class Enlighten::MultithreadCpuWorkerCommon

└>Enlighten::CpuWorker
└>Enlighten::BaseWorker
└>Enlighten::IUpdateManagerWorker

Implementation of the worker class, containing functionality for platforms which run tasks on a multithreaded CPU.

This includes Windows PC. There are three possible ways the MulithreadCpuWorker can execute tasks:

via the AsyncTaskCallback, if it is supplied at creation; or
via Intel Threaded Building Blocks (Windows only); or
failing both of these, on a single worker thread

Enums

Name	Description
ProcessingStage	Internal enumeration for keeping track of the update loop.

Variables

Name	Description
Geo::RingBuffer m_CommandBuffer	Buffer of enqueued commands.
Geo::s64 m_CommandThreadTicks	Time taken to execute commands on the command thread.
Geo::GeoKeyValueArray< Geo::GeoGuid, BaseCubeMap > m_CubeMapArray	Cube map GUID to data mapping.
eOutputFormat m_CubemapOutputFormat	Cubemap output format (immutable)
ProcessingStage m_CurrentStage	The current processing stage in the Enlighten update loop.
Geo::GeoCriticalSection m_DestroyArrayCriticalSection	Critical section for modifying the to-be-destroyed array.
Geo::GeoKeyValueArray< Geo::GeoGuid, UpdateManagerLight > m_DirectionalLights	Array of directional lights.
Geo::GeoMap< Geo::u32, DirectionPalette * > m_DirectionPalettes	Map of DirectionPalettes for use with EPSS.
Geo::GeoKeyValueArray< Geo::GeoGuid, BaseDynamicObject > m_DynamicObjectArray	Dynamic object GUID to data mapping.
Geo::GeoAtomic< Geo::u32 > m_EnlightenTaskIndex	Index of next task in the Enlighten task queue.
Geo::GeoArray< EnlightenTask > m_EnlightenTasks	List of low-level Enlighten tasks to do.
Geo::GeoKeyValueArray< Geo::GeoGuid, BaseEnvironment > m_EnvironmentArray	Environment GUID to data mapping.
Geo::GeoEvent m_ExecuteCommandEvent	Handle to event trigger to execute commands.
UpdateManagerWorkerProperties m_GlobalState	Global solver parameters.
bool m_InputLightingListDirty	Regenerate the hash of the InputLightingList.
Geo::u32 m_InputLightingListHash	Hash of the list of InputLightingBuffers.
PrecisionHint::Value m_InputLightingPrecisionHint	Input lighting precision hint.
Geo::u32 m_InterpolationInputChangeId	Counter incremented when the list of probe inputs is recreated.
bool m_InterpolationInputListRecreated	Flag set when the list of probe inputs was recreated.
Geo::GeoArray< InterpolationInputSet > m_InterpolationInputSets	List of interpolation inputs (ie probe sets with their output)
Geo::GeoAtomic< Geo::u32 > m_InterpolationTimeUs	Interpolation times in microseconds.
eOutputFormat m_IrradianceOutputFormat	Irradiance output format (immutable)
Geo::s64 m_LastUpdateTick	The last time we started to update (used for stats computation).
Geo::GeoMap< Geo::s32, Geo::s32 > m_LightBankMap	Light bank id to number of updates counter.
LightMethodSelector * m_LightMethodSelector	Light method selector.
Geo::GeoKeyValueArray< Geo::GeoGuid, UpdateManagerLight > m_LightsWithoutVisibility	Array of non-directional lights without visibility data.
Geo::GeoKeyValueArray< Geo::GeoGuid, UpdateManagerLight > m_LightsWithVisibility	Array of non-directional lights with visibility data.
ILimiter * m_Limiter	Interface to limit amount of Enlighten work performed.
Geo::GeoAtomic< Geo::u32 > m_NumEnqueuedUpdates	Number of update calls currently in the command queue.
Geo::GeoArray< Geo::IGeoReleasable * > m_ObjectsToDestroy	Array of objects which need to be destroyed by update manager.
eOutputFormatByteOrder m_OutputFormatByteOrder	Byte order to output 8-bit textures (immutable)
eProbeOutputFormat m_ProbeOutputFormat	Probe output format (immutable)
Geo::GeoKeyValueArray< Geo::GeoGuid, BaseProbeSet > m_ProbeSetArray	ProbeSet GUID to data mapping.
Enlighten::IProbeSetManager * m_ProbeSetManager	Probe Sets Manager object that can provide probe weights for interpolation.
Geo::u32 m_PropertiesHash	Hash of the worker properties.
bool m_QuitThread	Flag which tells the worker thread to quit the update loop.
bool m_RecreateInterpolationInputList	Flag set when we need to regenerate the list of probe inputs.
bool m_RegisterWithProfiler	Flag to indicate that all objects need to be registered with the profiler.
bool m_SolvedRadiosity	Whether we have completed a solve since the last stats update.
Geo::s32 m_SolverLightArraySize	Size of the solver light array allocation.
SolveType m_SolveType	Whether to solve directional irradiance, directional irradiance separately for each colour channel or irradiance only)
EnlightenProfile * m_StatsProfile	Optional pointer to a statistics profiler.
Geo::GeoKeyValueArray< Geo::GeoGuid, BaseSystem > m_SystemArray	System GUID to data mapping.
TaskProcessor * m_TaskProcessors	Multithreaded tasks to execute through the interface.
Command * m_ThreadCreationCommand	Command to execute on the worker thread on creation.
IThreadGroup * m_ThreadGroup	Interface to execute asynchronous multithreaded tasks.
bool m_ThreadRunning	Is the command thread running.
Geo::s32 m_TotalNumLights	Total number of lights in the current solver array.
bool m_UseEntireProbeSetSolver	Should we use the EPSS?
bool m_UseProbeSetLod	Use or not Probe Set LOD.
Geo::v128 m_ViewOrigin	The position in world units used to determine which lights affect distant systems. This is usually the camera position.
Geo::GeoArray< WorkerThreadData * > m_WorkerThreadData	Internal array of working data for each worker thread.

Functions

Name	Description
AddCubeMap(BaseCubeMap *const &)	Add a cube map to the worker.
AddCubeMap(BaseCubeMap *const &)	Add a cube map to the worker.
AddCubeMap(BaseCubeMap *const &)	Add a cube map to the worker.
AddDynamicObject(BaseDynamicObject *const &)	Add a dynamic object to the worker.
AddDynamicObject(BaseDynamicObject *const &)	Add a dynamic object to the worker.
AddProbeSet(BaseProbeSet *const &)	Add a probe set to the worker.
AddProbeSet(BaseProbeSet *const &)	Add a probe set to the worker.
AddProbeSet(BaseProbeSet *const &)	Add a probe set to the worker.
AddSystem(BaseSystem *const &)	Add a system to the worker, and allocate any required auxiliary resources.
AddSystem(BaseSystem *const &)	Add a system to the worker, and allocate any required auxiliary resources.
AddSystem(BaseSystem *const &)	Add a system to the worker, and allocate any required auxiliary resources.
AllocateVisibilityData(Geo::s32, Enlighten::eLightType)	Allocates/Frees memory for visibility data.
BaseWorker(SolveType, eOutputFormat, eOutputFormat, eOutputFormatByteOrder, eProbeOutputFormat, PrecisionHint::Value, bool, bool, EnlightenProfile *)	Base class constructor.
ClearCubeMapVolumeTransparency(Geo::GeoGuid const &)	Clears the cube map volume transparency.
ClearCubeMapVolumeTransparency(Geo::GeoGuid const &)	Clears the cube map volume transparency.
ClearSystemVolumeTransparency(Geo::GeoGuid const &)	Clears the system volume transparency.
ClearSystemVolumeTransparency(Geo::GeoGuid const &)	Clears the system volume transparency.
ComputeDirectionalVisibility(CpuSystem *)	Compute directional light visibility for the given system.
CopyAlbedoBuffer(CopyAlbedoBufferInfo const &)	Allocate and make a copy of an albedo buffer.
CopyAlbedoBuffer(CopyAlbedoBufferInfo const &)	Allocate and make a copy of an albedo buffer.
CopyBounceBuffer(CopyBounceBufferInfo const &)	Allocate and make a copy of an emissive buffer.
CopyBounceBuffer(CopyBounceBufferInfo const &)	Allocate and make a copy of an emissive buffer.
CopyEmissiveBuffer(CopyEmissiveBufferInfo const &)	Allocate and make a copy of an emissive buffer.
CopyEmissiveBuffer(CopyEmissiveBufferInfo const &)	Allocate and make a copy of an emissive buffer.
CopyEmissiveEnvironment(CopyEmissiveEnvironmentInfo const &)	Allocate and make a copy of an emissive environment.
CopyEmissiveEnvironment(CopyEmissiveEnvironmentInfo const &)	Allocate and make a copy of an emissive environment.
CopyGeometryTransparencyBuffer(CopyTransparencyBufferInfo const &)	Allocate and make a copy of a geoemtry transparency buffer.
CopyGeometryTransparencyBuffer(CopyTransparencyBufferInfo const &)	Copies the geometry transparency buffer.
CopyInputLightingBuffer(CopyInputLightingBufferInfo const &)	Allocate and make a copy of an input lighting buffer.
CopyInputLightingBuffer(CopyInputLightingBufferInfo const &)	Allocate and make a copy of an input lighting buffer.
CopyLightsToSolverArray()	Convert UpdateManagerLights to Enlighten::InputLights in preparation for Enlighten work.
CopyMaterialTransparencyBuffer(CopyTransparencyBufferInfo const &)	Allocate and make a copy of a material transparency buffer.
CopyMaterialTransparencyBuffer(CopyTransparencyBufferInfo const &)	Allocate and make a copy of a material transparency buffer.
CopyProbeOutput(CopyProbeOutputInfo const &)	Allocate and make a copy of Enlighten probe set output.
CopyProbeOutput(CopyProbeOutputInfo const &)	Allocate and make a copy of Enlighten probe set output.
CopyRawOutput(CopyRawOutputInfo const &)	Allocate and make a copy of raw Enlighten texture output.
CopyRawOutput(CopyRawOutputInfo const &)	Allocate and make a copy of raw Enlighten texture output.
CopyVisibilityBuffer(CopyVisibilityBufferInfo const &)	Allocate and make a copy of a visibility data block.
CopyVisibilityBuffer(CopyVisibilityBufferInfo const &)	Allocate and make a copy of a visibility data block.
CpuWorker(SolveType, eOutputFormat, eOutputFormat, eOutputFormatByteOrder, eProbeOutputFormat, PrecisionHint::Value, bool, bool, EnlightenProfile , Command )	Constructor, taking properties which are fixed at creation time.
DecrementUpdateCounters()	Decrements the update counters for all systems, probe sets, cube maps and light banks.
DestroyAllWorkerObjects()	Release all the objects this worker constructed.
DoBounceSolverTask(Enlighten::SolveBounceTask, void , Geo::u32 &, Geo::u32 &, CpuSystem )	Call the bounce solver and trigger feedback updates if required.
DoCubeMapSolve(BaseCubeMap , WorkerThreadData )	Do the solve task for a cube map using the working memory of the given thread index.
DoDynamicObjectInterpolation(BaseDynamicObject *)	Do the interpolation for a single dynamic object, to allow multithreading.
DoDynamicObjectUpdate()	Runs the probe interpolation tasks for all dynamic objects, non-multithreaded.
DoEnvironmentUpdate()	Copies the environment values from the application-settable copy to the internal copy.
DoNextTask(Geo::s32)	Do the next task on the queue using the working memory of the given thread index.
DoSystemInputLighting(BaseSystem , const Geo::v128 &, WorkerThreadData )	Do the input lighting task for a system using the working memory of the given thread index.
DoSystemSolutionSpaceFreeze(CpuSystemSolutionSpace , Enlighten::InputLightingBuffer , CpuSystem , WorkerThreadData , Geo::u32 &, bool)	Do a freeze of the solution space data.
DoSystemSolutionSpaceSolve(CpuSystem , CpuSystemSolutionSpace , void , const Enlighten::InputLightingBuffer , float, bool, bool, Geo::u32 &, Geo::u32 &)	Do a solve of a particular system solution space for a given system and update bounce buffers.
EnqueueCommand(CommandType &&)	Enqueues a command for later execution by the worker thread, if it is running.
EnqueueQuitCommand()	Tell the update thread to quit.
EnqueueRadiosityUpdate(const Geo::v128 &)	Enqueue a radiosity update on the worker thread.
EnsureSolverLightBufferSize()	Ensure the solver light buffer is large enough to store all the lights.
ExcludesEnvironmentInPrimaryBounce()	Have we requested to solve the environment in secondary bounce only. (ie skip primary bounce)
ExcludesEnvironmentInPrimaryBounce()	Returns the value of the worker property m_ExcludeEnvrionmentInPrimaryBounce.
ExecuteCommands()	Executes and destroys commands in the command ring buffer until the buffer is empty.
FindObject(const Geo::GeoGuid &, BaseDynamicObject *&)	Finds the object with the given GUID.
FindObject(const Geo::GeoGuid &, CpuSystem *&)	Specialise the BaseWorker::FindObject to deal with a concrete type here.
FindObject(const Geo::GeoGuid &, BaseCubeMap *&)	Finds the object with the given GUID.
FindObject(const Geo::GeoGuid &, BaseProbeSet *&)	Finds the object with the given GUID.
FindObject(const Geo::GeoGuid &, ObjectType *&)	Finds the object with the given GUID.
FindObject(ObjectType , ObjectType &)	Finds the object with the given address.
FindObject(const Geo::GeoGuid &, BaseSystem *&)	Finds the object with the given GUID.
FreeVisibilityData(Geo::s32, bool)	Allocates/Frees memory for visibility data.
GetInputLightingPrecisionHint()	Gets the precision hint for the input lighting buffer,.
GetLightMethodSelector()	Gets the light method selector.
GetLightMethodSelector()	Gets the light method selector.
GetSizeOfProbeInputWorkspaceMemory()	Get the total size of probe set output workspaces.
GetSizeOfProbeInputWorkspaceMemory()	Get the total size of probe set output workspaces.
GetSizeOfProbeOutputWorkspaceMemory()	Get the total size of probe set input workspaces.
GetSizeOfProbeOutputWorkspaceMemory()	Get the total size of probe set input workspaces.
GetSizeOfWorkingMemory()	Get the size of the working memory required for solving.
GetSizeOfWorkingMemory()	Get the size of the working memory required for solving.
GetSizeOfWorkingMemory()	Get the size of the working memory required for solving.
GetSystemArray()	Returns the array of systems. Used by the GeoMaya plug in to work out when to trigger refreshes.
InitThreadGroup()	One-time thread group initialisation.
IsCommandThreadSafe()	Returns true if called on the worker thread, or if no worker thread is running.
IsCommandThreadSafe()	Returns true if called on the worker thread, or if no worker thread is running.
IsEnvOnlyUpdateRequired(CpuSystemSolutionSpace , bool, const Enlighten::InputLightingBuffer , Geo::s32)	Returns true if the EnvOnly feature is enabled and an update is required.
IsUpdateLimited()	Are we at the limit of the number of allowed enqueued updates, and therefore the update rate is throttled?
IsUpdateLimited()	Are we at the limit of the number of allowed enqueued updates, and therefore the update rate is throttled?
IsWorkerThreadRunning()	Returns true if a separate worker thread is currently running, false if not.
IsWorkerThreadRunning()	Whether the worker thread is currently running.
LogProfiling(const ObjectType *, F)	Log stats with the profiler using an enclosure.
MultithreadCpuWorkerCommon(SolveType, eOutputFormat, eOutputFormat, eOutputFormatByteOrder, eProbeOutputFormat, PrecisionHint::Value, bool, bool, EnlightenProfile , Command , IThreadGroup , ILimiter , Geo::u64)	Constructor.
ProbeSetManagerSetMaxWeightForProbeSet(Geo::GeoGuid const &, float)	Set max interpolation weight for a given probe set.
ProbeSetManagerSetMaxWeightForProbeSet(Geo::GeoGuid const &, float)	Set max interpolation weight for a given probe set.
PushMultipleObjectsToDestroy(Geo::IGeoReleasable const , Geo::s32)	Push a list of objects which has been removed from the worker on to a list to be destroyed by the rendering thread.
PushObjectToDestroy(Geo::IGeoReleasable *)	Push an object which has been removed from the worker on to a list to be destroyed by the rendering thread.
ReadInputLightingBuffer(ReadInputLightingBufferInfo const &)	These functions are provided for debugging/visualisation purposes.
ReadInputLightingBuffer(ReadInputLightingBufferInfo const &)	These functions are provided for debugging/visualisation purposes.
RecreateInterpolationInputList()	Updates the probe interpolation inputs, if required.
ReleaseSystemSolutionSpaces(ReleaseSystemSolutionSpacesInfo const &)	Release the solution spaces.
ReleaseSystemSolutionSpaces(ReleaseSystemSolutionSpacesInfo const &)	Release system solution spaces.
RemoveAllLights()	Remove all lights.
RemoveAllLights()	Remove all lights.
RemoveCubeMap(RemoveInfo const &)	Remove a cube map from the worker (either completely or partially)
RemoveCubeMap(RemoveInfo const &)	Remove a cube map from the worker (either completely or partially)
RemoveCubeMap(RemoveInfo const &)	Remove a cube map from the worker (either completely or partially)
RemoveDirectionalLight(Geo::GeoGuid)	Removes a light with the given GUID from the list of directional lights (if one is found), and frees the associated memory.
RemoveDynamicObject(RemoveInfo const &)	Remove a dynamic object from the worker.
RemoveDynamicObject(RemoveInfo const &)	Remove a dynamic object from the worker.
RemoveDynamicObject(RemoveInfo const &)	Remove a dynamic object from the worker.
RemoveEmissiveEnvironment(Geo::GeoGuid const &)	Remove the environment with the given id.
RemoveEmissiveEnvironment(Geo::GeoGuid const &)	Remove the environment with the given id.
RemoveLight(Geo::GeoGuid const &)	Remove the light with the given id.
RemoveLight(Geo::GeoGuid const &)	Remove the light with the given id.
RemoveLightBank(Geo::s32 const &)	Remove a light bank.
RemoveLightBank(Geo::s32 const &)	Remove a light bank.
RemoveLightWithoutVisibility(Geo::GeoGuid)	Removes a light with the given GUID from the list of lights without visibility (if one is found), and frees the associated memory.
RemoveLightWithVisibility(Geo::GeoGuid)	Removes a light with the given GUID from the list of lights with visibility (if one is found), and frees the associated memory.
RemoveProbeSet(RemoveInfo const &)	Remove a probe set from the worker (either completely or partially)
RemoveProbeSet(RemoveInfo const &)	Remove a probe set from the worker (either completely or partially)
RemoveProbeSet(RemoveInfo const &)	Remove a probe set from the worker (either completely or partially)
RemoveSystem(RemoveInfo const &)	Remove a system from the worker (either completely or partially)
RemoveSystem(RemoveInfo const &)	Remove a system from the worker (either completely or partially)
RemoveSystem(RemoveInfo const &)	Remove a system from the worker (either completely or partially)
RemoveSystem(RemoveInfo const &)	Remove a system from the worker (either completely or partially)
RemoveSystemFromDependencyLists(BaseSystem *)	Removes the given system from all cached dependency lists.
RemoveSystemSolutionSpaces(Geo::GeoGuid const &)	Removes the solution spaces from the system. This function will not release the solution spaces.
RemoveSystemSolutionSpaces(Geo::GeoGuid const &)	Removes the solution spaces from the system. This function will not release the solution spaces.
ReRegisterObjectsWithProfiler()	Re-register all objects with the profiler.
RunWorkerThread()	Start the worker thread if it is not already running.
RunWorkerThread()	Start the worker thread if it is not already running.
SetAllUpdateCounters(Geo::s32 const &)	Set all system and probe update counters to count.
SetAllUpdateCounters(Geo::s32 const &)	Set all system and probe update counters to count.
SetDoFullSolveNextFrame()	Disable temporal coherence so a full solve is performed next frame.
SetDoFullSolveNextFrame()	Disable temporal coherence so a full solve is performed next frame.
SetDoIndirectInputLightingNextFrame(Geo::GeoGuid const &)	Sets a flag to run indirect input lighting on the next frame.
SetDoIndirectInputLightingNextFrame(Geo::GeoGuid const &)	Sets a flag to run indirect input lighting on the next frame.
SetLightBankUpdateCounter(SetLightBankUpdateCounterInfo const &)	Set a light bank update counter.
SetLightBankUpdateCounter(SetLightBankUpdateCounterInfo const &)	Set a light bank update counter.
SetProbeSetManager(IProbeSetManager *const &)	Set a probe set manager.
SetProbeSetTransform(SetProbeSetTransformInfo const &)	Set a probe set world-to-local-space transform.
SetProbeSetTransform(SetProbeSetTransformInfo const &)	Set a probe set world-to-local-space transform.
SetSystemSolutionSpaces(ISystemSolutionSpace const , const Geo::s32, const Geo::s32)	Set the solution spaces used by a system.
SetSystemSolutionSpaces(ISystemSolutionSpace const , const Geo::s32, const Geo::s32)	Set the solution spaces used by a system.
SetTransparencySamplePositionOffset(SetTransparencySamplePositionOffsetInfo const &)	Sets the transparency sample position offset.
SetTransparencySamplePositionOffset(SetTransparencySamplePositionOffsetInfo const &)	Sets the transparency sample position offset.
SetVisibilityBits(SetVisibilityBitsInfo const &)	Sets the visibility block for a (system, light) pair.
SetVisibilityBits(SetVisibilityBitsInfo const &)	Sets the visibility block for a (system, light) pair.
SetWorkerProperties(UpdateManagerWorkerProperties const &)	Set the worker global state.
SetWorkerProperties(const UpdateManagerWorkerProperties &)	Set the worker global state.
SetWorkerProperties(const UpdateManagerWorkerProperties &)	Set the worker global state.
ShutdownThreadGroup()	One-time therad group shut down.
StopWorkerThread()	Signal the worker thread to stop and wait until it quits.
StopWorkerThread()	Signal the worker thread to stop and wait until it quits.
TriggerTransparencyVolume(const Enlighten::SphereVolume &)	Triggers a transparency volume.
TriggerTransparencyVolume(const Enlighten::BoxVolume &)	Triggers a transparency volume.
TriggerTransparencyVolume(const Enlighten::SphereVolume &)	Triggers a transparency volume.
TriggerTransparencyVolume(const Enlighten::BoxVolume &)	Triggers a transparency volume.
UpdateCubeMapDependencyList(BaseCubeMap *)	Creates the cached dependency list for the given cube map.
UpdateEmissiveEnvironment(UpdateEnvironmentInfo const &)	Update (or add) the environment with the given id.
UpdateEmissiveEnvironment(UpdateEnvironmentInfo const &)	Update (or add) the environment with the given id.
UpdateLight(UpdateLightInfo const &)	Update (or add) the light with the given id.
UpdateLight(UpdateLightInfo const &)	Update (or add) the light with the given id.
UpdateLightmapBounceBufferData(BaseSystem *)	Update the lightmap bounce buffer data.
UpdateProbeDependencyList(BaseProbeSet *)	Creates the cached dependency list for the given probe set.
UpdateRadiosity(const Geo::v128 &)	The main radiosity update function.
UpdateRadiosity(const Geo::v128 &)	The main radiosity update function.
UpdateRadiosity(const Geo::v128 &)	The main radiosity update function.
UpdateSystemDependencyLists(BaseSystem *)	Creates the cached dependency list for the given system, and updates all other lists with the new system.
WriteVisibilityPointers(void *, BaseSystem , Geo::s32)	Write ordered list of visibility data pointers for the given system and light bank Returns TRUE if any of the light inputs have changed.

ProcessingStage

protected: enum ProcessingStage
{
STAGE_SETUP,
STAGE_QUEUE_INPUT_LIGHTING,
STAGE_INPUT_LIGHTING,
STAGE_QUEUE_SOLVING,
STAGE_SOLVING,
STAGE_QUEUE_INTERPOLATION,
STAGE_INTERPOLATION,
STAGE_HOUSEKEEPING
}

Internal enumeration for keeping track of the update loop.

enumerators

STAGE_SETUP
STAGE_QUEUE_INPUT_LIGHTING
STAGE_INPUT_LIGHTING
STAGE_QUEUE_SOLVING
STAGE_SOLVING
STAGE_QUEUE_INTERPOLATION
STAGE_INTERPOLATION
STAGE_HOUSEKEEPING

virtual void Enlighten::BaseWorker::AddCubeMap

public: virtual void AddCubeMap
(
BaseCubeMap *const & cubeMap
)

Add a cube map to the worker.

virtual void Enlighten::CpuWorker::AddCubeMap

public: virtual void AddCubeMap
(
BaseCubeMap *const & cubeMap
)

Add a cube map to the worker.

virtual void Enlighten::IUpdateManagerWorker::AddCubeMap

public: void AddCubeMap
(
BaseCubeMap *const & cubeMap
)

Add a cube map to the worker.

virtual void Enlighten::IUpdateManagerWorker::AddDynamicObject

public: void AddDynamicObject
(
BaseDynamicObject *const & dynamicObject
)

Add a dynamic object to the worker.

virtual void Enlighten::BaseWorker::AddDynamicObject

public: virtual void AddDynamicObject
(
BaseDynamicObject *const & dynamicObject
)

Add a dynamic object to the worker.

virtual void Enlighten::CpuWorker::AddProbeSet

public: virtual void AddProbeSet
(
BaseProbeSet *const & probeSet
)

Add a probe set to the worker.

virtual void Enlighten::BaseWorker::AddProbeSet

public: virtual void AddProbeSet
(
BaseProbeSet *const & probeSet
)

Add a probe set to the worker.

virtual void Enlighten::IUpdateManagerWorker::AddProbeSet

public: void AddProbeSet
(
BaseProbeSet *const & probeSet
)

Add a probe set to the worker.

virtual void Enlighten::BaseWorker::AddSystem

public: virtual void AddSystem
(
BaseSystem *const & system
)

Add a system to the worker, and allocate any required auxiliary resources.

virtual void Enlighten::CpuWorker::AddSystem

public: virtual void AddSystem
(
BaseSystem *const & system
)

Add a system to the worker, and allocate any required auxiliary resources.

virtual void Enlighten::IUpdateManagerWorker::AddSystem

public: void AddSystem
(
BaseSystem *const & system
)

Add a system to the worker, and allocate any required auxiliary resources.

virtual void Enlighten::BaseWorker::AllocateVisibilityData

protected: virtual void AllocateVisibilityData
(
Geo::s32 lightIndex,
Enlighten::eLightType lightType
)

Allocates/Frees memory for visibility data.

Enlighten::BaseWorker::BaseWorker

public: BaseWorker
(
SolveType solveType,
eOutputFormat irradianceOutputFormat,
eOutputFormat cubemapOutputFormat,
eOutputFormatByteOrder byteOrder,
eProbeOutputFormat probeOutputFormat,
PrecisionHint::Value inputLightingPrecisionHint,
bool useEntireProbeSetSolver,
bool useProbeSetLod,
EnlightenProfile * profile
)

Base class constructor.

Irradiance output format and optional stats profile are common to all worker implementations.

virtual void Enlighten::IUpdateManagerWorker::ClearCubeMapVolumeTransparency

public: void ClearCubeMapVolumeTransparency
(
Geo::GeoGuid const & cubeMapId
)

Clears the cube map volume transparency.

virtual void Enlighten::BaseWorker::ClearCubeMapVolumeTransparency

public: virtual void ClearCubeMapVolumeTransparency
(
Geo::GeoGuid const & cubeMapId
)

Clears the cube map volume transparency.

virtual void Enlighten::BaseWorker::ClearSystemVolumeTransparency

public: virtual void ClearSystemVolumeTransparency
(
Geo::GeoGuid const & systemId
)

Clears the system volume transparency.

virtual void Enlighten::IUpdateManagerWorker::ClearSystemVolumeTransparency

public: void ClearSystemVolumeTransparency
(
Geo::GeoGuid const & systemId
)

Clears the system volume transparency.

void Enlighten::MultithreadCpuWorkerCommon::ComputeDirectionalVisibility

protected: void ComputeDirectionalVisibility
(
CpuSystem * system
)

Compute directional light visibility for the given system.

virtual void Enlighten::CpuWorker::CopyAlbedoBuffer

public: virtual void CopyAlbedoBuffer
(
CopyAlbedoBufferInfo const & copyInfo
)

Allocate and make a copy of an albedo buffer.

virtual void Enlighten::IUpdateManagerWorker::CopyAlbedoBuffer

public: void CopyAlbedoBuffer
(
CopyAlbedoBufferInfo const & copyInfo
)

Allocate and make a copy of an albedo buffer.

virtual void Enlighten::CpuWorker::CopyBounceBuffer

public: virtual void CopyBounceBuffer
(
CopyBounceBufferInfo const & copyInfo
)

Allocate and make a copy of an emissive buffer.

virtual void Enlighten::IUpdateManagerWorker::CopyBounceBuffer

public: void CopyBounceBuffer
(
CopyBounceBufferInfo const & copyInfo
)

Allocate and make a copy of an emissive buffer.

virtual void Enlighten::CpuWorker::CopyEmissiveBuffer

public: virtual void CopyEmissiveBuffer
(
CopyEmissiveBufferInfo const & copyInfo
)

Allocate and make a copy of an emissive buffer.

virtual void Enlighten::IUpdateManagerWorker::CopyEmissiveBuffer

public: void CopyEmissiveBuffer
(
CopyEmissiveBufferInfo const & copyInfo
)

Allocate and make a copy of an emissive buffer.

virtual void Enlighten::IUpdateManagerWorker::CopyEmissiveEnvironment

public: void CopyEmissiveEnvironment
(
CopyEmissiveEnvironmentInfo const & copyEnvironmentInfo
)

Allocate and make a copy of an emissive environment.

virtual void Enlighten::BaseWorker::CopyEmissiveEnvironment

public: virtual void CopyEmissiveEnvironment
(
CopyEmissiveEnvironmentInfo const & copyEnvironmentInfo
)

Allocate and make a copy of an emissive environment.

virtual void Enlighten::IUpdateManagerWorker::CopyGeometryTransparencyBuffer

public: void CopyGeometryTransparencyBuffer
(
CopyTransparencyBufferInfo const & copyInfo
)

Allocate and make a copy of a geoemtry transparency buffer.

virtual void Enlighten::BaseWorker::CopyGeometryTransparencyBuffer

public: virtual void CopyGeometryTransparencyBuffer
(
CopyTransparencyBufferInfo const & copyInfo
)

Copies the geometry transparency buffer.

virtual void Enlighten::IUpdateManagerWorker::CopyInputLightingBuffer

public: void CopyInputLightingBuffer
(
CopyInputLightingBufferInfo const & copyInputLightingBufferInfo
)

Allocate and make a copy of an input lighting buffer.

virtual void Enlighten::CpuWorker::CopyInputLightingBuffer

public: virtual void CopyInputLightingBuffer
(
CopyInputLightingBufferInfo const & copyInputLightingBufferInfo
)

Allocate and make a copy of an input lighting buffer.

virtual void Enlighten::MultithreadCpuWorkerCommon::CopyLightsToSolverArray

protected: void CopyLightsToSolverArray()

Convert UpdateManagerLights to Enlighten::InputLights in preparation for Enlighten work.

virtual void Enlighten::CpuWorker::CopyMaterialTransparencyBuffer

public: virtual void CopyMaterialTransparencyBuffer
(
CopyTransparencyBufferInfo const & copyInfo
)

Allocate and make a copy of a material transparency buffer.

virtual void Enlighten::IUpdateManagerWorker::CopyMaterialTransparencyBuffer

public: void CopyMaterialTransparencyBuffer
(
CopyTransparencyBufferInfo const & copyInfo
)

Allocate and make a copy of a material transparency buffer.

virtual void Enlighten::BaseWorker::CopyProbeOutput

public: virtual void CopyProbeOutput
(
CopyProbeOutputInfo const & copyProbeOutputInfo
)

Allocate and make a copy of Enlighten probe set output.

virtual void Enlighten::IUpdateManagerWorker::CopyProbeOutput

public: void CopyProbeOutput
(
CopyProbeOutputInfo const & copyProbeOutputInfo
)

Allocate and make a copy of Enlighten probe set output.

virtual void Enlighten::IUpdateManagerWorker::CopyRawOutput

public: void CopyRawOutput
(
CopyRawOutputInfo const & copyRawOutputInfo
)

Allocate and make a copy of raw Enlighten texture output.

virtual void Enlighten::CpuWorker::CopyRawOutput

public: virtual void CopyRawOutput
(
CopyRawOutputInfo const & copyRawOutputInfo
)

Allocate and make a copy of raw Enlighten texture output.

virtual void Enlighten::IUpdateManagerWorker::CopyVisibilityBuffer

public: void CopyVisibilityBuffer
(
CopyVisibilityBufferInfo const & copyVisibilityBufferInfo
)

Allocate and make a copy of a visibility data block.

virtual void Enlighten::CpuWorker::CopyVisibilityBuffer

public: virtual void CopyVisibilityBuffer
(
CopyVisibilityBufferInfo const & copyVisibilityBufferInfo
)

Allocate and make a copy of a visibility data block.

Enlighten::CpuWorker::CpuWorker

public: CpuWorker
(
SolveType solveType,
eOutputFormat irradianceOutputFormat,
eOutputFormat cubemapOutputFormat,
eOutputFormatByteOrder byteOrder,
eProbeOutputFormat probeOutputFormat,
PrecisionHint::Value inputLightingPrecisionHint,
bool useEntireProbeSetSolver,
bool useProbeSetLod,
EnlightenProfile * profile,
Command * threadCreationCommand
)

Constructor, taking properties which are fixed at creation time.

void Enlighten::BaseWorker::DecrementUpdateCounters

protected: void DecrementUpdateCounters()

Decrements the update counters for all systems, probe sets, cube maps and light banks.

void Enlighten::BaseWorker::DestroyAllWorkerObjects

protected: void DestroyAllWorkerObjects()

Release all the objects this worker constructed.

void Enlighten::MultithreadCpuWorkerCommon::DoBounceSolverTask

protected: void DoBounceSolverTask
(
Enlighten::SolveBounceTask bounceSolverTask,
void * threadWorkingMemory,
Geo::u32 & numSolvedPixels,
Geo::u32 & solveTimeUs,
CpuSystem * system
)

Call the bounce solver and trigger feedback updates if required.

virtual void Enlighten::MultithreadCpuWorkerCommon::DoCubeMapSolve

protected: virtual void DoCubeMapSolve
(
BaseCubeMap * cubeMap,
WorkerThreadData * wtd
)

Do the solve task for a cube map using the working memory of the given thread index.

void Enlighten::BaseWorker::DoDynamicObjectInterpolation

protected: void DoDynamicObjectInterpolation
(
BaseDynamicObject * object
)

Do the interpolation for a single dynamic object, to allow multithreading.

void Enlighten::CpuWorker::DoDynamicObjectUpdate

protected: void DoDynamicObjectUpdate()

Runs the probe interpolation tasks for all dynamic objects, non-multithreaded.

void Enlighten::CpuWorker::DoEnvironmentUpdate

protected: void DoEnvironmentUpdate()

Copies the environment values from the application-settable copy to the internal copy.

bool Enlighten::MultithreadCpuWorkerCommon::DoNextTask

public: bool DoNextTask
(
Geo::s32 threadIdx
)

Do the next task on the queue using the working memory of the given thread index.

virtual void Enlighten::MultithreadCpuWorkerCommon::DoSystemInputLighting

protected: void DoSystemInputLighting
(
BaseSystem * system,
const Geo::v128 & viewOrigin,
WorkerThreadData * wtd
)

Do the input lighting task for a system using the working memory of the given thread index.

void Enlighten::MultithreadCpuWorkerCommon::DoSystemSolutionSpaceFreeze

protected: void DoSystemSolutionSpaceFreeze
(
CpuSystemSolutionSpace * solutionSpace,
Enlighten::InputLightingBuffer * envBuffer,
CpuSystem * system,
WorkerThreadData * wtd,
Geo::u32 & freezeTimeUs,
bool isBounceLod
)

Do a freeze of the solution space data.

void Enlighten::MultithreadCpuWorkerCommon::DoSystemSolutionSpaceSolve

protected: void DoSystemSolutionSpaceSolve
(
CpuSystem * system,
CpuSystemSolutionSpace * systemSolutionSpace,
void * threadWorkingMemory,
const Enlighten::InputLightingBuffer * environment,
float temporalCoherenceThreshold,
bool updateAllBuckets,
bool isBounceLod,
Geo::u32 & numSolvedPixels,
Geo::u32 & solveTimeUs
)

Do a solve of a particular system solution space for a given system and update bounce buffers.

void Enlighten::BaseWorker::EnqueueCommand

public: void EnqueueCommand
(
CommandType && newCommand
)

Enqueues a command for later execution by the worker thread, if it is running.

If the worker thread isn't running, the command is executed immediately on the calling thread.

void Enlighten::CpuWorker::EnqueueQuitCommand

protected: void EnqueueQuitCommand()

Tell the update thread to quit.

void Enlighten::BaseWorker::EnqueueRadiosityUpdate

public: void EnqueueRadiosityUpdate
(
const Geo::v128 & viewOrigin
)

Enqueue a radiosity update on the worker thread.

virtual void Enlighten::MultithreadCpuWorkerCommon::EnsureSolverLightBufferSize

protected: void EnsureSolverLightBufferSize()

Ensure the solver light buffer is large enough to store all the lights.

bool Enlighten::BaseWorker::ExcludesEnvironmentInPrimaryBounce

protected: virtual bool ExcludesEnvironmentInPrimaryBounce() const

Have we requested to solve the environment in secondary bounce only. (ie skip primary bounce)

virtual bool Enlighten::IUpdateManagerWorker::ExcludesEnvironmentInPrimaryBounce

public: bool ExcludesEnvironmentInPrimaryBounce() const

Returns the value of the worker property m_ExcludeEnvrionmentInPrimaryBounce.

void Enlighten::BaseWorker::ExecuteCommands

public: void ExecuteCommands()

Executes and destroys commands in the command ring buffer until the buffer is empty.