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#include "nw4r/lyt/lyt_texMap.h"
// NOTICE: This file seems to have been reworked. Not sure if all functions exist anymore, ReplaceImage doesnt even
// appear stripped in BBA, but is in tokyo friend park 2 DWARF. In NSMBW there seems to be more parameters for
// ReplaceImage as well. BBA map also shows calls to SetNoWrap from Set (GXTexObj variant), but the actual function
// shows no sign
namespace nw4r {
namespace lyt {
namespace {
// CountLeadingZeros__24@unnamed@lyt_texMap_cpp@FUl
} // namespace
// Get__Q34nw4r3lyt6TexMapCFP9_GXTexObj
void TexMap::Get(GXTexObj *pTexObj) const {
if (detail::IsCITexelFormat(GetTexelFormat())) {
u32 tlutName = GXGetTexObjTlut(pTexObj);
GXInitTexObjCI(
pTexObj, GetImage(), GetWidth(), GetHeight(), (GXCITexFmt)GetTexelFormat(), GetWrapModeS(), GetWrapModeT(),
IsMipMap(), tlutName
);
} else {
GXInitTexObj(
pTexObj, GetImage(), GetWidth(), GetHeight(), GetTexelFormat(), GetWrapModeS(), GetWrapModeT(), IsMipMap()
);
}
GXInitTexObjLOD(
pTexObj, GetMinFilter(), GetMagFilter(), GetMinLOD(), GetMaxLOD(), GetLODBias(), IsBiasClampEnable(),
IsEdgeLODEnable(), GetAnisotropy()
);
}
// Get__Q34nw4r3lyt6TexMapCFP10_GXTlutObj
void TexMap::Get(GXTlutObj *pTLUTObj) const {
GXInitTlutObj(pTLUTObj, GetPalette(), GetPaletteFormat(), GetPaletteEntryNum());
}
// Set__Q34nw4r3lyt6TexMapFRC9_GXTexObj
void TexMap::Set(const GXTexObj &pTexObj) {
void *pImage;
u16 width, height;
GXTexFmt format;
GXTexWrapMode wrapS, wrapT;
u8 mipmap;
GXGetTexObjAll(&pTexObj, &pImage, &width, &height, &format, &wrapS, &wrapT, &mipmap);
SetImage(pImage);
SetSize(width, height);
SetTexelFormat(format);
SetWrapMode(wrapS, wrapT);
SetMipMap(mipmap);
GXTexFilter minFilter, magFilter;
f32 minLOD, maxLOD, LODBias;
u8 biasClampEnable, edgeLODEnable;
GXAnisotropy anisotropy;
GXGetTexObjLODAll(
&pTexObj, &minFilter, &magFilter, &minLOD, &maxLOD, &LODBias, &biasClampEnable, &edgeLODEnable, &anisotropy
);
SetFilter(minFilter, magFilter);
SetLOD(minLOD, maxLOD);
SetLODBias(LODBias);
SetBiasClampEnable(biasClampEnable);
SetEdgeLODEnable(edgeLODEnable);
SetAnisotropy(anisotropy);
}
// Set__Q34nw4r3lyt6TexMapFRC10_GXTlutObj
// Set__Q34nw4r3lyt6TexMapFP10TPLPaletteUl
void TexMap::Set(TPLPalette *pal, u32 id) {
// Not yet converted from offset to pointer (unbound)
if ((unsigned int)pal->descriptors < 0x80000000) {
TPLBind(pal);
}
Set(TPLGet(pal, id));
}
// Set__Q34nw4r3lyt6TexMapFPC13TPLDescriptor
void TexMap::Set(const TPLDescriptor *pTPLDesc) {
TPLHeader *tplHead = pTPLDesc->texHeader;
SetImage(tplHead->data);
SetSize(tplHead->width, tplHead->height);
SetTexelFormat(static_cast<GXTexFmt>(tplHead->format));
bool bMipMap = (tplHead->minLod != tplHead->maxLod);
SetMipMap(bMipMap);
SetFilter(tplHead->minFilt, tplHead->magFilt);
SetLOD(tplHead->minLod, tplHead->maxLod);
SetLODBias(tplHead->lodBias);
SetEdgeLODEnable(tplHead->edgeLodEnable);
TPLClutHeader *pTPLCLUTHeader = pTPLDesc->clutHeader;
if (pTPLCLUTHeader != NULL) {
SetPalette(pTPLCLUTHeader->data);
SetPaletteFormat(pTPLCLUTHeader->format);
SetPaletteEntryNum(pTPLCLUTHeader->numEntries);
} else {
SetPalette(NULL);
SetPaletteFormat(GX_TL_IA8);
SetPaletteEntryNum(0);
}
}
// ReplaceImage__Q34nw4r3lyt6TexMapFRC10_GXTlutObj
void TexMap::ReplaceImage(const GXTexObj &pTexObj) {
void *pImage;
u16 width, height;
GXTexFmt format;
GXTexWrapMode wrapS, wrapT;
u8 mipmap;
GXGetTexObjAll(&pTexObj, &pImage, &width, &height, &format, &wrapS, &wrapT, &mipmap);
SetImage(pImage);
SetSize(width, height);
SetTexelFormat(format);
}
// ReplaceImage__Q34nw4r3lyt6TexMapFP10TPLPaletteUl
void TexMap::ReplaceImage(TPLPalette *pal, u32 id) {
// Not yet converted from offset to pointer (unbound)
if ((unsigned int)pal->descriptors < 0x80000000) {
TPLBind(pal);
}
ReplaceImage(TPLGet(pal, id));
}
// ReplaceImage__Q34nw4r3lyt6TexMapFPC13TPLDescriptor
void TexMap::ReplaceImage(const TPLDescriptor *pTPLDesc) {
TPLHeader *tplHead = pTPLDesc->texHeader;
SetImage(tplHead->data);
SetSize(tplHead->width, tplHead->height);
SetTexelFormat(static_cast<GXTexFmt>(tplHead->format));
TPLClutHeader *pTPLCLUTHeader = pTPLDesc->clutHeader;
if (pTPLCLUTHeader != NULL) {
SetPalette(pTPLCLUTHeader->data);
SetPaletteFormat(pTPLCLUTHeader->format);
SetPaletteEntryNum(pTPLCLUTHeader->numEntries);
} else {
SetPalette(NULL);
SetPaletteFormat(GX_TL_IA8);
SetPaletteEntryNum(0);
}
}
// SetNoWrap__Q34nw4r3lyt6TexMapFRCQ34nw4r3lyt6TexMap
void TexMap::SetNoWrap(const TexMap &map) {
GXTexWrapMode wrapS = GetWrapModeS();
GXTexWrapMode wrapT = GetWrapModeT();
Set(map);
SetWrapMode(wrapS, wrapT);
}
// SetNoWrap__Q34nw4r3lyt6TexMapFRC9_GXTexObj
void TexMap::SetNoWrap(const GXTexObj &pTexObj) {
void *pImage;
u16 width, height;
GXTexFmt format;
GXTexWrapMode wrapS, wrapT;
u8 mipmap;
GXGetTexObjAll(&pTexObj, &pImage, &width, &height, &format, &wrapS, &wrapT, &mipmap);
SetImage(pImage);
SetSize(width, height);
SetTexelFormat(format);
}
// SetNoWrap__Q34nw4r3lyt6TexMapFP10TPLPaletteUl
void TexMap::SetNoWrap(TPLPalette *pal, u32 id) {}
// SetNoWrap__Q34nw4r3lyt6TexMapFPC13TPLDescriptor
void TexMap::SetNoWrap(const TPLDescriptor *pDescriptor) {
TPLHeader *tex = pDescriptor->texHeader;
SetImage(tex->data);
SetSize(tex->width, tex->height);
SetTexelFormat(static_cast<GXTexFmt>(tex->format));
bool bMipMap = (tex->minLod != tex->maxLod);
SetMipMap(bMipMap);
SetFilter(tex->minFilt, tex->magFilt);
SetLOD(tex->minLod, tex->maxLod);
SetLODBias(tex->lodBias);
SetEdgeLODEnable(tex->edgeLodEnable);
TPLClutHeader *clut = pDescriptor->clutHeader;
if (clut != NULL) {
SetPalette(clut->data);
SetPaletteFormat(clut->format);
SetPaletteEntryNum(clut->numEntries);
} else {
SetPalette(NULL);
SetPaletteFormat(GX_TL_IA8);
SetPaletteEntryNum(0);
}
}
// SetTexParam__Q34nw4r3lyt6TexMapFPvUsUs9_GXTexFmt14_GXTexWrapMode14_GXTexWrapModeb
// SetLODParam__Q34nw4r3lyt6TexMapF12_GXTexFilter12_GXTexFilterfffbb13_GXAnisotropy
// SetPaletteParam__Q34nw4r3lyt6TexMapFPv10_GXTlutFmtUs
} // namespace lyt
} // namespace nw4r
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