UComposableCameraBeginPlaySetRotationNode

#include <ComposableCameraSetRotationNode.h>

Inherits: UComposableCameraComputeNodeBase

Compute node that sets the initial camera rotation from an actor forward vector, the direction between two actors, an explicit forward vector, or a literal rotator during BeginPlay.

Public Attributes¶

Return	Name	Description
`EComposableCameraSetRotationSource`	`RotationSource`	Selects where the replacement rotation comes from.
`EComposableCameraActorInputSource`	`RotationActorSource`	Selects whether the actor source is explicit or the controller's controlled pawn.
`TObjectPtr< AActor >`	`RotationActor`	Actor whose forward vector defines the replacement rotation.
`EComposableCameraActorInputSource`	`FirstActorSource`	Selects whether FirstActor comes from an explicit actor or the controller's controlled pawn.
`TObjectPtr< AActor >`	`FirstActor`	First endpoint for FromTwoActors.
`EComposableCameraActorInputSource`	`SecondActorSource`	Selects whether SecondActor comes from an explicit actor or the controller's controlled pawn.
`TObjectPtr< AActor >`	`SecondActor`	Second endpoint for FromTwoActors.
`FVector`	`RotationVector`	Forward vector used to build the replacement rotation.
`FRotator`	`Rotation`	Literal replacement rotation.
`FRotator`	`RotationOffset`	Offset applied after the base rotation is resolved. Yaw is world-space; pitch and roll are local-space.

RotationSource¶

EComposableCameraSetRotationSource RotationSource { EComposableCameraSetRotationSource::FromRotator }

Selects where the replacement rotation comes from.

RotationActorSource¶

EComposableCameraActorInputSource RotationActorSource { EComposableCameraActorInputSource::ExplicitActor }

Selects whether the actor source is explicit or the controller's controlled pawn.

RotationActor¶

TObjectPtr< AActor > RotationActor { nullptr }

Actor whose forward vector defines the replacement rotation.

FirstActorSource¶

EComposableCameraActorInputSource FirstActorSource { EComposableCameraActorInputSource::ExplicitActor }

Selects whether FirstActor comes from an explicit actor or the controller's controlled pawn.

FirstActor¶

TObjectPtr< AActor > FirstActor { nullptr }

First endpoint for FromTwoActors.

SecondActorSource¶

EComposableCameraActorInputSource SecondActorSource { EComposableCameraActorInputSource::ExplicitActor }

Selects whether SecondActor comes from an explicit actor or the controller's controlled pawn.

SecondActor¶

TObjectPtr< AActor > SecondActor { nullptr }

Second endpoint for FromTwoActors.

RotationVector¶

FVector RotationVector { FVector::ForwardVector }

Forward vector used to build the replacement rotation.

Rotation¶

FRotator Rotation { FRotator::ZeroRotator }

Literal replacement rotation.

RotationOffset¶

FRotator RotationOffset { FRotator::ZeroRotator }

Offset applied after the base rotation is resolved. Yaw is world-space; pitch and roll are local-space.

Public Methods¶

Return	Name	Description
	`UComposableCameraBeginPlaySetRotationNode` `inline`
`void`	`ExecuteBeginPlay` `virtual`	Execute this compute node's one-shot work.
`void`	`GetPinDeclarations_Implementation` `virtual` `const`

UComposableCameraBeginPlaySetRotationNode¶

inline

inline UComposableCameraBeginPlaySetRotationNode()

ExecuteBeginPlay¶

virtual

virtual void ExecuteBeginPlay()

Execute this compute node's one-shot work.

This node resolves the requested rotation source, applies RotationOffset, then writes the owning camera's CameraPose.Rotation and LastFrameCameraPose.Rotation before the first TickCamera.

GetPinDeclarations_Implementation¶

virtual const

virtual void GetPinDeclarations_Implementation(TArray< FComposableCameraNodePinDeclaration > & OutPins) const