class Enlighten::IUpdateManager

└>Geo::IGeoReleasable

This class is the base interface for the singleton object which manages all of the Enlighten updates for the systems and lights in the world, according to the current update strategy, solve type and albedo type.

Functions

Name	Description
AllocateCubeMap(const RadCubeMapCore , IGpuTexture , Geo::u8)	Allocate a cube map object.
AllocateDynamicObject(const Enlighten::DynamicObject &)	Allocate a dynamic object.
AllocateProbeSet(const RadProbeSetCore *, Enlighten::eSHOrder, RawBuffer, Geo::u8)	Allocate a probe set object.
AllocateProbeSet(const RadProbeSetCore *, bool, Enlighten::eSHOrder, RawBuffer, Geo::u8)	Allocate a probe set object.
AllocateStaticProbeSet(const RadProbeSetCore *, Enlighten::eSHOrder, RawBuffer, Geo::u8)	Allocate a probe set object that is not solved at runtime.
AllocateStaticProbeSet(const RadProbeSetCore *, bool, Enlighten::eSHOrder, RawBuffer, Geo::u8)	Allocate a probe set object that is not solved at runtime.
AllocateStaticSystem(Geo::GeoGuid, InputLightingBuffer *, Geo::s32)	Allocate a radiosity system where the lighting does not change at runtime.
AllocateSystem(const InputWorkspace , const PrecomputedVisibilityData , Geo::s32, Geo::u8)	Allocate a radiosity system.
AllocateSystem(const RadSystemCore , const InputWorkspace , const PrecomputedVisibilityData , IGpuTexture , Geo::s32, Geo::u8)	Allocate a radiosity system.
AllocateSystem(const RadSystemCore , const InputWorkspace , const PrecomputedVisibilityData *, Geo::s32, Geo::u8)	Allocate a radiosity system.
AllocateSystemSolutionSpace(const RadSystemCore *)	Allocate the solution space, which contains the textures and memory for the output, for a system.
AllocateSystemSolutionSpace(const RadSystemCore , IGpuTexture )	Allocate the solution space, which contains the textures and memory for the output, for a system.
Clear()	Wait until asynchronous processing has finished, then remove all objects from the update manager.
DetachCubeMap(Geo::GeoGuid)	Advanced: remove a cube map from the render thread-side list, prior to its removal.
DetachDynamicObject(Geo::GeoGuid)	Advanced: remove a dynamic object from the render thread-side list, prior to its removal.
DetachSystem(Geo::GeoGuid)	Advanced: remove a system from the render thread-side system list, prior to its removal.
EnqueueAddCubeMap(BaseCubeMap *)	Add a previously allocated cube map to the worker's list.
EnqueueAddDynamicObject(BaseDynamicObject *)	Add a previously allocated dynamic object to the worker's list.
EnqueueAddProbeSet(BaseProbeSet *)	Add a previously allocated probe set to the worker's list.
EnqueueAddSystem(BaseSystem *)	Add a previously allocated system to the worker's list.
EnqueueReleaseSystemSolutionSpaces(ISystemSolutionSpace const , Geo::s32)	Enqueue system solution spaces release.
EnqueueRemoveAllLights()	Removes all lights.
EnqueueRemoveCubeMap(BaseCubeMap *)	Remove the previously added cube map.
EnqueueRemoveDynamicObject(Geo::GeoGuid)	Removes a dynamic object.
EnqueueRemoveEmissiveEnvironment(Geo::GeoGuid)	Removes an environment.
EnqueueRemoveLight(Geo::GeoGuid)	Removes a light.
EnqueueRemoveProbeSet(BaseProbeSet *)	Remove the previously added probe set.
EnqueueRemoveSystem(BaseSystem *)	Remove the previously added system.
EnqueueRemoveSystemSolutionSpaces(Geo::GeoGuid)	Enqueue system solution spaces remove.
EnqueueSetAllUpdateCounters(Geo::s32)	Set the update counters for all systems, probe sets and cube maps in the update manager.
EnqueueSetDoFullSolveNextFrame()	Set the flag which turns off temporal coherence for the next frame and performs a full solve from scratch.
EnqueueSetLightBankUpdateCounter(Geo::s32, Geo::s32)	Set the light bank update counter for the given light bank.
EnqueueSetProbeSetTransform(Geo::GeoGuid, const Geo::Matrix &)	Set the world-to-local-space transform for the given probe set. This will trigger a global recomputation of all probe interpolants.
EnqueueSetVisibilityBits(Geo::GeoGuid, Geo::GeoGuid, void *)	Set the visibility data associated to a given (system/cube map, spotlight) pair.
EnqueueSetWorkerProperties(const UpdateManagerWorkerProperties &)	Enqueue a change to the worker's global state.
EnqueueUpdateEmissiveEnvironment(Geo::GeoGuid, Geo::s32, const Geo::v128 *)	Update the environment with the given GUID. If this environment hasn't been updated before it will be added to the update manager.
EnqueueUpdateLight(const Geo::GeoGuid &, const LightType &, UpdateLightOptions)	Add the light.
FlushCommands()	Wait for all commands to be executed before proceeding. This blocks the current thread, potentially for a long time.
GetCubeMapTexture(Geo::GeoGuid)	Get the output texture for the cube map texture.
GetDynamicObjectEnvironmentVisibilityShCoeff(Geo::GeoGuid, Geo::SHCoeff &)	Gets the environment visibility probe output for a given dynamic object.
GetDynamicObjectShCoeff(Geo::GeoGuid, Geo::SHCoeff &, Geo::SHCoeff &, Geo::SHCoeff &)	Gets the probe output for a given dynamic object.
GetNumCubeMaps()	Returns number of cube maps registered with the update manager.
GetNumDynamicObjects()	Returns number of dynamic objects registered with the update manager.
GetNumProbeSets()	Returns number of probe sets registered with the update manager.
GetNumSystems()	Returns number of systems registered with the update manager.
GetOutputTexture(Geo::GeoGuid, OutputTextureType)	Gets the output texture of the given type for the given system.
GetProbeOutput(Geo::GeoGuid, Geo::s32)	Returns the probe output for the given probe set and probe index, or NULL if the probe set produces compressed output.
GetU8ProbeOutput(Geo::GeoGuid, Geo::s32)	Returns the compressed probe output for the given probe set and probe index, or NULL if the probe set produces uncompressed output.
GetWorldToUvwMatrix(Geo::GeoGuid)	Gets the matrix to transform world space to UVW texture space for a dynamic object.
HasCubeMap(Geo::GeoGuid)	Returns true if the update manager has a cube map with this GUID; false if it doesn't.
HasDynamicObject(Geo::GeoGuid)	Returns true if the update manager has a dynamic object with this GUID.
HasProbeSet(Geo::GeoGuid)	Returns true if the update manager has a probe set with this GUID; false if it doesn't.
HasSystem(Geo::GeoGuid)	Returns true if the update manager has a system with this GUID; false if it doesn't.
IsUpdateLimited()	Are we at the limit of the number of allowed enqueued updates, and therefore the update rate is throttled?
NonCopyable(NonCopyable &&)	Defaulted to allow move.
operator=(NonCopyable &&)	Defaulted to allow move.
Release()	Destroys the update manager and all the resources it owns.
Release()	Free this object that was created within the Enlighten libraries.
RequiresVisibilityDataOnCpu()	Returns true for Update Managers that require spotlight visibility to be copied to the CPU before it can be used.
StopWorking()	Wait for all asynchronous processing to finish, then quit the worker thread(s), if any.
Update(Geo::u8)	The main update function.
Update(const Geo::v128 &, float, IPppiComputeUpdateHandler &, const PppiIrradiance16 *, Geo::u8)	The main update function.
Update(const Geo::v128 &, float, const PppiIrradiance16 , IPppiComputeUpdateHandler , Geo::u8)	The main update function.

virtual BaseCubeMap* Enlighten::IUpdateManager::AllocateCubeMap

public: BaseCubeMap * AllocateCubeMap
(
const RadCubeMapCore * coreData,
IGpuTexture * outputTexture,
Geo::u8 partition
)

Allocate a cube map object.

Pointer parameters that are are owned by the caller may be read any time after EnqueueAddCubeMap and before the completion of the async RemoveCubeMap command.

Parameters

[in]	coreData	The runtime data that represents the cube map. Owned by the caller.
[in]	outputTexture	The cubemap output texture. Takes ownership.
[in]	partition	The (optional) index of the partition containing this cube map.

virtual BaseDynamicObject* Enlighten::IUpdateManager::AllocateDynamicObject

public: BaseDynamicObject * AllocateDynamicObject
(
const Enlighten::DynamicObject & dynamicObjectDesc
)

Allocate a dynamic object.

This will add the object to the update manager's list but it must be separately added to the worker's copy via EnqueueAddDynamicObject.

Parameters

[in]

dynamicObjectDesc

The dynamic object to add

virtual BaseProbeSet* Enlighten::IUpdateManager::AllocateProbeSet

public: BaseProbeSet * AllocateProbeSet
(
const RadProbeSetCore * coreData,
Enlighten::eSHOrder shOrder,
RawBuffer output,
Geo::u8 partition
)

Allocate a probe set object.

Pointer parameters that are are owned by the caller may be read (and output may be written) any time after EnqueueAddProbeSet and before the completion of the async RemoveProbeSet command. Only one copy of a given probe set may be allocated/added at a time. Returns null if the same probe set is added a second time before being removed. In the case where two zones each contain the same probe set data (same GUID) allocate/add the probe set once when the first zone is loaded, and remove the probe set once after the last zone which contains the probe set is unloaded.

Parameters

[in]	coreData	The runtime data that represents the probe set. Owned by the caller.
[in]	shOrder	The number of spherical harmonic coefficients in the solved output for this probe set.
[in]	output	The (optional) output buffer. Owned by the caller. This buffer may be written to any time after AddProbeSet and before the completion of the async RemoveProbeSet command.
[in]	partition	The (optional) index of the partition containing this probe set.

virtual BaseProbeSet* Enlighten::IUpdateManager::AllocateProbeSet

public: BaseProbeSet * AllocateProbeSet
(
const RadProbeSetCore * coreData,
bool useU8Output,
Enlighten::eSHOrder shOrder,
RawBuffer output,
Geo::u8 partition
)

Allocate a probe set object.

Pointer parameters that are are owned by the caller may be read (and output may be written) any time after EnqueueAddProbeSet and before the completion of the async RemoveProbeSet command. Only one copy of a given probe set may be allocated/added at a time. Returns null if the same probe set is added a second time before being removed. In the case where two zones each contain the same probe set data (same GUID) allocate/add the probe set once when the first zone is loaded, and remove the probe set once after the last zone which contains the probe set is unloaded.

Parameters

[in]	coreData	The runtime data that represents the probe set. Owned by the caller.
[in]	useU8Output	When true, this probe set is solved to compressed probe output format. This may reduce lighting quality and introduce artifacts.
[in]	shOrder	The number of spherical harmonic coefficients in the solved output for this probe set.
[in]	output	The (optional) output buffer. Owned by the caller. This buffer may be written to any time after AddProbeSet and before the completion of the async RemoveProbeSet command.
[in]	partition	The (optional) index of the partition containing this probe set.

virtual BaseProbeSet* Enlighten::IUpdateManager::AllocateStaticProbeSet

public: BaseProbeSet * AllocateStaticProbeSet
(
const RadProbeSetCore * coreData,
Enlighten::eSHOrder shOrder,
RawBuffer output,
Geo::u8 partition
)

Allocate a probe set object that is not solved at runtime.

Pointer parameters that are are owned by the caller may be read (and output may be written) any time after EnqueueAddProbeSet and before the completion of the async RemoveProbeSet command.

Parameters

[in]	coreData	The runtime data that represents the probe set. Owned by the caller.
[in]	shOrder	The number of spherical harmonic coefficients in the solved output for this probe set.
[in]	output	The (optional) output buffer. Owned by the caller. This buffer may be written to any time after AddProbeSet and before the completion of the async RemoveProbeSet command.
[in]	partition	The (optional) index of the partition containing this probe set.

virtual BaseProbeSet* Enlighten::IUpdateManager::AllocateStaticProbeSet

public: BaseProbeSet * AllocateStaticProbeSet
(
const RadProbeSetCore * coreData,
bool useU8Output,
Enlighten::eSHOrder shOrder,
RawBuffer output,
Geo::u8 partition
)

Allocate a probe set object that is not solved at runtime.

Pointer parameters that are are owned by the caller may be read (and output may be written) any time after EnqueueAddProbeSet and before the completion of the async RemoveProbeSet command.

Parameters

[in]	coreData	The runtime data that represents the probe set. Owned by the caller.
[in]	useU8Output	When true, this probe set is solved to compressed probe output format. This may reduce lighting quality and introduce artifacts.
[in]	shOrder	The number of spherical harmonic coefficients in the solved output for this probe set.
[in]	output	The (optional) output buffer. Owned by the caller. This buffer may be written to any time after AddProbeSet and before the completion of the async RemoveProbeSet command.
[in]	partition	The (optional) index of the partition containing this probe set.

virtual BaseSystem* Enlighten::IUpdateManager::AllocateStaticSystem

public: BaseSystem * AllocateStaticSystem
(
Geo::GeoGuid systemId,
InputLightingBuffer * inputLightingBuffer,
Geo::s32 lightChannels
)

Allocate a radiosity system where the lighting does not change at runtime.

A saved InputLightingBuffer ensures that the lighting bounces into systems which depend on this system. Pointer parameters that are are owned by the caller may be read any time after EnqueueAddSystem and before the completion of the async RemoveSystem command.

Parameters

[in]	systemId	The unique ID of the system. Provide the same value to RemoveSystem.
[in]	inputLightingBuffer	The (static) input lighting for the system. Owned by the caller.
[in]	lightChannels	Only lights which have the same light channel bit set are used as input for this system.

virtual BaseSystem* Enlighten::IUpdateManager::AllocateSystem

public: BaseSystem * AllocateSystem
(
const InputWorkspace * inputWorkspace,
const PrecomputedVisibilityData * visibilityData,
Geo::s32 lightChannels,
Geo::u8 partition
)

Allocate a radiosity system.

Pointer parameters that are are owned by the caller may be read any time after EnqueueAddSystem and before the completion of the async RemoveSystem command.

Parameters

[in]	inputWorkspace	The input workspace data for this system. Owned by the caller.
[in]	visibilityData	The directional visibility data for this system. Owned by the caller.
[in]	lightChannels	Only lights which have the same light channel bit set are used as input for this system.
[in]	partition	The (optional) index of the partition containing this system.

virtual BaseSystem* Enlighten::IUpdateManager::AllocateSystem

public: BaseSystem * AllocateSystem
(
const RadSystemCore * coreData,
const InputWorkspace * inputWorkspace,
const PrecomputedVisibilityData * visibilityData,
IGpuTexture * outputTextures,
Geo::s32 lightChannels,
Geo::u8 partition
)

Allocate a radiosity system.

Pointer parameters that are are owned by the caller may be read any time after EnqueueAddSystem and before the completion of the async RemoveSystem command. Takes ownership of the output textures.

virtual BaseSystem* Enlighten::IUpdateManager::AllocateSystem

public: BaseSystem * AllocateSystem
(
const RadSystemCore * coreData,
const InputWorkspace * inputWorkspace,
const PrecomputedVisibilityData * visibilityData,
Geo::s32 lightChannels,
Geo::u8 partition
)

Allocate a radiosity system.

Pointer parameters that are are owned by the caller may be read any time after EnqueueAddSystem and before the completion of the async RemoveSystem command.

virtual ISystemSolutionSpace* Enlighten::IUpdateManager::AllocateSystemSolutionSpace

public: ISystemSolutionSpace * AllocateSystemSolutionSpace
(
const RadSystemCore * coreData
)

Allocate the solution space, which contains the textures and memory for the output, for a system.

This version requires an IGpuTextureAllocator to have been set on the update manager properties.

virtual ISystemSolutionSpace* Enlighten::IUpdateManager::AllocateSystemSolutionSpace

public: ISystemSolutionSpace * AllocateSystemSolutionSpace
(
const RadSystemCore * coreData,
IGpuTexture * outputTextures
)

Allocate the solution space, which contains the textures and memory for the output, for a system.

This version requires the customer allocated textures to be provided.

virtual void Enlighten::IUpdateManager::Clear

public: void Clear()

Wait until asynchronous processing has finished, then remove all objects from the update manager.

virtual void Enlighten::IUpdateManager::DetachCubeMap

public: void DetachCubeMap
(
Geo::GeoGuid cubeMapId
)

Advanced: remove a cube map from the render thread-side list, prior to its removal.

This is automatically performed by EnqueueRemoveCubeMap, so only needs to be called if you are using a custom command to perform the removal.

virtual void Enlighten::IUpdateManager::DetachDynamicObject

public: void DetachDynamicObject
(
Geo::GeoGuid objectId
)

Advanced: remove a dynamic object from the render thread-side list, prior to its removal.

This is automatically performed by EnqueueRemoveDynamicObject, so only needs to be called if you are using a custom command to perform the removal.

virtual void Enlighten::IUpdateManager::DetachSystem

public: void DetachSystem
(
Geo::GeoGuid systemId
)

Advanced: remove a system from the render thread-side system list, prior to its removal.

This is automatically performed by EnqueueRemoveSystem, so only needs to be called if you are using a custom command to perform the removal.

virtual bool Enlighten::IUpdateManager::EnqueueAddCubeMap

public: bool EnqueueAddCubeMap
(
BaseCubeMap * cubeMap
)

Add a previously allocated cube map to the worker's list.

virtual bool Enlighten::IUpdateManager::EnqueueAddDynamicObject

public: bool EnqueueAddDynamicObject
(
BaseDynamicObject * object
)

Add a previously allocated dynamic object to the worker's list.

virtual bool Enlighten::IUpdateManager::EnqueueAddProbeSet

public: bool EnqueueAddProbeSet
(
BaseProbeSet * probeSet
)

Add a previously allocated probe set to the worker's list.

virtual bool Enlighten::IUpdateManager::EnqueueAddSystem

public: bool EnqueueAddSystem
(
BaseSystem * system
)

Add a previously allocated system to the worker's list.

virtual void Enlighten::IUpdateManager::EnqueueReleaseSystemSolutionSpaces

public: void EnqueueReleaseSystemSolutionSpaces
(
ISystemSolutionSpace *const * ,
Geo::s32 count
)

Enqueue system solution spaces release.

This will add the solution spaces to a list of objects to destroy on next update.

virtual void Enlighten::IUpdateManager::EnqueueRemoveAllLights

public: void EnqueueRemoveAllLights()

Removes all lights.

virtual void Enlighten::IUpdateManager::EnqueueRemoveCubeMap

public: void EnqueueRemoveCubeMap
(
BaseCubeMap * cubeMap
)

Remove the previously added cube map.

virtual void Enlighten::IUpdateManager::EnqueueRemoveDynamicObject

public: void EnqueueRemoveDynamicObject
(
Geo::GeoGuid objectId
)

Removes a dynamic object.

virtual void Enlighten::IUpdateManager::EnqueueRemoveEmissiveEnvironment

public: void EnqueueRemoveEmissiveEnvironment
(
Geo::GeoGuid environmentId
)

Removes an environment.

virtual void Enlighten::IUpdateManager::EnqueueRemoveLight

public: void EnqueueRemoveLight
(
Geo::GeoGuid lightId
)

Removes a light.

virtual void Enlighten::IUpdateManager::EnqueueRemoveProbeSet

public: void EnqueueRemoveProbeSet
(
BaseProbeSet * probeSet
)

Remove the previously added probe set.

virtual void Enlighten::IUpdateManager::EnqueueRemoveSystem

public: void EnqueueRemoveSystem
(
BaseSystem * system
)

Remove the previously added system.

virtual void Enlighten::IUpdateManager::EnqueueRemoveSystemSolutionSpaces

public: void EnqueueRemoveSystemSolutionSpaces
(
Geo::GeoGuid systemId
)

Enqueue system solution spaces remove.

This will remove all the solution spaces from a system.

virtual void Enlighten::IUpdateManager::EnqueueSetAllUpdateCounters

public: void EnqueueSetAllUpdateCounters
(
Geo::s32 count
)

Set the update counters for all systems, probe sets and cube maps in the update manager.

virtual void Enlighten::IUpdateManager::EnqueueSetDoFullSolveNextFrame

public: void EnqueueSetDoFullSolveNextFrame()

Set the flag which turns off temporal coherence for the next frame and performs a full solve from scratch.

virtual void Enlighten::IUpdateManager::EnqueueSetLightBankUpdateCounter

public: void EnqueueSetLightBankUpdateCounter
(
Geo::s32 lightBankId,
Geo::s32 count
)

Set the light bank update counter for the given light bank.

virtual void Enlighten::IUpdateManager::EnqueueSetProbeSetTransform

public: void EnqueueSetProbeSetTransform
(
Geo::GeoGuid probeSetId,
const Geo::Matrix & transform
)

Set the world-to-local-space transform for the given probe set. This will trigger a global recomputation of all probe interpolants.

virtual void Enlighten::IUpdateManager::EnqueueSetVisibilityBits

public: void EnqueueSetVisibilityBits
(
Geo::GeoGuid objectId,
Geo::GeoGuid lightId,
void * visibilityBits
)

Set the visibility data associated to a given (system/cube map, spotlight) pair.

Typically, this data will have been computed using the GPU (for instance, in GeoRadiosity by the GpuSpotlightVisibilityEngine).

virtual bool Enlighten::IUpdateManager::EnqueueSetWorkerProperties

public: bool EnqueueSetWorkerProperties
(
const UpdateManagerWorkerProperties & properties
)

Enqueue a change to the worker's global state.

virtual void Enlighten::IUpdateManager::EnqueueUpdateEmissiveEnvironment

public: void EnqueueUpdateEmissiveEnvironment
(
Geo::GeoGuid environmentId,
Geo::s32 resolution,
const Geo::v128 * values
)

Update the environment with the given GUID. If this environment hasn't been updated before it will be added to the update manager.

void Enlighten::IUpdateManager::EnqueueUpdateLight

public: void EnqueueUpdateLight
(
const Geo::GeoGuid & guid,
const LightType & light,
UpdateLightOptions options
)

Add the light.

Parameters

[in]	guid	The unique ID of the light source.
[in]	light	The light object derived from Enlighten::InputLightBase
[in]	options	Optional properties of the light.

virtual void Enlighten::IUpdateManager::FlushCommands

public: void FlushCommands()

Wait for all commands to be executed before proceeding. This blocks the current thread, potentially for a long time.

virtual IGpuTexture* Enlighten::IUpdateManager::GetCubeMapTexture

public: IGpuTexture * GetCubeMapTexture
(
Geo::GeoGuid cubeMapId
) const

Get the output texture for the cube map texture.

Implemented with a binary search by GUID. To avoid calling this, keep a reference to the output texture you provide to AllocateCubeMap.

virtual bool Enlighten::IUpdateManager::GetDynamicObjectEnvironmentVisibilityShCoeff

public: bool GetDynamicObjectEnvironmentVisibilityShCoeff
(
Geo::GeoGuid objectId,
Geo::SHCoeff & envVisCoeff
) const

Gets the environment visibility probe output for a given dynamic object.

virtual bool Enlighten::IUpdateManager::GetDynamicObjectShCoeff

public: bool GetDynamicObjectShCoeff
(
Geo::GeoGuid objectId,
Geo::SHCoeff & redCoeff,
Geo::SHCoeff & greenCoeff,
Geo::SHCoeff & blueCoeff
) const

Gets the probe output for a given dynamic object.

virtual Geo::s32 Enlighten::IUpdateManager::GetNumCubeMaps

public: Geo::s32 GetNumCubeMaps() const

Returns number of cube maps registered with the update manager.

virtual Geo::s32 Enlighten::IUpdateManager::GetNumDynamicObjects

public: Geo::s32 GetNumDynamicObjects() const

Returns number of dynamic objects registered with the update manager.

virtual Geo::s32 Enlighten::IUpdateManager::GetNumProbeSets

public: Geo::s32 GetNumProbeSets() const

Returns number of probe sets registered with the update manager.

virtual Geo::s32 Enlighten::IUpdateManager::GetNumSystems

public: Geo::s32 GetNumSystems() const

Returns number of systems registered with the update manager.

virtual IGpuTexture* Enlighten::IUpdateManager::GetOutputTexture

public: IGpuTexture * GetOutputTexture
(
Geo::GeoGuid systemId,
OutputTextureType textureType
) const

Gets the output texture of the given type for the given system.

Implemented with a binary search by GUID. To avoid calling this, keep a reference to the output textures you provide to AllocateSystem or AllocateSystemSolutionSpace.

virtual const float* Enlighten::IUpdateManager::GetProbeOutput

public: const float * GetProbeOutput
(
Geo::GeoGuid probeSetId,
Geo::s32 probeIndex
) const

Returns the probe output for the given probe set and probe index, or NULL if the probe set produces compressed output.

virtual const Geo::u8* Enlighten::IUpdateManager::GetU8ProbeOutput

public: const Geo::u8 * GetU8ProbeOutput
(
Geo::GeoGuid probeSetId,
Geo::s32 probeIndex
) const

Returns the compressed probe output for the given probe set and probe index, or NULL if the probe set produces uncompressed output.

virtual Geo::Matrix Enlighten::IUpdateManager::GetWorldToUvwMatrix

public: Geo::Matrix GetWorldToUvwMatrix
(
Geo::GeoGuid objectId
) const

Gets the matrix to transform world space to UVW texture space for a dynamic object.

virtual bool Enlighten::IUpdateManager::HasCubeMap

public: bool HasCubeMap
(
Geo::GeoGuid cubeMapId
)

Returns true if the update manager has a cube map with this GUID; false if it doesn't.

virtual bool Enlighten::IUpdateManager::HasDynamicObject

public: bool HasDynamicObject
(
Geo::GeoGuid objectId
)

Returns true if the update manager has a dynamic object with this GUID.

virtual bool Enlighten::IUpdateManager::HasProbeSet

public: bool HasProbeSet
(
Geo::GeoGuid probeSetId
)

Returns true if the update manager has a probe set with this GUID; false if it doesn't.

virtual bool Enlighten::IUpdateManager::HasSystem

public: bool HasSystem
(
Geo::GeoGuid systemId
)

Returns true if the update manager has a system with this GUID; false if it doesn't.

virtual bool Enlighten::IUpdateManager::IsUpdateLimited

public: bool IsUpdateLimited() const

Are we at the limit of the number of allowed enqueued updates, and therefore the update rate is throttled?

Geo::NonCopyable::NonCopyable

public: NonCopyable
(
NonCopyable &&
)

Defaulted to allow move.

NonCopyable& Geo::NonCopyable::operator=

public: NonCopyable & operator=
(
NonCopyable &&
)

Defaulted to allow move.

virtual void Enlighten::IUpdateManager::Release

public: void Release()

Destroys the update manager and all the resources it owns.

virtual void Geo::IGeoReleasable::Release

public: void Release()

Free this object that was created within the Enlighten libraries.

Expect this to behave in a similar way to calling 'delete(this)'

virtual bool Enlighten::IUpdateManager::RequiresVisibilityDataOnCpu

public: bool RequiresVisibilityDataOnCpu() const

Returns true for Update Managers that require spotlight visibility to be copied to the CPU before it can be used.

virtual void Enlighten::IUpdateManager::StopWorking

public: void StopWorking()

Wait for all asynchronous processing to finish, then quit the worker thread(s), if any.

virtual void Enlighten::IUpdateManager::Update

public: void Update
(
Geo::u8 partition
)

The main update function.

This should be called once per frame from the rendering thread.

virtual PppiShaderParameters Enlighten::IUpdateManager::Update

public: PppiShaderParameters Update
(
const Geo::v128 & viewOrigin,
float lodDistance,
IPppiComputeUpdateHandler & computeUpdateHandler,
const PppiIrradiance16 * border,
Geo::u8 partition
)

The main update function.

This should be called once per frame from the rendering thread. Use this overload when per pixel probe lighting is enabled.

Parameters

[in]	viewOrigin	The position in world units at which the greatest level of detail is required. This is usually the camera position.
[in]	lodDistance	The distance in voxel units from the view origin at which to begin reduction of the level of detail, zero for maximum.
[in]	border	If non-null, is the lighting for areas not covered by any probe set.
[in]	computeUpdateHandler	If non-null, will be called during Update.
[in]	partition	The index of the partition for which lighting is required.

virtual PppiShaderParameters Enlighten::IUpdateManager::Update

public: virtual PppiShaderParameters Update
(
const Geo::v128 & viewOrigin,
float lodDistance,
const PppiIrradiance16 * border,
IPppiComputeUpdateHandler * computeUpdateHandler,
Geo::u8 partition
)

The main update function.

This should be called once per frame from the rendering thread. Use this overload when per pixel probe lighting is enabled.

Parameters

[in]	viewOrigin	The position in world units at which the greatest level of detail is required. This is usually the camera position.
[in]	lodDistance	The distance in voxel units from the view origin at which to begin reduction of the level of detail, zero for maximum.
[in]	border	If non-null, is the lighting for areas not covered by any probe set.
[in]	computeUpdateHandler	If non-null, will be called during Update.
[in]	partition	The index of the partition for which lighting is required.