FFLiPartsTextures.h

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#ifndef FFLI_PARTS_TEXTURES_H_
#define FFLI_PARTS_TEXTURES_H_
 
#include <nn/ffl/FFLExpression.h>
#include <nn/ffl/FFLResult.h>
 
#include <cafe/gx2.h>
 
enum FFLiEyeTextureType
{
    FFLI_EYE_TEXTURE_TYPE_0     = 0,
    FFLI_EYE_TEXTURE_TYPE_1     = 1,
    FFLI_EYE_TEXTURE_TYPE_2     = 2,
    FFLI_EYE_TEXTURE_TYPE_3     = 3,
    FFLI_EYE_TEXTURE_TYPE_4     = 4,
    FFLI_EYE_TEXTURE_TYPE_5     = 5,
    FFLI_EYE_TEXTURE_TYPE_MAX   = 6
};
 
enum FFLiMouthTextureType
{
    FFLI_MOUTH_TEXTURE_TYPE_0   = 0,
    FFLI_MOUTH_TEXTURE_TYPE_1   = 1,
    FFLI_MOUTH_TEXTURE_TYPE_2   = 2,
    FFLI_MOUTH_TEXTURE_TYPE_3   = 3,
    FFLI_MOUTH_TEXTURE_TYPE_4   = 4,
    FFLI_MOUTH_TEXTURE_TYPE_MAX = 5
};
 
struct FFLiPartsTextures
{
    GX2Texture* pTexturesEye[FFLI_EYE_TEXTURE_TYPE_MAX];
    GX2Texture* pTexturesMouth[FFLI_MOUTH_TEXTURE_TYPE_MAX];
    GX2Texture* pTextureEyebrow;
    GX2Texture* pTextureMustache;
    GX2Texture* pTextureMole;
};
NN_STATIC_ASSERT(sizeof(FFLiPartsTextures) == 0x38);
 
struct FFLiEyeMouthTypeElement
{
    FFLiEyeTextureType      eyeTextureType[2];
    FFLiMouthTextureType    mouthTextureType;
};
NN_STATIC_ASSERT(sizeof(FFLiEyeMouthTypeElement) == 0xC);
 
class   FFLiBufferAllocator;
struct  FFLiCharInfo;
class   FFLiResourceLoader;
 
s32 FFLiCharInfoAndTypeToEyeIndex(const FFLiCharInfo* pCharInfo, FFLiEyeTextureType type);
s32 FFLiCharInfoAndTypeToMouthIndex(const FFLiCharInfo* pCharInfo, FFLiMouthTextureType type);
 
FFLResult FFLiLoadPartsTextures(FFLiPartsTextures* pPartsTextures, const FFLiCharInfo* pCharInfo, u32 expressionFlag, FFLiResourceLoader* pResLoader, FFLiBufferAllocator* pAllocator);
 
void FFLiInvalidatePartsTextures(FFLiPartsTextures* pPartsTextures);
 
const FFLiEyeMouthTypeElement& FFLiGetEyeMouthTypeElement(FFLExpression expression);
 
u32 FFLiGetMaxMouthNum(u32 expressionFlagCount);
u32 FFLiGetMaxEyeNum(u32 expressionFlagCount);
 
#endif // FFLI_PARTS_TEXTURES_H_