class Enlighten::IBakeOutputSystemIndirect
└>Geo::IGeoSerialisable
└>Geo::IGeoReleasable
Baking output for indirect lighting.
Functions
| Name | Description |
|---|---|
| Create() | Create a new IBakeOutputSystemIndirect. |
| GetDirectionalIrradianceTexture() | Get the baked directional irradiance into a Geo::GeoFp16Texture texture. |
| GetFullName() | Get the lightmap name. |
| GetOutputDirectionalityTexture(Geo::s32) | Get the directional result of the baking into an array of floats (X * Y * 4 values). |
| GetOutputTexture() | Get the result of the baking into a Geo::GeoFp16Texture texture. |
| Load(IGeoInputStream &, Geo::u32) | Load an instance of this class from an IGeoInputStream. |
| NonCopyable(NonCopyable &&) | Defaulted to allow move. |
| operator=(NonCopyable &&) | Defaulted to allow move. |
| Release() | Free this object that was created within the Enlighten libraries. |
| Save(IGeoStream &, Geo::u32) | Save an instance of this class to an IGeoStream. |
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static IBakeOutputSystemIndirect* Enlighten::IBakeOutputSystemIndirect::Create
...
public: IBakeOutputSystemIndirect * Create()
...
Create a new IBakeOutputSystemIndirect.
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virtual Geo::GeoFp16Texture* Enlighten::IBakeOutputSystemIndirect::GetDirectionalIrradianceTexture
...
public: Geo::GeoFp16Texture * GetDirectionalIrradianceTexture() const
...
Get the baked directional irradiance into a Geo::GeoFp16Texture texture.
Each pixel encodes the dominant direction in the RGB components and the rebalancing coefficient inthe A component. Note that the dominant direction is stored as a vector, i.e. its components lie in the [-1,1] interval. This differs to the real-time directional irradiance output, which encodes the [-1,1] interval into the 8-bit range of values in [0,255].
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virtual const char* Enlighten::IBakeOutputSystemIndirect::GetFullName
...
public: const char * GetFullName() const
...
Get the lightmap name.
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virtual Geo::GeoFp16Texture* Enlighten::IBakeOutputSystemIndirect::GetOutputDirectionalityTexture
...
public: Geo::GeoFp16Texture * GetOutputDirectionalityTexture
(
Geo::s32 index
) const
...
Get the directional result of the baking into an array of floats (X * Y * 4 values).
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virtual Geo::GeoFp16Texture* Enlighten::IBakeOutputSystemIndirect::GetOutputTexture
...
public: Geo::GeoFp16Texture * GetOutputTexture() const
...
Get the result of the baking into a Geo::GeoFp16Texture texture.
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virtual bool Geo::IGeoSerialisable::Load
...
public: bool Load
(
IGeoInputStream & stream,
Geo::u32 section
)
...
Load an instance of this class from an IGeoInputStream.
The stream must be ready to read from. You can load sections of an object by passing a bitmask representing the desired sections rather than Iff::AllSectionsMask, which will load all sections. It is also safe to call this method on an object multiple times with different section arguments to load multiple parts.
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Geo::NonCopyable::NonCopyable
...
public: NonCopyable
(
NonCopyable &&
)
...
Defaulted to allow move.
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NonCopyable& Geo::NonCopyable::operator=
...
public: NonCopyable & operator=
(
NonCopyable &&
)
...
Defaulted to allow move.
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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)'
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virtual bool Geo::IGeoSerialisable::Save
...
public: bool Save
(
IGeoStream & stream,
Geo::u32 section
) const
...
Save an instance of this class to an IGeoStream.
The stream must be ready to write to. You can save sections of an object by passing a bitmask representing the desired sections rather than Iff::AllSectionsMask, which will save all sections that are available.