFromData	(	int32	In,
		TMultiChannelValue< double, 1 > &	Out
	)

inline

◆ MultiChannelFromData() [9/9]

template<typename T , typename SourceData , uint8 N>

void UE::MovieScene::MultiChannelFromData	(	SourceData	InSourceData,
		TMultiChannelValue< T, N > &	OutChannelData
	)

Declaration of a function used to generate multi channel data from a source type. Overload in the MovieScene namespace for type-specific functionality.

◆ OnRemapChannelKeyTime() [1/3]

MOVIESCENE_API void UE::MovieScene::OnRemapChannelKeyTime	(	const FMovieSceneChannel *	Channel,
		const IRetimingInterface &	Retimer,
		FFrameNumber	PreviousTime,
		FFrameNumber	CurrentTime,
		FMovieSceneDoubleValue &	InOutValue
	)

◆ OnRemapChannelKeyTime() [2/3]

MOVIESCENE_API void UE::MovieScene::OnRemapChannelKeyTime	(	const FMovieSceneChannel *	Channel,
		const IRetimingInterface &	Retimer,
		FFrameNumber	PreviousTime,
		FFrameNumber	CurrentTime,
		FMovieSceneFloatValue &	InOutValue
	)

◆ OnRemapChannelKeyTime() [3/3]

template<typename ValueType >

void UE::MovieScene::OnRemapChannelKeyTime	(	const FMovieSceneChannel *	Channel,
		const IRetimingInterface &	Retimer,
		FFrameNumber	PreviousTime,
		FFrameNumber	CurrentTime,
		ValueType &	InOutValue
	)

◆ operator==()

bool UE::MovieScene::operator==	(	const FMaterialParameterKey &	A,
		const FMaterialParameterKey &	B
	)

◆ Optimize()

template<typename ChannelType >

void UE::MovieScene::Optimize	(	ChannelType *	InChannel,
		const FKeyDataOptimizationParams &	Params
	)

Optimize the specified channel by removing any redundant keys

Parameters

InChannel	The channel to optimize
Params	Optimization parameters

◆ PatchComposite()

template<typename CompositeType >

void UE::MovieScene::PatchComposite	(	uint8 *	OutValueBase,
		const CompositeType *	Composite,
		uint16	PtrOffset
	)

inline

◆ PatchCompositeValue()

template<typename... CompositeTypes>

void UE::MovieScene::PatchCompositeValue	(	TArrayView< const FPropertyCompositeDefinition >	CompositeDefinitions,
		void *	OutValueAddress,
		const CompositeTypes *...	Composites
	)

◆ PatchCompositeValueImpl()

template<typename... CompositeTypes, int ... CompositeIndices>

void UE::MovieScene::PatchCompositeValueImpl	(	const TIntegerSequence< int, CompositeIndices... > &	,
		TArrayView< const FPropertyCompositeDefinition >	CompositeDefinitions,
		uint8 *	OutValueBase,
		const CompositeTypes *...	Composites
	)

inline

◆ PopulatePrerequisites() [1/5]

void UE::MovieScene::PopulatePrerequisites	(	const FComponentAccess *	In,
		const FSystemTaskPrerequisites &	InPrerequisites,
		FGraphEventArray *	OutGatheredPrereqs
	)

inline

◆ PopulatePrerequisites() [2/5]

void UE::MovieScene::PopulatePrerequisites	(	const FEntityIDAccess *	,
		const FSystemTaskPrerequisites &	InPrerequisites,
		FGraphEventArray *	OutGatheredPrereqs
	)

inline

◆ PopulatePrerequisites() [3/5]

void UE::MovieScene::PopulatePrerequisites	(	const FOptionalComponentAccess *	In,
		const FSystemTaskPrerequisites &	InPrerequisites,
		FGraphEventArray *	OutGatheredPrereqs
	)

inline

◆ PopulatePrerequisites() [4/5]

template<typename... T>

void UE::MovieScene::PopulatePrerequisites	(	const TReadOneOfAccessor< T... > *	In,
		const FSystemTaskPrerequisites &	InPrerequisites,
		FGraphEventArray *	OutGatheredPrereqs
	)

◆ PopulatePrerequisites() [5/5]

template<typename... T>

void UE::MovieScene::PopulatePrerequisites	(	const TReadOneOrMoreOfAccessor< T... > *	In,
		const FSystemTaskPrerequisites &	InPrerequisites,
		FGraphEventArray *	OutGatheredPrereqs
	)

◆ PopulateReadWriteDependencies() [1/7]

void UE::MovieScene::PopulateReadWriteDependencies	(	const FEntityIDAccess *	,
		FComponentMask &	OutReadDependencies,
		FComponentMask &	OutWriteDependencies
	)

inline

◆ PopulateReadWriteDependencies() [2/7]

void UE::MovieScene::PopulateReadWriteDependencies	(	const FOptionalReadAccess *	In,
		FComponentMask &	OutReadDependencies,
		FComponentMask &	OutWriteDependencies
	)

inline

◆ PopulateReadWriteDependencies() [3/7]

void UE::MovieScene::PopulateReadWriteDependencies	(	const FOptionalWriteAccess *	In,
		FComponentMask &	OutReadDependencies,
		FComponentMask &	OutWriteDependencies
	)

inline

◆ PopulateReadWriteDependencies() [4/7]

void UE::MovieScene::PopulateReadWriteDependencies	(	const FReadAccess *	In,
		FComponentMask &	OutReadDependencies,
		FComponentMask &	OutWriteDependencies
	)

inline

◆ PopulateReadWriteDependencies() [5/7]

void UE::MovieScene::PopulateReadWriteDependencies	(	const FWriteAccess *	In,
		FComponentMask &	OutReadDependencies,
		FComponentMask &	OutWriteDependencies
	)

inline

◆ PopulateReadWriteDependencies() [6/7]

template<typename... T>

void UE::MovieScene::PopulateReadWriteDependencies	(	const TReadOneOfAccessor< T... > *	In,
		FComponentMask &	OutReadDependencies,
		FComponentMask &	OutWriteDependencies
	)

◆ PopulateReadWriteDependencies() [7/7]

template<typename... T>

void UE::MovieScene::PopulateReadWriteDependencies	(	const TReadOneOrMoreOfAccessor< T... > *	In,
		FComponentMask &	OutReadDependencies,
		FComponentMask &	OutWriteDependencies
	)

◆ PopulateSubsequents() [1/3]

void UE::MovieScene::PopulateSubsequents	(	const FOptionalWriteAccess *	In,
		const FGraphEventRef &	InEvent,
		FSystemSubsequentTasks &	OutSubsequents
	)

inline

◆ PopulateSubsequents() [2/3]

void UE::MovieScene::PopulateSubsequents	(	const FWriteAccess *	In,
		const FGraphEventRef &	InEvent,
		FSystemSubsequentTasks &	OutSubsequents
	)

inline

◆ PopulateSubsequents() [3/3]

void UE::MovieScene::PopulateSubsequents	(	const void *	In,
		const FGraphEventRef &	InEvent,
		FSystemSubsequentTasks &	OutSubsequents
	)

inline

◆ PurgeStaleTrackTemplates()

void UE::MovieScene::PurgeStaleTrackTemplates	(	UMovieSceneCompiledDataManager *	CompiledDataManager,
		FMovieSceneCompiledDataID	CompiledDataID
	)

◆ ReciprocalValue()

template<typename ValueType >

void UE::MovieScene::ReciprocalValue ( ValueType & InOutValue )

◆ RegisterCustomEntitySystemLinkerRole()

MOVIESCENE_API EEntitySystemLinkerRole UE::MovieScene::RegisterCustomEntitySystemLinkerRole ( )

Register a new custom linker role

◆ RemoveChannelDefault() [1/2]

template<typename ChannelType >

TEnableIf< TGetMovieSceneChannelTraits< ChannelType >::SupportsDefaults >::Type UE::MovieScene::RemoveChannelDefault ( ChannelType * Channel )

Removes a channel's default value

Parameters

InChannel The channel to remove the default from.

◆ RemoveChannelDefault() [2/2]

template<typename ChannelType >

TEnableIf<!TGetMovieSceneChannelTraits< ChannelType >::SupportsDefaults >::Type UE::MovieScene::RemoveChannelDefault ( ChannelType * Channel )

◆ ResolveChannelsToData() [1/9]

void UE::MovieScene::ResolveChannelsToData	(	const TMultiChannelValue< double, 1 > &	In,
		int32 &	Out
	)

inline

◆ ResolveChannelsToData() [2/9]

void UE::MovieScene::ResolveChannelsToData	(	const TMultiChannelValue< float, 1 > &	In,
		float &	Out
	)

inline

◆ ResolveChannelsToData() [3/9]

void UE::MovieScene::ResolveChannelsToData	(	const TMultiChannelValue< float, 2 > &	In,
		FVector2D &	Out
	)

inline

◆ ResolveChannelsToData() [4/9]

void UE::MovieScene::ResolveChannelsToData	(	const TMultiChannelValue< float, 3 > &	In,
		FVector &	Out
	)

inline

◆ ResolveChannelsToData() [5/9]

void UE::MovieScene::ResolveChannelsToData	(	const TMultiChannelValue< float, 4 > &	In,
		FLinearColor &	Out
	)

inline

◆ ResolveChannelsToData() [6/9]

void UE::MovieScene::ResolveChannelsToData	(	const TMultiChannelValue< float, 4 > &	In,
		FVector4 &	Out
	)

inline

◆ ResolveChannelsToData() [7/9]

void UE::MovieScene::ResolveChannelsToData	(	const TMultiChannelValue< float, 9 > &	In,
		FEulerTransform &	Out
	)

inline

◆ ResolveChannelsToData() [8/9]

void UE::MovieScene::ResolveChannelsToData	(	const TMultiChannelValue< float, 9 > &	In,
		FTransform &	Out
	)

inline

◆ ResolveChannelsToData() [9/9]

template<typename T , typename SourceData , uint8 N>

void UE::MovieScene::ResolveChannelsToData	(	const TMultiChannelValue< T, N > &	OutChannelData,
		SourceData &	OutData
	)

Declaration of a function used to popupate a specific type with generic channel data after blending has occurred. Overload in the MovieScene namespace for type-specific functionality. For example, to support multi channel blending

◆ ResolveExternalSequenceID() [1/2]

FMovieSceneSequenceID UE::MovieScene::ResolveExternalSequenceID	(	FMovieSceneSequenceID	SourceSequenceID,
		int32	RemapSourceParentIndex,
		FMovieSceneSequenceID	TargetSequenceID,
		const FMovieSceneSequenceHierarchy *	Hierarchy
	)

◆ ResolveExternalSequenceID() [2/2]

FMovieSceneSequenceID UE::MovieScene::ResolveExternalSequenceID	(	FMovieSceneSequenceID	SourceSequenceID,
		int32	RemapSourceParentIndex,
		FMovieSceneSequenceID	TargetSequenceID,
		TSharedRef< const FSharedPlaybackState >	SharedPlaybackState
	)

◆ ResolveProperty()

void UE::MovieScene::ResolveProperty	(	const UObject &	InObject,
		FStringView	PropertyPath,
		FPropertyResolutionState &	OutResolutionState
	)

◆ ResolvePropertyRecursive()

void UE::MovieScene::ResolvePropertyRecursive	(	void *	BasePointer,
		UStruct *	InStruct,
		TArrayView< const FStringView >	InPropertyNames,
		uint32	Index,
		FPropertyResolutionState &	OutResolutionState
	)

◆ SetChannelDefault() [1/2]

template<typename ChannelType , typename ValueType >

TEnableIf< TGetMovieSceneChannelTraits< ChannelType >::SupportsDefaults >::Type UE::MovieScene::SetChannelDefault	(	ChannelType *	Channel,
		ValueType &&	DefaultValue
	)

Set a channel's default value

Parameters

InChannel	The channel to set the default on
DefaultValue	The new default value

◆ SetChannelDefault() [2/2]

template<typename ChannelType , typename ValueType >

TEnableIf<!TGetMovieSceneChannelTraits< ChannelType >::SupportsDefaults >::Type UE::MovieScene::SetChannelDefault	(	ChannelType *	Channel,
		ValueType &&	DefaultValue
	)

◆ SetComponentTransform()

MOVIESCENETRACKS_API void UE::MovieScene::SetComponentTransform	(	USceneComponent *	SceneComponent,
		const FIntermediate3DTransform &	Transform
	)

◆ SetComponentTransformAndVelocity()

MOVIESCENETRACKS_API void UE::MovieScene::SetComponentTransformAndVelocity	(	UObject *	Object,
		const FIntermediate3DTransform &	InTransform
	)

◆ SetComponentTranslationAndRotation()

MOVIESCENETRACKS_API void UE::MovieScene::SetComponentTranslationAndRotation	(	USceneComponent *	SceneComponent,
		const FIntermediate3DTransform &	Transform
	)

◆ SetDirectionalLightComponentLightSourceAngle()

void UE::MovieScene::SetDirectionalLightComponentLightSourceAngle	(	UObject *	Object,
		float	InLightSourceAngle
	)

◆ SetExponentialHeightFogComponentDirectionalInscatteringColor()

void UE::MovieScene::SetExponentialHeightFogComponentDirectionalInscatteringColor	(	UObject *	Object,
		const FIntermediateColor &	InColor
	)

◆ SetExponentialHeightFogComponentDirectionalInscatteringExponent()

void UE::MovieScene::SetExponentialHeightFogComponentDirectionalInscatteringExponent	(	UObject *	Object,
		float	InDirectionalInscatteringExponent
	)

◆ SetExponentialHeightFogComponentFogDensity()

void UE::MovieScene::SetExponentialHeightFogComponentFogDensity	(	UObject *	Object,
		float	InFogDensity
	)

◆ SetExponentialHeightFogComponentFogHeightFalloff()

void UE::MovieScene::SetExponentialHeightFogComponentFogHeightFalloff	(	UObject *	Object,
		float	InFogHeightFalloff
	)

◆ SetExponentialHeightFogComponentFogInscatteringColor()

void UE::MovieScene::SetExponentialHeightFogComponentFogInscatteringColor	(	UObject *	Object,
		const FIntermediateColor &	InColor
	)

◆ SetExponentialHeightFogComponentFogMaxOpacity()

void UE::MovieScene::SetExponentialHeightFogComponentFogMaxOpacity	(	UObject *	Object,
		float	InFogMaxOpacity
	)

◆ SetExponentialHeightFogComponentStartDistance()

void UE::MovieScene::SetExponentialHeightFogComponentStartDistance	(	UObject *	Object,
		float	InStartDistance
	)

◆ SetExponentialHeightFogComponentVolumetricFogExtinctionScale()

void UE::MovieScene::SetExponentialHeightFogComponentVolumetricFogExtinctionScale	(	UObject *	Object,
		float	InVolumetricFogExtinctionScale
	)

◆ SetExponentialHeightFogComponentVolumetricFogNearFadeInDistance()

void UE::MovieScene::SetExponentialHeightFogComponentVolumetricFogNearFadeInDistance	(	UObject *	Object,
		float	InVolumetricFogNearFadeInDistance
	)

◆ SetExponentialHeightFogComponentVolumetricFogStartDistance()

void UE::MovieScene::SetExponentialHeightFogComponentVolumetricFogStartDistance	(	UObject *	Object,
		float	InVolumetricFogStartDistance
	)

◆ SetExponentialHeightFogVolumetricFogAlbedo()

void UE::MovieScene::SetExponentialHeightFogVolumetricFogAlbedo	(	UObject *	Object,
		const FIntermediateColor &	InColor
	)

◆ SetLayoutDataOffsets()

void UE::MovieScene::SetLayoutDataOffsets	(	UObject *	Object,
		const FIntermediateMargin &	InOffsets
	)

◆ SetLevelVisibility()

void UE::MovieScene::SetLevelVisibility	(	ULevelStreaming &	Level,
		bool	bVisible,
		EFlushLevelStreamingType *	FlushStreamingType = `nullptr`
	)

◆ SetLightComponentIndirectLightingIntensity()

void UE::MovieScene::SetLightComponentIndirectLightingIntensity	(	UObject *	Object,
		float	InIndirectLightingIntensity
	)

◆ SetLightComponentIntensity()

void UE::MovieScene::SetLightComponentIntensity	(	UObject *	Object,
		float	InIntensity
	)

◆ SetLightComponentLightColor()

void UE::MovieScene::SetLightComponentLightColor	(	UObject *	Object,
		const FIntermediateColor &	InColor
	)

◆ SetLightComponentVolumetricScatteringIntensity()

void UE::MovieScene::SetLightComponentVolumetricScatteringIntensity	(	UObject *	Object,
		float	InVolumetricScatteringIntensity
	)

◆ SetLocalFogVolumeComponentFogAlbedo()

void UE::MovieScene::SetLocalFogVolumeComponentFogAlbedo	(	UObject *	Object,
		const FIntermediateColor &	InColor
	)

◆ SetLocalFogVolumeComponentRadialFogExtinction()

void UE::MovieScene::SetLocalFogVolumeComponentRadialFogExtinction	(	UObject *	Object,
		float	InRadialFogExtinction
	)

◆ SetMassScale()

void UE::MovieScene::SetMassScale	(	UObject *	Object,
		float	InMassScale
	)

◆ SetSecondFogDataFogDensity()

void UE::MovieScene::SetSecondFogDataFogDensity	(	UObject *	Object,
		float	InFogDensity
	)

◆ SetSecondFogDataFogHeightFalloff()

void UE::MovieScene::SetSecondFogDataFogHeightFalloff	(	UObject *	Object,
		float	InFogHeightFalloff
	)

◆ SetSecondFogDataFogHeightOffset()

void UE::MovieScene::SetSecondFogDataFogHeightOffset	(	UObject *	Object,
		float	InFogHeightOffset
	)

◆ SetSkeletalMesh_DEPRECATED()

void UE::MovieScene::SetSkeletalMesh_DEPRECATED	(	UObject *	Object,
		FObjectPropertyTraits::FObjectMetadata	ObjectMetadata,
		const FObjectComponent &	InSkeletalMeshAsset
	)

◆ SetSkeletalMeshAnimationMode()

void UE::MovieScene::SetSkeletalMeshAnimationMode	(	UObject *	Object,
		uint8	InAnimationMode
	)

◆ SetSkeletalMeshAsset()

void UE::MovieScene::SetSkeletalMeshAsset	(	UObject *	Object,
		FObjectPropertyTraits::FObjectMetadata	ObjectMetadata,
		const FObjectComponent &	InSkeletalMeshAsset
	)

◆ SetSkyAtmosphereComponentAerialPerspectiveViewDistanceScale()

void UE::MovieScene::SetSkyAtmosphereComponentAerialPerspectiveViewDistanceScale	(	UObject *	Object,
		float	InAerialPerspectiveViewDistanceScale
	)

◆ SetSkyAtmosphereComponentMieAbsorption()

void UE::MovieScene::SetSkyAtmosphereComponentMieAbsorption	(	UObject *	Object,
		const FIntermediateColor &	InColor
	)

◆ SetSkyAtmosphereComponentMieExponentialDistribution()

void UE::MovieScene::SetSkyAtmosphereComponentMieExponentialDistribution	(	UObject *	Object,
		float	InMieExponentialDistribution
	)

◆ SetSkyAtmosphereComponentMieScattering()

void UE::MovieScene::SetSkyAtmosphereComponentMieScattering	(	UObject *	Object,
		const FIntermediateColor &	InColor
	)

◆ SetSkyAtmosphereComponentMieScatteringScale()

void UE::MovieScene::SetSkyAtmosphereComponentMieScatteringScale	(	UObject *	Object,
		float	InMieScatteringScale
	)

◆ SetSkyAtmosphereComponentOtherAbsorption()

void UE::MovieScene::SetSkyAtmosphereComponentOtherAbsorption	(	UObject *	Object,
		const FIntermediateColor &	InColor
	)

◆ SetSkyAtmosphereComponentOtherAbsorptionScale()

void UE::MovieScene::SetSkyAtmosphereComponentOtherAbsorptionScale	(	UObject *	Object,
		float	InOtherAbsorptionScale
	)

◆ SetSkyAtmosphereComponentRayleighExponentialDistribution()

void UE::MovieScene::SetSkyAtmosphereComponentRayleighExponentialDistribution	(	UObject *	Object,
		float	InRayleighExponentialDistribution
	)

◆ SetSkyAtmosphereComponentRayleighScattering()

void UE::MovieScene::SetSkyAtmosphereComponentRayleighScattering	(	UObject *	Object,
		const FIntermediateColor &	InColor
	)

◆ SetSkyAtmosphereComponentRayleighScatteringScale()

void UE::MovieScene::SetSkyAtmosphereComponentRayleighScatteringScale	(	UObject *	Object,
		float	InRayleighScatteringScale
	)

◆ SetSkyAtmosphereComponentSkyLuminanceFactor()

void UE::MovieScene::SetSkyAtmosphereComponentSkyLuminanceFactor	(	UObject *	Object,
		const FIntermediateColor &	InColor
	)

◆ SetSkyLightComponentIntensity()

void UE::MovieScene::SetSkyLightComponentIntensity	(	UObject *	Object,
		float	InIntensity
	)

◆ SetSkyLightComponentLightColor()

void UE::MovieScene::SetSkyLightComponentLightColor	(	UObject *	Object,
		const FIntermediateColor &	InColor
	)

◆ SetSkyLightComponentRealtimeCapture()

void UE::MovieScene::SetSkyLightComponentRealtimeCapture	(	UObject *	Object,
		FBoolPropertyTraits::FBoolMetaData	InMetadata,
		bool	bInRealtimeCapture
	)

◆ SignalScopedSignedObjectModifyFlush()

void UE::MovieScene::SignalScopedSignedObjectModifyFlush ( )

◆ TransformValue()

template<typename ValueType >

void UE::MovieScene::TransformValue	(	ValueType &	InOutValue,
		const FMovieSceneChannelTraitsTransform< ValueType > &	Transform
	)

◆ TranslateRange() [1/2]

TRange< FFrameTime > UE::MovieScene::TranslateRange	(	const TRange< FFrameTime > &	InRange,
		FFrameTime	Offset
	)

◆ TranslateRange() [2/2]

template<typename T >

TRange< T > UE::MovieScene::TranslateRange	(	const TRange< T > &	InRange,
		T	Amount
	)

inline

Translate the specified range by adding the specified amount to both bounds.

◆ UnpackChannelsFromOperational() [1/14]

MOVIESCENETRACKS_API void UE::MovieScene::UnpackChannelsFromOperational	(	const FDoubleIntermediateVector &	Value,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ UnpackChannelsFromOperational() [2/14]

MOVIESCENETRACKS_API void UE::MovieScene::UnpackChannelsFromOperational	(	const FFloatIntermediateVector &	Value,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ UnpackChannelsFromOperational() [3/14]

MOVIESCENETRACKS_API void UE::MovieScene::UnpackChannelsFromOperational	(	const FIntermediate3DTransform &	Value,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ UnpackChannelsFromOperational() [4/14]

MOVIESCENETRACKS_API void UE::MovieScene::UnpackChannelsFromOperational	(	const FIntermediateColor &	Value,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ UnpackChannelsFromOperational() [5/14]

UMG_API void UE::MovieScene::UnpackChannelsFromOperational	(	const FIntermediateMargin &	In,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ UnpackChannelsFromOperational() [6/14]

UMG_API void UE::MovieScene::UnpackChannelsFromOperational	(	const FIntermediateWidgetTransform &	In,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ UnpackChannelsFromOperational() [7/14]

MOVIESCENETRACKS_API void UE::MovieScene::UnpackChannelsFromOperational	(	const FRotator &	Rotator,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ UnpackChannelsFromOperational() [8/14]

MOVIESCENETRACKS_API void UE::MovieScene::UnpackChannelsFromOperational	(	const FString &	Value,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ UnpackChannelsFromOperational() [9/14]

MOVIESCENETRACKS_API void UE::MovieScene::UnpackChannelsFromOperational	(	const FText &	Value,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ UnpackChannelsFromOperational() [10/14]

MOVIESCENETRACKS_API void UE::MovieScene::UnpackChannelsFromOperational	(	double	Value,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ UnpackChannelsFromOperational() [11/14]

MOVIESCENETRACKS_API void UE::MovieScene::UnpackChannelsFromOperational	(	float	Value,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ UnpackChannelsFromOperational() [12/14]

MOVIESCENETRACKS_API void UE::MovieScene::UnpackChannelsFromOperational	(	int64	Value,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ UnpackChannelsFromOperational() [13/14]

template<typename T >

void UE::MovieScene::UnpackChannelsFromOperational	(	T &&	,
		const FProperty &	Property,
		FUnpackedChannelValues &
	)

◆ UnpackChannelsFromOperational() [14/14]

MOVIESCENETRACKS_API void UE::MovieScene::UnpackChannelsFromOperational	(	uint8	Value,
		const FProperty &	Property,
		FUnpackedChannelValues &	OutUnpackedValues
	)

◆ ValueExistsAtTime()

template<typename ChannelType , typename ValueType >

bool UE::MovieScene::ValueExistsAtTime	(	const ChannelType *	InChannel,
		FFrameNumber	InTime,
		const ValueType &	InValue
	)

Check whether the specified value already exists at the specified time

Parameters

InChannel	The channel to check
InTime	The time to check for
InValue	The value to check - compared against the curve's existing value at this time

Returns: true if this value already exists at the time, false otherwise

◆ VisibilityToEntityID()

int32 UE::MovieScene::VisibilityToEntityID ( bool bVisible )

◆ VisitSequence()

MOVIESCENE_API void UE::MovieScene::VisitSequence	(	UMovieSceneSequence *	Sequence,
		const FSequenceVisitParams &	InParams,
		ISequenceVisitor &	Visitor
	)

◆ VisitSequenceImpl()

void UE::MovieScene::VisitSequenceImpl	(	UMovieSceneSequence *	Sequence,
		const FSequenceVisitParams &	InParams,
		ISequenceVisitor &	InVisitor,
		FSubSequencePath *	InOutRootPath,
		FSubSequenceSpace *	SubSequenceSpace
	)

◆ VisitSubTrackImpl()

void UE::MovieScene::VisitSubTrackImpl	(	const FSequenceVisitParams &	InParams,
		UMovieSceneSubTrack *	SubTrack,
		ISequenceVisitor &	InVisitor,
		const FGuid &	ObjectBinding,
		FSubSequencePath *	InOutRootPath,
		FSubSequenceSpace *	SubSequenceSpace
	)

◆ VisitTrackImpl()

void UE::MovieScene::VisitTrackImpl	(	const FSequenceVisitParams &	InParams,
		UMovieSceneTrack *	InTrack,
		ISequenceVisitor &	InVisitor,
		const FGuid &	ObjectBinding,
		FSubSequencePath *	InOutRootPath,
		FSubSequenceSpace *	SubSequenceSpace
	)

Variable Documentation

◆ CVarAnimationUIFlickerFix

FAutoConsoleVariableRef UE::MovieScene::CVarAnimationUIFlickerFix(TEXT("Sequencer.Animation.UIFlickerFix"), GAnimationUIFlickerFix,)	(	TEXT("Sequencer.Animation.UIFlickerFix")	,
		GAnimationUIFlickerFix
	)

◆ CVarIgnoreDependenciesWhenNotThreading

FAutoConsoleVariableRef UE::MovieScene::CVarIgnoreDependenciesWhenNotThreading(TEXT("Sequencer.IgnoreDependenciesWhenNotThreading"), GIgnoreDependenciesWhenNotThreading,)	(	TEXT("Sequencer.IgnoreDependenciesWhenNotThreading")	,
		GIgnoreDependenciesWhenNotThreading
	)

◆ CVarMaterialParameterBlending

FAutoConsoleVariableRef UE::MovieScene::CVarMaterialParameterBlending(TEXT("Sequencer.MaterialParameterBlending"), GMaterialParameterBlending, TEXT("(Default: true) Defines whether material parameter blending should be enabled or not.\n"), ECVF_Default)	(	TEXT("Sequencer.MaterialParameterBlending")	,
		GMaterialParameterBlending	,
		TEXT("(Default: true) Defines whether material parameter blending should be enabled or not.\n")	,
		ECVF_Default
	)

◆ CVarMaterialParameterEntityLifetimeTracking

FAutoConsoleVariableRef UE::MovieScene::CVarMaterialParameterEntityLifetimeTracking(TEXT("Sequencer.MaterialParameterEntityLifetimeTracking"), GMaterialParameterEntityLifetimeTracking, TEXT("(Default: false) Ensure on destruction that all entities have been cleaned up. This can report false positives (when the linker and material system are both cleaned up together) so is not enabled by default.\n"), ECVF_Default)	(	TEXT("Sequencer.MaterialParameterEntityLifetimeTracking")	,
		GMaterialParameterEntityLifetimeTracking	,
		TEXT("(Default: false) Ensure on destruction that all entities have been cleaned up. This can report false positives (when the linker and material system are both cleaned up together) so is not enabled by default.\n")	,
		ECVF_Default
	)

◆ CVarThreadedEvaluationAllocationThreshold

FAutoConsoleVariableRef UE::MovieScene::CVarThreadedEvaluationAllocationThreshold(TEXT("Sequencer.ThreadedEvaluation.AllocationThreshold"), GThreadedEvaluationAllocationThreshold, TEXT("(Default: 32) Defines the entity allocation fragmentation threshold above which threaded evaluation will be used.\n"), ECVF_Default)	(	TEXT("Sequencer.ThreadedEvaluation.AllocationThreshold")	,
		GThreadedEvaluationAllocationThreshold	,
		TEXT("(Default: 32) Defines the entity allocation fragmentation threshold above which threaded evaluation will be used.\n")	,
		ECVF_Default
	)

◆ CVarThreadedEvaluationEntityThreshold

FAutoConsoleVariableRef UE::MovieScene::CVarThreadedEvaluationEntityThreshold(TEXT("Sequencer.ThreadedEvaluation.EntityThreshold"), GThreadedEvaluationEntityThreshold, TEXT("(Default: 256) Defines the number of entities that need to exist to justify threaded evaluation.\n"), ECVF_Default)	(	TEXT("Sequencer.ThreadedEvaluation.EntityThreshold")	,
		GThreadedEvaluationEntityThreshold	,
		TEXT("(Default: 256) Defines the number of entities that need to exist to justify threaded evaluation.\n")	,
		ECVF_Default
	)

◆ CVarUseSoftObjectPtrsForPreAnimatedMaterial

FAutoConsoleVariableRef UE::MovieScene::CVarUseSoftObjectPtrsForPreAnimatedMaterial(TEXT("Sequencer.UseSoftObjectPtrsForPreAnimatedMaterial"), GUseSoftObjectPtrsForPreAnimatedMaterial, TEXT("Defines whether to use soft-object-ptrs for referencing pre-animated state (default), or strong TObjectPtrs.\n"), ECVF_Default)	(	TEXT("Sequencer.UseSoftObjectPtrsForPreAnimatedMaterial")	,
		GUseSoftObjectPtrsForPreAnimatedMaterial	,
		TEXT("Defines whether to use soft-object-ptrs for referencing pre-animated state (default), or strong TObjectPtrs.\n")	,
		ECVF_Default
	)

◆ GAnimationUIFlickerFix

bool UE::MovieScene::GAnimationUIFlickerFix = false

◆ GBooleanPropertyLegacyTemplate

MOVIESCENETRACKS_API bool UE::MovieScene::GBooleanPropertyLegacyTemplate = false

◆ GCompileBooleanPropertyLegacyTemplate

MOVIESCENETRACKS_API bool UE::MovieScene::GCompileBooleanPropertyLegacyTemplate = true

◆ GDeferredMovementOutputMode

int32 UE::MovieScene::GDeferredMovementOutputMode = 0

◆ GDeferSequencerMovementUpdates

bool UE::MovieScene::GDeferSequencerMovementUpdates = false

◆ GDoubleChannelTypeAssociations

TArray<FDoubleChannelTypeAssociation, TInlineAllocator<4> > UE::MovieScene::GDoubleChannelTypeAssociations

◆ GEntityManagerEmptyMask

FComponentMask UE::MovieScene::GEntityManagerEmptyMask

◆ GEntityManagerForDebuggingVisualizers

MOVIESCENE_API FEntityManager * UE::MovieScene::GEntityManagerForDebuggingVisualizers = nullptr

◆ GFloatChannelTypeAssociations

TArray<FFloatChannelTypeAssociation, TInlineAllocator<4> > UE::MovieScene::GFloatChannelTypeAssociations

◆ GIgnoreDependenciesWhenNotThreading

bool UE::MovieScene::GIgnoreDependenciesWhenNotThreading = true

◆ GInitialValueProcessors

TArray<FInitialValueProcessorEntry> UE::MovieScene::GInitialValueProcessors

◆ GlobalDependencyGraph

FSystemDependencyGraph UE::MovieScene::GlobalDependencyGraph

◆ GMaterialParameterBlending

bool UE::MovieScene::GMaterialParameterBlending = true

◆ GMaterialParameterEntityLifetimeTracking

bool UE::MovieScene::GMaterialParameterEntityLifetimeTracking = false

◆ GMovieSceneMaxLatentActionLoops

int32 UE::MovieScene::GMovieSceneMaxLatentActionLoops = 100

◆ GMovieSceneTickIntervalResolutionMs

int32 UE::MovieScene::GMovieSceneTickIntervalResolutionMs = 50

◆ GPlaybackCapabilityIDRegistryForDebuggingVisualizers

MOVIESCENE_API FPlaybackCapabilityIDRegistry * UE::MovieScene::GPlaybackCapabilityIDRegistryForDebuggingVisualizers = nullptr

◆ GResetComponentVelocity

int32 UE::MovieScene::GResetComponentVelocity = 1

◆ GSequencerCustomTaskScheduling

bool UE::MovieScene::GSequencerCustomTaskScheduling = true

CVar that disables our task scheduler. When disabled, all systems that are normally in the Scheduling phase will be executed in the Evaluation phase with their OnRun function

◆ GThreadedEvaluationAllocationThreshold

int32 UE::MovieScene::GThreadedEvaluationAllocationThreshold = 32

◆ GThreadedEvaluationEntityThreshold

int32 UE::MovieScene::GThreadedEvaluationEntityThreshold = 256

◆ GUseSoftObjectPtrsForPreAnimatedMaterial

bool UE::MovieScene::GUseSoftObjectPtrsForPreAnimatedMaterial = true

◆ PrimitiveMaterialParameterSectionDefaultValueID

uint32 UE::MovieScene::PrimitiveMaterialParameterSectionDefaultValueID = uint32(-1)

◆ ShouldUseLegacyControlRigTemplate

MOVIESCENETRACKS_API bool(* UE::MovieScene::ShouldUseLegacyControlRigTemplate) () ( ) = nullptr

◆ SpawnableAnimTypeID

const FMovieSceneAnimTypeID UE::MovieScene::SpawnableAnimTypeID = FMovieSceneAnimTypeID::Unique()

◆ SystemStats

TMap<FName, TStatId> UE::MovieScene::SystemStats

Namespaces

Classes

Concepts

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

◆ AllocationFunctionPtr

◆ AllocationItemFunctionPtr

◆ FBoolParameterTraits

◆ FBoundObjectResolver

◆ FByteParameterTraits

◆ FBytePropertyTraits

◆ FChannelOverrideProviderTraitsHandle

◆ FColorParameterTraits

◆ FColorPropertyTraits

◆ FComponentMaskAllocator

◆ FComponentMaskIterator

◆ FComponentReader

◆ FComponentReferenceCollectionPtr

◆ FComponentTransformPropertyTraits

◆ FComponentWriter

◆ FDoublePropertyTraits

◆ FDoubleVectorPropertyTraits

◆ FEntityAllocationIteratorItem

◆ FEntityBuilder

◆ FEnumPropertyTraits

◆ FEulerTransformPropertyTraits

◆ FFloatParameterTraits

◆ FFloatVectorPropertyTraits

◆ FIntegerParameterTraits

◆ FIntPropertyTraits

◆ FMarginTraits

◆ FOptionalComponentReader

◆ FOptionalComponentWriter

◆ FPlaybackCapabilityDestructionHelper

◆ FPlaybackCapabilityInterfaceCastHelper

◆ FPreAnimatedBoundObjectAudioStateTraits

◆ FPreAnimatedComponentMaterialParameterTraits

◆ FPreAnimatedComponentMaterialTraits

◆ FPreAnimatedStateMetaDataArray

◆ FPreAnimatedWidgetMaterialParameterTraits

◆ FPreAnimatedWidgetMaterialTraits

◆ FPreLockedDataPtr

◆ FReadEntityIDs

◆ FResolvedFastProperty

◆ FResolvedProperty

◆ FRootSequenceDataMap

◆ FRotatorPropertyTraits

◆ FStringPropertyTraits

◆ FTaskBitSet

◆ FTextPropertyTraits

◆ FTransformParameterTraits

◆ FTransformPropertyTraits

◆ FVector2ParameterTraits

◆ FVector3ParameterTraits

◆ FWidgetTransformPropertyTraits

◆ PreLockedAllocationItemFunctionPtr

◆ TaskFunctionPtr

◆ TComponentReader

◆ TComponentTypeIDs

◆ TComponentWriter

◆ TDirectPropertyTraits

◆ TGetPublicPropertyMetaDataT

◆ TMultiComponentLock

◆ TMultiReadOptional

◆ TOptionalComponentReader

◆ TOptionalComponentWriter

◆ TOverlappingEntityTracker

◆ TPreAnimatedPropertyStorage

◆ TReadOneOf

◆ TReadOneOrMoreOf

◆ TSetCompositePropertyValues

◆ TSetPartialPropertyValues

◆ UnboundTaskFunctionPtr

Enumeration Type Documentation

◆ EAudioEvaluationType

◆ EAudioSectionEntityType

◆ EAutoLinkRelevantSystems