The LightingResolveContext is used by lighting operations during the gbuffer resolve step More...

#include <LightingParser.h>

Classes
struct	Pass

Public Types
typedef void	ResolveFn(MetalContext *, LightingParserContext &, LightingResolveContext &, unsigned resolvePass)

Public Member Functions
Pass::Enum	GetCurrentPass () const

bool	UseMsaaSamplers () const

unsigned	GetSamplingCount () const

MainTargetsBox &	GetMainTargets () const

void	AppendResolve (std::function< ResolveFn > &&fn)

void	SetPass (Pass::Enum newPass)

	LightingResolveContext (MainTargetsBox &mainTargets)

Public Attributes
RenderCore::Metal::ShaderResourceView	_tiledLightingResult

RenderCore::Metal::ShaderResourceView	_ambientOcclusionResult

RenderCore::Metal::ShaderResourceView	_screenSpaceReflectionsResult

std::vector< std::function< ResolveFn > >	_queuedResolveFunctions

Detailed Description

The LightingResolveContext is used by lighting operations during the gbuffer resolve step

Don't confuse with LightingParserContext. This is a different context object, representing a sub-step during the larger lighting parser process. During the lighting resolve step, we take the complete gbuffer, and generate the "lighting buffer" There are typically a number of steps to perform, for effects like reflections, indirect lighting and atmosphere attenuation

The documentation for this class was generated from the following files:

SceneEngine/LightingParser.h
SceneEngine/LightingParserResolve.cpp

Classes

Public Types

Public Member Functions

Public Attributes

Detailed Description