class csLightMap

The static and all dynamic lightmaps for one or more mipmap-levels of a polygon

Public Methods

void Alloc(int w, int h, int lms, int r, int g, int b)

Allocate the lightmap

void AllocStaticLM(int w, int h, int lms)

Allocate the static RGBLightMap

void Cache(csPolygonSet* owner, csPolygon3D* poly, int index, csWorld* world)

Cache the lightmaps in the precalculation area

void ConvertFor3dDriver(bool requirePO2, int maxAspect = 32767)

Convert the lightmaps to a 3D driver dependent size

void ConvertToMixingMode()

Convert the lightmaps to the correct mixing mode

void CopyLightMap(csLightMap* source)

Copy a lightmap.

csLightMap()

void DelShadowMap(csShadowMap* plm)

Delete a ShadowMap

csShadowMap* FindShadowMap(csLight* light)

Find a ShadowMap for a specific pseudo-dynamic light

int GetHeight()

HighColorCache_Data* GetHighColorCacheData()

void GetMeanLighting(int& r, int& g, int& b)

int GetRealHeight()

csRGBLightMap& GetRealMap()

int GetRealWidth()

long GetSize()

csRGBLightMap& GetStaticMap()

int GetWidth()

void MipmapLightMap(int w, int h, int lms, csLightMap* source, int w2, int h2, int lms2)

Allocate this lightmap by mipmapping the given source lightmap

csShadowMap* NewShadowMap(csLight* light, int w, int h, int lms)

Create a ShadowMap for this LightMap

bool ReadFromCache(int w, int h, int lms, csPolygonSet* owner, csPolygon3D* poly, int index, csWorld* world)

Read from the cache

void SetHighColorCacheData(HighColorCache_Data *d)

virtual ~csLightMap()

Private Fields

friend class csPolyTexture

friend class Dumper

csShadowMap* first_smap

Linked list of shadow-maps (for the pseudo-dynamic lights)

HighColorCache_Data* hicolorcache

The hicolor cache ptr.

long lm_size

Size of the lightmap.

int lwidth

LightMap dims (possibly po2 depending on used 3D driver).

int mean_r

Mean lighting value of this lightmap

csRGBLightMap real_lm

The final lightmap that is going to be used for rendering

int rwidth

Original lightmap dims (non-po2 possibly).

long size

Size of the lighted texture.

csRGBLightMap static_lm

A color lightmap containing all static lighting information for the static lights (no pseudo-dynamic lights are here)

Private Methods

void ConvertToMixingMode(unsigned char* mr, unsigned char* mg, unsigned char* mb, int sz)

Convert three lightmap tables to the right mixing mode

void SetSize(int w, int h, int lms)

Calculate the sizes of this lightmap

friend class csPolyTexture

friend class Dumper

csRGBLightMap static_lm

A color lightmap containing all static lighting information for the static lights (no pseudo-dynamic lights are here)

csRGBLightMap real_lm

The final lightmap that is going to be used for rendering. In many cases this is just a copy of static_lm. But it may contain extra lighting information obtained from all the pseudo-dynamic shadowmaps and also the true dynamic lights.

csShadowMap* first_smap

Linked list of shadow-maps (for the pseudo-dynamic lights). These shadowmaps are applied to static_lm to get real_lm.

long size

Size of the lighted texture.

long lm_size

Size of the lightmap.

int lwidth

LightMap dims (possibly po2 depending on used 3D driver).

int rwidth

Original lightmap dims (non-po2 possibly).

HighColorCache_Data* hicolorcache

The hicolor cache ptr.

int mean_r

Mean lighting value of this lightmap. (only for static lighting currently).

void ConvertToMixingMode(unsigned char* mr, unsigned char* mg, unsigned char* mb, int sz)

Convert three lightmap tables to the right mixing mode. This function assumes that mixing mode is one of FAST_Wxx and will not function correctly if called with NOCOLOR, TRUE_RGB or FAST_RGB.
This function correctly recognizes a dynamic lightmap which only contains shadow information and does not do the conversion in that case.

void SetSize(int w, int h, int lms)

Calculate the sizes of this lightmap

csLightMap()

virtual ~csLightMap()

csRGBLightMap& GetStaticMap()

csRGBLightMap& GetRealMap()

void GetMeanLighting(int& r, int& g, int& b)

int GetWidth()

int GetHeight()

int GetRealWidth()

int GetRealHeight()

long GetSize()

HighColorCache_Data* GetHighColorCacheData()

void SetHighColorCacheData(HighColorCache_Data *d)

void Alloc(int w, int h, int lms, int r, int g, int b)

Allocate the lightmap. 'w' and 'h' are the size of the bounding box in lightmap space. r,g,b is the ambient light color used to initialize the lightmap.

void MipmapLightMap(int w, int h, int lms, csLightMap* source, int w2, int h2, int lms2)

Allocate this lightmap by mipmapping the given source lightmap

void CopyLightMap(csLightMap* source)

Copy a lightmap.

csShadowMap* NewShadowMap(csLight* light, int w, int h, int lms)

Create a ShadowMap for this LightMap

void AllocStaticLM(int w, int h, int lms)

Allocate the static RGBLightMap

csShadowMap* FindShadowMap(csLight* light)

Find a ShadowMap for a specific pseudo-dynamic light

void DelShadowMap(csShadowMap* plm)

Delete a ShadowMap. NOTE!!! This function only works if the ShadowMap was the LAST CREATED for this LightMap!!! It is ment for dynamic lights that do not reach the polygon but this can only be seen after trying.

bool ReadFromCache(int w, int h, int lms, csPolygonSet* owner, csPolygon3D* poly, int index, csWorld* world)

Read from the cache. Return true if succesful. Index is the index of the polygon in the containing object. It is used for identifying the lightmap on disk.

void Cache(csPolygonSet* owner, csPolygon3D* poly, int index, csWorld* world)

Cache the lightmaps in the precalculation area

void ConvertToMixingMode()

Convert the lightmaps to the correct mixing mode. This function does nothing unless the mixing mode is nocolor.

This function also calculates the mean color of the lightmap.

void ConvertFor3dDriver(bool requirePO2, int maxAspect = 32767)

Convert the lightmaps to a 3D driver dependent size

alphabetic index hierarchy of classes

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