UComposableCameraComputePositionBetweenActorsNode

#include <ComposableCameraComputePositionBetweenActorsNode.h>

Inherits: UComposableCameraComputeNodeBase

Computes one activation-time world position between two resolved actors.

Position = Lerp(FirstActor.Location, SecondActor.Location, Alpha) + WorldZ(HeightOffset).

Public Attributes¶

Return	Name	Description
`EComposableCameraActorInputSource`	`FirstActorSource`	Selects whether FirstActor comes from an explicit actor or the controller's controlled pawn.
`TObjectPtr< AActor >`	`FirstActor`	Explicit first actor. Used when FirstActorSource is ExplicitActor.
`EComposableCameraActorInputSource`	`SecondActorSource`	Selects whether SecondActor comes from an explicit actor or the controller's controlled pawn.
`TObjectPtr< AActor >`	`SecondActor`	Explicit second actor. Used when SecondActorSource is ExplicitActor.
`float`	`Alpha`	Normalized position between first actor (0) and second actor (1).
`float`	`HeightOffset`	World-Z offset applied after interpolation.

FirstActorSource¶

EComposableCameraActorInputSource FirstActorSource { EComposableCameraActorInputSource::ExplicitActor }

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

FirstActor¶

TObjectPtr< AActor > FirstActor { nullptr }

Explicit first actor. Used when FirstActorSource is ExplicitActor.

SecondActorSource¶

EComposableCameraActorInputSource SecondActorSource { EComposableCameraActorInputSource::ExplicitActor }

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

SecondActor¶

TObjectPtr< AActor > SecondActor { nullptr }

Explicit second actor. Used when SecondActorSource is ExplicitActor.

Alpha¶

float Alpha { 0.5f }

Normalized position between first actor (0) and second actor (1).

HeightOffset¶

float HeightOffset { 0.f }

World-Z offset applied after interpolation.

Public Methods¶

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

UComposableCameraComputePositionBetweenActorsNode¶

inline

inline UComposableCameraComputePositionBetweenActorsNode()

ExecuteBeginPlay¶

virtual

virtual void ExecuteBeginPlay()

Execute this compute node's one-shot work.

Resolves the two actor endpoints, writes the interpolated Position output pin when both are valid, and outputs zero with a warning when either endpoint is missing.

GetPinDeclarations_Implementation¶

virtual const

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