Scene.h File Reference

#include "UObject/ObjectMacros.h"
#include "UObject/Object.h"
#include "UObject/ScriptInterface.h"
#include "Engine/BlendableInterface.h"
#include "SceneUtils.h"
#include "Engine/EngineTypes.h"
#include "Scene.generated.h"

Go to the source code of this file.

Classes
struct	FColorGradePerRangeSettings
struct	FColorGradingSettings
struct	FFilmStockSettings
struct	FGaussianSumBloomSettings
struct	FConvolutionBloomSettings
struct	FLensBloomSettings
struct	FLensImperfectionSettings
struct	FLensSettings
struct	FCameraExposureSettings
struct	FMatteBoxFlag
struct	FWeightedBlendable
struct	FWeightedBlendables
struct	FPostProcessSettingsDebugInfo
struct	FPostProcessSettings
class	UScene

Enumerations
enum	EDepthOfFieldMethod : int { UMETA =(DisplayName="BokehDOF") , UMETA =(DisplayName="BokehDOF") , UMETA =(DisplayName="BokehDOF") , DOFM_MAX }
enum	EAutoExposureMethod : int { UMETA =(DisplayName="BokehDOF") , UMETA =(DisplayName="BokehDOF") , UMETA =(DisplayName="BokehDOF") , AEM_MAX }
enum class	ELocalExposureMethod : uint8 { UMETA =(DisplayName = "Bilateral") , UMETA =(DisplayName = "Fusion (Experimental)") }
enum	EBloomMethod : int { UMETA =(DisplayName="BokehDOF") , UMETA =(DisplayName="BokehDOF") , BM_MAX }
enum	ETemperatureMethod : int { UMETA =(DisplayName="BokehDOF") , UMETA =(DisplayName="BokehDOF") , TEMP_MAX }
enum class	ELightUnits : uint8 {   UMETA =(DisplayName = "Unitless") , UMETA =(DisplayName = "Candelas - Luminous Intensity, Normalized") , UMETA =(DisplayName = "Lumens - Luminous Flux, Normalized") , UMETA =(DisplayName = "EV - Exposure Value, Normalized") ,   UMETA =(DisplayName = "Nits - Luminance, Non-Normalized") }
enum class	EReflectionsType : uint8 { UMETA =(DisplayName = "Screen Space") , UMETA =(DisplayName = "Ray Tracing") }
enum class	ELumenRayLightingModeOverride : uint8 { UMETA =(DisplayName = "Project Default") , UMETA =(DisplayName = "Surface Cache") , UMETA =(DisplayName = "Hit Lighting for Reflections") , UMETA =(DisplayName = "Hit Lighting") }
enum class	ETranslucencyType : uint8 { Raster = 0 UMETA(DisplayName = "Raster") , UE_DEPRECATED =(5.6, "Use RayTraced instead") = 1 UMETA(DisplayName = "Legacy Ray Tracing (Deprecated)", ToolTip = "The legacy Ray Tracing Translucency Method is deprecated, use Ray Traced instead") , UE_DEPRECATED =(5.6, "Use RayTraced instead") = 1 UMETA(Hidden) , RayTraced = 2 UMETA(DisplayName = "Ray Traced") }
enum class	EReflectedAndRefractedRayTracedShadows : uint8 { UMETA =(DisplayName = "Disabled") , UMETA =(DisplayName = "Hard Shadows") , UMETA =(DisplayName = "Area Shadows") }

Enumeration Type Documentation

EAutoExposureMethod

enum EAutoExposureMethod : int

Used by FPostProcessSettings Auto Exposure

Enumerator
UMETA	requires compute shader to construct 64 bin histogram faster method that computes single value by downsampling Uses camera settings. Sum of Gaussian formulation Fast Fourier Transform Image based convolution, intended for cinematics (too expensive for games)
UMETA	requires compute shader to construct 64 bin histogram faster method that computes single value by downsampling Uses camera settings. Sum of Gaussian formulation Fast Fourier Transform Image based convolution, intended for cinematics (too expensive for games)
UMETA	requires compute shader to construct 64 bin histogram faster method that computes single value by downsampling Uses camera settings. Sum of Gaussian formulation Fast Fourier Transform Image based convolution, intended for cinematics (too expensive for games)
AEM_MAX

EBloomMethod

enum EBloomMethod : int

Enumerator
UMETA	requires compute shader to construct 64 bin histogram faster method that computes single value by downsampling Uses camera settings. Sum of Gaussian formulation Fast Fourier Transform Image based convolution, intended for cinematics (too expensive for games)
UMETA	requires compute shader to construct 64 bin histogram faster method that computes single value by downsampling Uses camera settings. Sum of Gaussian formulation Fast Fourier Transform Image based convolution, intended for cinematics (too expensive for games)
BM_MAX

EDepthOfFieldMethod

enum EDepthOfFieldMethod : int

Used by FPostProcessSettings Depth of Fields

Enumerator
UMETA	requires compute shader to construct 64 bin histogram faster method that computes single value by downsampling Uses camera settings. Sum of Gaussian formulation Fast Fourier Transform Image based convolution, intended for cinematics (too expensive for games)
UMETA	requires compute shader to construct 64 bin histogram faster method that computes single value by downsampling Uses camera settings. Sum of Gaussian formulation Fast Fourier Transform Image based convolution, intended for cinematics (too expensive for games)
UMETA	requires compute shader to construct 64 bin histogram faster method that computes single value by downsampling Uses camera settings. Sum of Gaussian formulation Fast Fourier Transform Image based convolution, intended for cinematics (too expensive for games)
DOFM_MAX

ELightUnits

enum class ELightUnits : uint8

strong

Enumerator
UMETA
UMETA
UMETA
UMETA
UMETA

ELocalExposureMethod

enum class ELocalExposureMethod : uint8

strong

Enumerator
UMETA	Decompose image into base and detail layers using a bilateral blur. Only the base layer contrast is reduced in order to preserve details.
UMETA	Fuse multiple exposures according to quality measures. Local Exposure is calculated using the fused exposures.

ELumenRayLightingModeOverride

enum class ELumenRayLightingModeOverride : uint8

strong

Enumerator
UMETA
UMETA
UMETA
UMETA

EReflectedAndRefractedRayTracedShadows

enum class EReflectedAndRefractedRayTracedShadows : uint8

strong

Enumerator
UMETA
UMETA
UMETA

EReflectionsType

enum class EReflectionsType : uint8

strong

Enumerator
UMETA
UMETA

ETemperatureMethod

enum ETemperatureMethod : int

Used by FPostProcessSettings to determine Temperature calculation method.

Enumerator
UMETA	requires compute shader to construct 64 bin histogram faster method that computes single value by downsampling Uses camera settings. Sum of Gaussian formulation Fast Fourier Transform Image based convolution, intended for cinematics (too expensive for games)
UMETA	requires compute shader to construct 64 bin histogram faster method that computes single value by downsampling Uses camera settings. Sum of Gaussian formulation Fast Fourier Transform Image based convolution, intended for cinematics (too expensive for games)
TEMP_MAX

ETranslucencyType

enum class ETranslucencyType : uint8

strong

Enumerator
Raster
UE_DEPRECATED
UE_DEPRECATED
RayTraced