J3DMatBlock.h

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#ifndef J3DMATBLOCK_H
#define J3DMATBLOCK_H
 
#include "JSystem/J3DGraphBase/J3DGD.h"
#include "JSystem/J3DGraphBase/J3DTevs.h"
#include "JSystem/J3DGraphBase/J3DTexture.h"
#include "JSystem/J3DAssert.h"
#include "global.h"
 
struct J3DGXColorS10 : public GXColorS10 {
    J3DGXColorS10() {}
    
#if PLATFORM_GCN && __MWERKS__
    J3DGXColorS10(J3DGXColorS10& other) { __memcpy(this, &other, sizeof(J3DGXColorS10)); }
#elif DEBUG
    J3DGXColorS10(const J3DGXColorS10& other) {
        GXColorS10 sp08 = other;
        J3DGXColorS10* r31 = this;
        __memcpy(r31, &sp08, sizeof(GXColorS10));
        J3DGXColorS10* r30 = r31;
    }
#else
    J3DGXColorS10(const J3DGXColorS10& other) { __memcpy(this, &other, sizeof(J3DGXColorS10)); }
#endif
 
    J3DGXColorS10(const GXColorS10& color) : GXColorS10(color) {}
 
    J3DGXColorS10& operator=(const GXColorS10& color) {
        // Fakematch? Instruction order is wrong with __memcpy or GXColorS10::operator=
        // Might be real as this matches on debug as well.
        ((u32*)this)[0] = ((u32*)&color)[0];
        ((u32*)this)[1] = ((u32*)&color)[1];
        return *this;
    }
};
 
struct J3DGXColor : public GXColor {
    J3DGXColor() {}
 
#if PLATFORM_GCN && __MWERKS__
    J3DGXColor(J3DGXColor& other) { __memcpy(this, &other, sizeof(J3DGXColor)); }
#else
    J3DGXColor(const J3DGXColor& other) { __memcpy(this, &other, sizeof(J3DGXColor)); }
#endif
 
    J3DGXColor(const GXColor color) : GXColor(color) {}
 
    J3DGXColor& operator=(const GXColor color) {
        *(GXColor*)this = color;
        return *this;
    }
    J3DGXColor& operator=(const J3DGXColor& other) {
        GXColor::operator=(other);
        return *this;
    }
};
 
inline u16 calcColorChanID(u16 enable, u8 matSrc, u8 lightMask, u8 diffuseFn, u8 attnFn, u8 ambSrc) {
    u32 reg = 0;
    reg = (reg & ~0x0002) | enable << 1;
    reg = (reg & ~0x0001) | matSrc;
    reg = (reg & ~0x0040) | ambSrc << 6;
    reg = (reg & ~0x0004) | bool(lightMask & 0x01) << 2;
    reg = (reg & ~0x0008) | bool(lightMask & 0x02) << 3;
    reg = (reg & ~0x0010) | bool(lightMask & 0x04) << 4;
    reg = (reg & ~0x0020) | bool(lightMask & 0x08) << 5;
    reg = (reg & ~0x0800) | bool(lightMask & 0x10) << 11;
    reg = (reg & ~0x1000) | bool(lightMask & 0x20) << 12;
    reg = (reg & ~0x2000) | bool(lightMask & 0x40) << 13;
    reg = (reg & ~0x4000) | bool(lightMask & 0x80) << 14;
    reg = (reg & ~0x0180) | (attnFn == GX_AF_SPEC ? 0 : diffuseFn) << 7;
    reg = (reg & ~0x0200) | (attnFn != GX_AF_NONE) << 9;
    reg = (reg & ~0x0400) | (attnFn != GX_AF_SPEC) << 10;
    return reg;
}
 
static inline u32 setChanCtrlMacro(u8 enable, GXColorSrc ambSrc, GXColorSrc matSrc, u32 lightMask,
                                   GXDiffuseFn diffuseFn, GXAttnFn attnFn) {
    return matSrc << 0 | enable << 1 | (lightMask & 0x0F) << 2 | ambSrc << 6 |
           ((attnFn == GX_AF_SPEC) ? GX_DF_NONE : diffuseFn) << 7 | (attnFn != GX_AF_NONE) << 9 |
           (attnFn != GX_AF_SPEC) << 10 | (lightMask >> 4 & 0x0F) << 11;
}
 
#ifdef DECOMPCTX
// Hack to mitigate fake mismatches when building from decompctx output -
// see comment in sqrtf in math.h
static u8 AttnArr[] = {2, 0, 2, 1};
#endif
 
class J3DColorChan {
public:
    J3DColorChan() {
        setColorChanInfo(j3dDefaultColorChanInfo);
    }
    J3DColorChan(J3DColorChanInfo const& info) {
        u32 ambSrc = info.mAmbSrc == 0xFF ? 0 : info.mAmbSrc;
        mColorChanID = calcColorChanID(info.mEnable, info.mMatSrc, info.mLightMask,
            info.mDiffuseFn, info.mAttnFn, ambSrc);
    }
    void setColorChanInfo(J3DColorChanInfo const& info) {
        // !@bug: It compares info.mAmbSrc (an 8 bit integer) with 0xFFFF instead of 0xFF.
        // This inline is only called by the default constructor J3DColorChan().
        // The J3DColorChan(const J3DColorChanInfo&) constructor does not call this inline, and instead duplicates the
        // same logic but without the bug.
        // See J3DMaterialFactory::newColorChan - both the bugged and correct behavior are present there, as it calls
        // both constructors.
        u32 ambSrc = info.mAmbSrc == 0xFFFF ? 0 : info.mAmbSrc;
        mColorChanID = calcColorChanID(info.mEnable, info.mMatSrc, info.mLightMask,
            info.mDiffuseFn, info.mAttnFn, ambSrc);
    }
    u8 getLightMask() const { return ((mColorChanID >> 2) & 0xf) | ((mColorChanID >> 11) & 0xf) << 4; }
    void setLightMask(u8 param_1) {
        mColorChanID = (mColorChanID & ~0x3c) | ((param_1 & 0xf) << 2);
        mColorChanID = (mColorChanID & ~0x7800) | ((param_1 & 0xf0) << 7);
    }
 
    u8 getEnable() const { return (u32)(mColorChanID & 0x2) >> 1; }
    u8 getAmbSrc() const { return (GXColorSrc)((u32)(mColorChanID & (1 << 6)) >> 6); }
    u8 getMatSrc() const { return (GXColorSrc)(mColorChanID & 1); }
    u8 getDiffuseFn() const { return ((u32)(mColorChanID & (3 << 7)) >> 7); }
    u8 getAttnFn() const {
#ifndef DECOMPCTX
        u8 AttnArr[] = {2,0,2,1};
#endif
        return AttnArr[(u32)(mColorChanID & (3 << 9)) >> 9];
    }
    J3DColorChan& operator=(const J3DColorChan& other) {
        mColorChanID = other.mColorChanID;
        return *this;
    }
 
    void load() const {
        J3DGDWrite_u32(setChanCtrlMacro(getEnable(), (GXColorSrc)getAmbSrc(), (GXColorSrc)getMatSrc(), getLightMask(),
                                        (GXDiffuseFn)getDiffuseFn(), (GXAttnFn)getAttnFn()));
    }
 
    /* 0x0 */ u16 mColorChanID;
};
 
class J3DColorBlock {
public:
    virtual void load() {}
    virtual void reset(J3DColorBlock*) {}
    virtual void patch() {}
    virtual void patchMatColor() {}
    virtual void patchLight() {}
    virtual void diff(u32) {}
    virtual void diffAmbColor() {}
    virtual void diffMatColor() {}
    virtual void diffColorChan() {}
    virtual void diffLightObj(u32) {}
    virtual s32 countDLSize() { return 0; }
    virtual u32 getType() = 0;
    virtual void setMatColor(u32, J3DGXColor const*) {}
    virtual void setMatColor(u32, J3DGXColor) {}
    virtual J3DGXColor* getMatColor(u32) { return NULL; }
    virtual void setAmbColor(u32, J3DGXColor const*) {}
    virtual void setAmbColor(u32, J3DGXColor) {}
    virtual J3DGXColor* getAmbColor(u32) { return NULL; }
    virtual void setColorChanNum(u8) {}
    virtual void setColorChanNum(u8 const*) {}
    virtual u8 getColorChanNum() const { return 0; }
    virtual void setColorChan(u32, J3DColorChan const&) {}
    virtual void setColorChan(u32, J3DColorChan const*) {}
    virtual J3DColorChan* getColorChan(u32) { return NULL; }
    virtual void setLight(u32, J3DLightObj*) {}
    virtual J3DLightObj* getLight(u32) { return NULL; }
    virtual void setCullMode(u8 const*) {}
    virtual void setCullMode(u8) {}
    virtual u8 getCullMode() const { return 2; }
    virtual u32 getMatColorOffset() const { return 0; }
    virtual u32 getColorChanOffset() const { return 0; }
    virtual void setMatColorOffset(u32) {}
    virtual void setColorChanOffset(u32) {}
    virtual ~J3DColorBlock() {}
};
 
class J3DColorBlockLightOff : public J3DColorBlock {
public:
    J3DColorBlockLightOff() {
        initialize();
    }
    void initialize();
 
    virtual s32 countDLSize();
    virtual void load();
    virtual void reset(J3DColorBlock*);
    virtual void patch();
    virtual void patchMatColor();
    virtual void patchLight();
    virtual void diff(u32);
    virtual void diffMatColor();
    virtual void diffColorChan();
    virtual u32 getType() { return 'CLOF'; }
    virtual void setMatColor(u32 idx, J3DGXColor const* color) {
        J3D_ASSERT_RANGE(0x121, idx >= 0 && idx < ARRAY_SIZEU(mMatColor));
        J3D_ASSERT_NULLPTR(0x122, color != NULL);
        mMatColor[idx] = *color;
    }
    virtual void setMatColor(u32 idx, J3DGXColor color) {
        J3D_ASSERT_RANGE(0x128, idx >= 0 && idx < ARRAY_SIZEU(mMatColor));
        mMatColor[idx] = color;
    }
    virtual J3DGXColor* getMatColor(u32 idx) {
        J3D_ASSERT_RANGE(0x12d, idx >= 0 && idx < ARRAY_SIZEU(mMatColor));
        return &mMatColor[idx];
    }
    virtual void setColorChanNum(u8 num) { mColorChanNum = num; }
    virtual void setColorChanNum(u8 const* num) {
        J3D_ASSERT_NULLPTR(0x137, num != NULL);
        mColorChanNum = *num;
    }
    virtual u8 getColorChanNum() const { return mColorChanNum; }
    virtual void setColorChan(u32 idx, J3DColorChan const& chan) {
        J3D_ASSERT_RANGE(0x142, idx >= 0 && idx < ARRAY_SIZEU(mColorChan));
        mColorChan[idx] = chan;
    }
    virtual void setColorChan(u32 idx, J3DColorChan const* chan) {
        J3D_ASSERT_RANGE(0x148, idx >= 0 && idx < ARRAY_SIZEU(mColorChan));
        J3D_ASSERT_NULLPTR(0x149, chan != NULL);
        mColorChan[idx] = *chan;
    }
    virtual J3DColorChan* getColorChan(u32 idx) {
        J3D_ASSERT_RANGE(0x14e, idx >= 0 && idx < ARRAY_SIZEU(mColorChan));
        return &mColorChan[idx];
    }
    virtual void setCullMode(u8 const* mode) {
        J3D_ASSERT_NULLPTR(0x154, mode != NULL);
        mCullMode = *mode;
    }
    virtual void setCullMode(u8 mode) { mCullMode = mode; }
    virtual u8 getCullMode() const { return mCullMode; }
    virtual u32 getMatColorOffset() const { return mMatColorOffset; }
    virtual u32 getColorChanOffset() const { return mColorChanOffset; }
    virtual void setMatColorOffset(u32 offset) { mMatColorOffset = offset; }
    virtual void setColorChanOffset(u32 offset) { mColorChanOffset = offset; }
    virtual ~J3DColorBlockLightOff() {}
 
    /* 0x04 */ J3DGXColor mMatColor[2];
    /* 0x0C */ u8 mColorChanNum;
    /* 0x0E */ J3DColorChan mColorChan[4];
    /* 0x16 */ u8 mCullMode;
    /* 0x18 */ u32 mMatColorOffset;
    /* 0x1C */ u32 mColorChanOffset;
};  // Size: 0x20
 
class J3DColorBlockAmbientOn : public J3DColorBlockLightOff {
public:
    J3DColorBlockAmbientOn() {
        initialize();
    }
    void initialize();
 
    virtual void load();
    virtual void reset(J3DColorBlock*);
    virtual s32 countDLSize();
    virtual u32 getType() { return 'CLAB'; }
    virtual void setAmbColor(u32 idx, J3DGXColor const* color) {
        J3D_ASSERT_RANGE(0x1a3, idx >= 0 && idx < ARRAY_SIZEU(mAmbColor));
        J3D_ASSERT_NULLPTR(0x1a4, color != NULL);
        mAmbColor[idx] = *color;
    }
    virtual void setAmbColor(u32 idx, J3DGXColor color) {
        J3D_ASSERT_RANGE(0x1aa, idx >= 0 && idx < ARRAY_SIZEU(mAmbColor));
        mAmbColor[idx] = color;
    }
    virtual J3DGXColor* getAmbColor(u32 idx) {
        J3D_ASSERT_RANGE(0x1af, idx >= 0 && idx < ARRAY_SIZEU(mAmbColor));
        return &mAmbColor[idx];
    }
    virtual ~J3DColorBlockAmbientOn() {}
 
    /* 0x20 */ J3DGXColor mAmbColor[2];
};  // Size: 0x28
 
class J3DColorBlockLightOn : public J3DColorBlock {
public:
    J3DColorBlockLightOn() {
        initialize();
    }
    void initialize();
 
    virtual void load();
    virtual void reset(J3DColorBlock*);
    virtual void patch();
    virtual void patchMatColor();
    virtual void patchLight();
    virtual void diff(u32);
    virtual void diffAmbColor();
    virtual void diffMatColor();
    virtual void diffColorChan();
    virtual void diffLightObj(u32);
    virtual s32 countDLSize();
    virtual u32 getType() { return 'CLON'; }
    virtual void setMatColor(u32 idx, J3DGXColor const* color) {
        J3D_ASSERT_RANGE(0x1e9, idx >= 0 && idx < ARRAY_SIZEU(mMatColor));
        J3D_ASSERT_NULLPTR(0x1ea, color != NULL);
        mMatColor[idx] = *color;
    }
    virtual void setMatColor(u32 idx, J3DGXColor color) {
        J3D_ASSERT_RANGE(0x1f0, idx >= 0 && idx < ARRAY_SIZEU(mMatColor));
        mMatColor[idx] = color;
    }
    virtual J3DGXColor* getMatColor(u32 idx) {
        J3D_ASSERT_RANGE(0x1f5, idx >= 0 && idx < ARRAY_SIZEU(mMatColor));
        return &mMatColor[idx];
    }
    virtual void setAmbColor(u32 idx, J3DGXColor const* color) {
        J3D_ASSERT_RANGE(0x1fc, idx >= 0 && idx < ARRAY_SIZEU(mAmbColor));
        J3D_ASSERT_NULLPTR(0x1fd, color != NULL);
        mAmbColor[idx] = *color;
    }
    virtual void setAmbColor(u32 idx, J3DGXColor color) {
        J3D_ASSERT_RANGE(0x203, idx >= 0 && idx < ARRAY_SIZEU(mAmbColor));
        mAmbColor[idx] = color;
    }
    virtual J3DGXColor* getAmbColor(u32 idx) {
        J3D_ASSERT_RANGE(0x208, idx >= 0 && idx < ARRAY_SIZEU(mAmbColor));
        return &mAmbColor[idx];
    }
    virtual void setColorChanNum(u8 num) { mColorChanNum = num; }
    virtual void setColorChanNum(u8 const* num) {
        J3D_ASSERT_NULLPTR(0x212, num != NULL);
        mColorChanNum = *num;
    }
    virtual u8 getColorChanNum() const { return mColorChanNum; }
    virtual void setColorChan(u32 idx, J3DColorChan const& chan) {
        J3D_ASSERT_RANGE(0x21d, idx >= 0 && idx < ARRAY_SIZEU(mColorChan));
        mColorChan[idx] = chan;
    }
    virtual void setColorChan(u32 idx, J3DColorChan const* chan) {
        J3D_ASSERT_RANGE(0x223, idx >= 0 && idx < ARRAY_SIZEU(mColorChan));
        J3D_ASSERT_NULLPTR(0x224, chan != NULL);
        mColorChan[idx] = *chan;
    }
    virtual J3DColorChan* getColorChan(u32 idx) {
        J3D_ASSERT_RANGE(0x229, idx >= 0 && idx < ARRAY_SIZEU(mColorChan));
        return &mColorChan[idx];
    }
    virtual void setLight(u32 idx, J3DLightObj* light) {
        J3D_ASSERT_RANGE(0x230, idx >= 0 && idx < ARRAY_SIZEU(mLight));
        mLight[idx] = light;
    }
    virtual J3DLightObj* getLight(u32 idx) {
        J3D_ASSERT_RANGE(0x235, idx >= 0 && idx < ARRAY_SIZEU(mLight));
        return mLight[idx];
    }
    virtual void setCullMode(u8 const* mode) {
        J3D_ASSERT_NULLPTR(0x23b, mode != NULL);
        mCullMode = *mode;
    }
    virtual void setCullMode(u8 mode) {
        mCullMode = mode;
    }
    virtual u8 getCullMode() const {
        return mCullMode;
    }
    virtual u32 getMatColorOffset() const { return mMatColorOffset; }
    virtual u32 getColorChanOffset() const { return mColorChanOffset; }
    virtual void setMatColorOffset(u32 offset) { mMatColorOffset = offset; }
    virtual void setColorChanOffset(u32 offset) { mColorChanOffset = offset; }
    virtual ~J3DColorBlockLightOn() {}
 
    /* 0x04 */ J3DGXColor mMatColor[2];
    /* 0x0C */ J3DGXColor mAmbColor[2];
    /* 0x14 */ u8 mColorChanNum;
    /* 0x16 */ J3DColorChan mColorChan[4];
    /* 0x20 */ J3DLightObj* mLight[8];
    /* 0x40 */ u8 mCullMode;
    /* 0x44 */ u32 mMatColorOffset;
    /* 0x48 */ u32 mColorChanOffset;
};  // Size: 0x4C
 
class J3DColorBlockNull : public J3DColorBlock {
public:
    virtual u32 getType() { return 'CLNL'; }
    virtual ~J3DColorBlockNull() {}
};
 
class J3DTexGenBlock {
public:
    virtual void reset(J3DTexGenBlock*) {}
    virtual void calc(f32 const (*)[4]) = 0;
    virtual void calcWithoutViewMtx(f32 const (*)[4]) = 0;
    virtual void calcPostTexMtx(f32 const (*)[4]) = 0;
    virtual void calcPostTexMtxWithoutViewMtx(f32 const (*)[4]) = 0;
    virtual void load() = 0;
    virtual void patch() = 0;
    virtual void diff(u32) = 0;
    virtual void diffTexMtx() = 0;
    virtual void diffTexGen() = 0;
    virtual s32 countDLSize() { return 0; }
    virtual u32 getType() = 0;
    virtual void setTexGenNum(u32 const*) {}
    virtual void setTexGenNum(u32) {}
    virtual u32 getTexGenNum() const { return 0; }
    virtual void setTexCoord(u32, J3DTexCoord const*) {}
    virtual J3DTexCoord* getTexCoord(u32) { return NULL; }
    virtual void setTexMtx(u32, J3DTexMtx*) {}
    virtual J3DTexMtx* getTexMtx(u32) { return NULL; }
    virtual void setNBTScale(J3DNBTScale const* scale) {}
    virtual void setNBTScale(J3DNBTScale) {}
    virtual J3DNBTScale* getNBTScale() { return NULL; }
    virtual u32 getTexMtxOffset() const { return 0; }
    virtual void setTexMtxOffset(u32) {}
    virtual ~J3DTexGenBlock() {}
};
 
class J3DTexGenBlockPatched : public J3DTexGenBlock {
public:
    J3DTexGenBlockPatched() {
        initialize();
    }
    void initialize();
 
    virtual void reset(J3DTexGenBlock*);
    virtual void calc(f32 const (*)[4]);
    virtual void calcWithoutViewMtx(f32 const (*)[4]);
    virtual void calcPostTexMtx(f32 const (*)[4]);
    virtual void calcPostTexMtxWithoutViewMtx(f32 const (*)[4]);
    virtual void load() {}
    virtual void patch();
    virtual void diff(u32);
    virtual void diffTexMtx();
    virtual void diffTexGen();
    virtual s32 countDLSize();
    virtual u32 getType() { return 'TGPT'; }
    virtual void setTexGenNum(u32 const* num) {
        J3D_ASSERT_NULLPTR(0x335, num != NULL);
        mTexGenNum = *num;
    }
    virtual void setTexGenNum(u32 num) { mTexGenNum = num; }
    virtual u32 getTexGenNum() const { return mTexGenNum; }
    virtual void setTexCoord(u32 idx, J3DTexCoord const* coord) {
        J3D_ASSERT_RANGE(0x344, idx >= 0 && idx < ARRAY_SIZEU(mTexCoord));
        J3D_ASSERT_NULLPTR(0x345, coord != NULL);
        mTexCoord[idx] = *coord;
    }
    virtual J3DTexCoord* getTexCoord(u32 idx) {
        J3D_ASSERT_RANGE(0x34a, idx >= 0 && idx < ARRAY_SIZEU(mTexCoord));
        return &mTexCoord[idx];
    }
    virtual void setTexMtx(u32 idx, J3DTexMtx* mtx) {
        J3D_ASSERT_RANGE(0x351, idx >= 0 && idx < ARRAY_SIZEU(mTexMtx));
        mTexMtx[idx] = mtx;
    }
    virtual J3DTexMtx* getTexMtx(u32 idx) {
        J3D_ASSERT_RANGE(0x356, idx >= 0 && idx < ARRAY_SIZEU(mTexMtx));
        return mTexMtx[idx];
    }
    virtual u32 getTexMtxOffset() const { return mTexMtxOffset; }
    virtual void setTexMtxOffset(u32 offset) { mTexMtxOffset = offset; }
    virtual ~J3DTexGenBlockPatched() {}
 
    /* 0x04 */ u32 mTexGenNum;
    /* 0x08 */ J3DTexCoord mTexCoord[8];
    /* 0x38 */ J3DTexMtx* mTexMtx[8];
    /* 0x58 */ u32 mTexMtxOffset;
};  // Size: 0x5C
 
class J3DTexGenBlock4 : public J3DTexGenBlockPatched {
public:
    J3DTexGenBlock4() : mNBTScale() {
        initialize();
    }
    void initialize();
 
    virtual void reset(J3DTexGenBlock*);
    virtual void load();
    virtual void patch();
    virtual s32 countDLSize();
    virtual u32 getType() { return 'TGB4'; }
    virtual void setNBTScale(J3DNBTScale const* scale) {
        J3D_ASSERT_NULLPTR(0x393, scale != NULL);
        mNBTScale = *scale;
    }
    virtual void setNBTScale(J3DNBTScale scale) { mNBTScale = scale; }
    virtual J3DNBTScale* getNBTScale() { return &mNBTScale; }
    virtual ~J3DTexGenBlock4() {}
 
    /* 0x5C */ J3DNBTScale mNBTScale;
};  // Size: 0x6C
 
class J3DTexGenBlockBasic : public J3DTexGenBlockPatched {
public:
    J3DTexGenBlockBasic() : mNBTScale() {
        initialize();
    }
    void initialize();
 
    virtual void reset(J3DTexGenBlock*);
    virtual void load();
    virtual void patch();
    virtual s32 countDLSize();
    virtual u32 getType() { return 'TGBC'; }
    virtual void setNBTScale(J3DNBTScale const* scale) {
        J3D_ASSERT_NULLPTR(0x3ca, scale != NULL);
        mNBTScale = *scale;
    }
    virtual void setNBTScale(J3DNBTScale scale) { mNBTScale = scale; }
    virtual J3DNBTScale* getNBTScale() { return &mNBTScale; }
    virtual ~J3DTexGenBlockBasic() {}
 
    /* 0x5C */ J3DNBTScale mNBTScale;
};  // Size: 0x6C
 
class J3DTexGenBlockNull : public J3DTexGenBlock {
public:
    virtual void calc(f32 const (*)[4]) {}
    virtual void calcWithoutViewMtx(f32 const (*)[4]) {}
    virtual void calcPostTexMtx(f32 const (*)[4]) {}
    virtual void calcPostTexMtxWithoutViewMtx(f32 const (*)[4]) {}
    virtual void load() {}
    virtual void patch() {}
    virtual void diff(u32) {}
    virtual void diffTexMtx() {}
    virtual void diffTexGen() {}
    virtual u32 getType() { return 'TGNL'; }
    virtual ~J3DTexGenBlockNull() {}
};
 
class J3DTevBlock {
public:
    virtual void reset(J3DTevBlock*) {}
    virtual void load() {}
    virtual void diff(u32);
    virtual void diffTexNo() {}
    virtual void diffTevReg() {}
    virtual void diffTexCoordScale() {}
    virtual void diffTevStage() {}
    virtual void diffTevStageIndirect() {}
    virtual void patch() {}
    virtual void patchTexNo() {}
    virtual void patchTevReg() {}
    virtual void patchTexNoAndTexCoordScale() {}
    virtual void ptrToIndex() = 0;
    virtual void indexToPtr() = 0;
    virtual u32 getType() = 0;
    virtual s32 countDLSize() { return 0; }
    virtual void setTexNo(u32, u16 const*) {}
    virtual void setTexNo(u32, u16) {}
    virtual u16 getTexNo(u32) const { return 0xffff; }
    virtual void setTevOrder(u32, J3DTevOrder const*) {}
    virtual void setTevOrder(u32, J3DTevOrder) {}
    virtual J3DTevOrder* getTevOrder(u32) { return NULL; }
    virtual void setTevColor(u32, J3DGXColorS10 const*) {}
    virtual void setTevColor(u32, J3DGXColorS10) {}
    virtual J3DGXColorS10* getTevColor(u32) { return NULL; }
    virtual void setTevKColor(u32, J3DGXColor const*) {}
    virtual void setTevKColor(u32, J3DGXColor) {}
    virtual J3DGXColor* getTevKColor(u32) { return NULL; }
    virtual void setTevKColorSel(u32, u8 const*) {}
    virtual void setTevKColorSel(u32, u8) {}
    virtual u8 getTevKColorSel(u32) { return false; }
    virtual void setTevKAlphaSel(u32, u8 const*) {}
    virtual void setTevKAlphaSel(u32, u8) {}
    virtual u8 getTevKAlphaSel(u32) { return false; }
    virtual void setTevStageNum(u8 const*) {}
    virtual void setTevStageNum(u8) {}
    virtual u8 getTevStageNum() const { return 1; }
    virtual void setTevStage(u32, J3DTevStage const*) {}
    virtual void setTevStage(u32, J3DTevStage) {}
    virtual J3DTevStage* getTevStage(u32) { return NULL; }
    virtual void setTevSwapModeInfo(u32, J3DTevSwapModeInfo const*) {}
    virtual void setTevSwapModeInfo(u32, J3DTevSwapModeInfo) {}
    virtual void setTevSwapModeTable(u32, J3DTevSwapModeTable const*) {}
    virtual void setTevSwapModeTable(u32, J3DTevSwapModeTable) {}
    virtual J3DTevSwapModeTable* getTevSwapModeTable(u32) { return NULL; }
    virtual void setIndTevStage(u32, J3DIndTevStage const*) {}
    virtual void setIndTevStage(u32, J3DIndTevStage) {}
    virtual J3DIndTevStage* getIndTevStage(u32) { return NULL; }
    virtual u32 getTexNoOffset() const { return 0; }
    virtual u32 getTevRegOffset() const { return 0; }
    virtual void setTexNoOffset(u32 offset) { mTexNoOffset = offset; }
    virtual void setTevRegOffset(u32) {}
    virtual ~J3DTevBlock() {}
 
protected:
    void indexToPtr_private(u32);
 
    /* 0x4 */ u32 mTexNoOffset;
};
 
class J3DTevBlockNull : public J3DTevBlock {
public:
    J3DTevBlockNull() { initialize(); }
    void initialize();
    virtual void reset(J3DTevBlock*) {}
    virtual void ptrToIndex() {}
    virtual void indexToPtr() { indexToPtr_private(mTexNoOffset); }
    virtual u32 getType() { return 'TVNL'; }
    virtual ~J3DTevBlockNull() {}
};
 
class J3DTevBlockPatched : public J3DTevBlock {
public:
    J3DTevBlockPatched() {
        initialize();
    }
    void initialize();
 
    virtual void reset(J3DTevBlock*);
    virtual void load() {}
    virtual void diffTexNo();
    virtual void diffTevReg();
    virtual void diffTexCoordScale();
    virtual void diffTevStage();
    virtual void diffTevStageIndirect();
    virtual void patch();
    virtual void patchTexNo();
    virtual void patchTevReg();
    virtual void patchTexNoAndTexCoordScale();
    virtual void ptrToIndex();
    virtual void indexToPtr() { indexToPtr_private(mTexNoOffset); }
    virtual u32 getType() { return 'TVPT'; }
    virtual void setTevStageNum(u8 const* num) {
        J3D_ASSERT_NULLPTR(0x52c, num != NULL);
        mTevStageNum = *num;
    }
    virtual void setTevStageNum(u8 num) { mTevStageNum = num; }
    virtual u8 getTevStageNum() const { return mTevStageNum; }
    virtual s32 countDLSize();
    virtual void setTexNo(u32 idx, u16 const* texNo) {
        J3D_ASSERT_RANGE(0x53b, idx >= 0 && idx < ARRAY_SIZEU(mTexNo));
        J3D_ASSERT_NULLPTR(0x53c, texNo != NULL);
        mTexNo[idx] = *texNo;
    }
    virtual void setTexNo(u32 idx, u16 texNo) {
        J3D_ASSERT_RANGE(0x542, idx >= 0 && idx < ARRAY_SIZEU(mTexNo));
        mTexNo[idx] = texNo;
    }
    virtual u16 getTexNo(u32 idx) const {
        J3D_ASSERT_RANGE(1353, idx >= 0 && idx < 8);
        return mTexNo[idx];
    }
    virtual void setTevOrder(u32 idx, J3DTevOrder const* order) {
        J3D_ASSERT_RANGE(0x550, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        J3D_ASSERT_NULLPTR(0x551, order != NULL);
        mTevOrder[idx] = *order;
    }
    virtual void setTevOrder(u32 idx, J3DTevOrder order) {
        J3D_ASSERT_RANGE(0x557, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        mTevOrder[idx] = order;
    }
    virtual J3DTevOrder* getTevOrder(u32 idx) {
        J3D_ASSERT_RANGE(0x55c, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        return &mTevOrder[idx];
    }
    virtual void setTevStage(u32 idx, J3DTevStage const* stage) {
        J3D_ASSERT_RANGE(0x563, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        J3D_ASSERT_NULLPTR(0x564, stage != NULL);
        mTevStage[idx] = *stage;
    }
    virtual void setTevStage(u32 idx, J3DTevStage stage) {
        J3D_ASSERT_RANGE(0x56a, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        mTevStage[idx] = stage;
    }
    virtual J3DTevStage* getTevStage(u32 idx) {
        J3D_ASSERT_RANGE(0x56f, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        return &mTevStage[idx];
    }
    virtual void setIndTevStage(u32 idx, J3DIndTevStage const* stage) {
        J3D_ASSERT_RANGE(0x576, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        J3D_ASSERT_NULLPTR(0x577, stage != NULL);
        mIndTevStage[idx] = *stage;
    }
    virtual void setIndTevStage(u32 idx, J3DIndTevStage stage) {
        J3D_ASSERT_RANGE(0x57d, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        mIndTevStage[idx] = stage;
    }
    virtual J3DIndTevStage* getIndTevStage(u32 idx) {
        J3D_ASSERT_RANGE(0x582, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        return &mIndTevStage[idx];
    }
    virtual void setTevColor(u32 idx, J3DGXColorS10 const* color) {
        J3D_ASSERT_RANGE(0x589, idx >= 0 && idx < ARRAY_SIZEU(mTevColor));
        J3D_ASSERT_NULLPTR(0x58a, color != NULL);
        mTevColor[idx] = *color;
    }
    virtual void setTevColor(u32 idx, J3DGXColorS10 color) {
        J3D_ASSERT_RANGE(0x590, idx >= 0 && idx < ARRAY_SIZEU(mTevColor));
        mTevColor[idx] = color;
    }
    virtual J3DGXColorS10* getTevColor(u32 idx) {
        J3D_ASSERT_RANGE(0x595, idx >= 0 && idx < ARRAY_SIZEU(mTevColor));
        return &mTevColor[idx];
    }
    virtual void setTevKColor(u32 idx, J3DGXColor const* color) {
        J3D_ASSERT_RANGE(0x59c, idx >= 0 && idx < ARRAY_SIZEU(mTevKColor));
        J3D_ASSERT_NULLPTR(0x59d, color != NULL);
        mTevKColor[idx] = *color;
    }
    virtual void setTevKColor(u32 idx, J3DGXColor color) {
        J3D_ASSERT_RANGE(0x5a3, idx >= 0 && idx < ARRAY_SIZEU(mTevKColor));
        mTevKColor[idx] = color;
    }
    virtual J3DGXColor* getTevKColor(u32 idx) {
        J3D_ASSERT_RANGE(0x5a8, idx >= 0 && idx < ARRAY_SIZEU(mTevKColor));
        return &mTevKColor[idx];
    }
    virtual void setTevKColorSel(u32 idx, u8 const* sel) {
        J3D_ASSERT_RANGE(0x5af, idx >= 0 && idx < ARRAY_SIZEU(mTevKColorSel));
        J3D_ASSERT_NULLPTR(0x5b0, sel != NULL);
        mTevKColorSel[idx] = *sel;
    }
    virtual void setTevKColorSel(u32 idx, u8 sel) {
        J3D_ASSERT_RANGE(0x5b6, idx >= 0 && idx < ARRAY_SIZEU(mTevKColorSel));
        mTevKColorSel[idx] = sel;
    }
    virtual u8 getTevKColorSel(u32 idx) {
        J3D_ASSERT_RANGE(0x5bb, idx >= 0 && idx < ARRAY_SIZEU(mTevKColorSel));
        return mTevKColorSel[idx];
    }
    virtual u32 getTexNoOffset() const { return mTexNoOffset; }
    virtual u32 getTevRegOffset() const { return mTevRegOffset; }
    virtual void setTevRegOffset(u32 offset) {
        J3D_ASSERT_RANGE(0x53b, offset >= 0);
        mTevRegOffset = offset;
    }
    virtual ~J3DTevBlockPatched() {}
 
    /* 0x08 */ u16 mTexNo[8];
    /* 0x18 */ J3DTevOrder mTevOrder[8];
    /* 0x38 */ J3DTevStage mTevStage[8];
    /* 0x78 */ J3DIndTevStage mIndTevStage[8];
    /* 0x98 */ J3DGXColorS10 mTevColor[4];
    /* 0xB8 */ J3DGXColor mTevKColor[4];
    /* 0xC8 */ u8 mTevKColorSel[8];
    /* 0xD0 */ u8 mTevStageNum;
    /* 0xD4 */ u32 mTevRegOffset;
};  // Size: 0xD8
 
class J3DTevBlock1 : public J3DTevBlock {
public:
    J3DTevBlock1() {
        initialize();
    }
    void initialize();
 
    virtual void reset(J3DTevBlock*);
    virtual void load();
    virtual void diffTexNo();
    virtual void diffTevReg();
    virtual void diffTexCoordScale();
    virtual void diffTevStage();
    virtual void diffTevStageIndirect();
    virtual void patch();
    virtual void patchTexNo();
    virtual void patchTevReg();
    virtual void patchTexNoAndTexCoordScale();
    virtual void ptrToIndex() {}
    virtual void indexToPtr() { indexToPtr_private(mTexNoOffset); }
    virtual u32 getType() { return 'TVB1'; }
    virtual s32 countDLSize();
    virtual void setTexNo(u32 idx, u16 const* no) {
        J3D_ASSERT_RANGE(0x618, idx >= 0 && idx < ARRAY_SIZEU(mTexNo));
        J3D_ASSERT_NULLPTR(0x619, no != NULL);
        mTexNo[idx] = *no;
    }
    virtual void setTexNo(u32 idx, u16 no) {
        J3D_ASSERT_RANGE(0x61f, idx >= 0 && idx < ARRAY_SIZEU(mTexNo));
        mTexNo[idx] = no;
    }
    virtual u16 getTexNo(u32 idx) const {
        J3D_ASSERT_RANGE(1574, idx >= 0 && idx < 1);
        return mTexNo[idx];
    }
    virtual void setTevOrder(u32 idx, J3DTevOrder const* order) {
        J3D_ASSERT_RANGE(0x62d, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        J3D_ASSERT_NULLPTR(0x62e, order != NULL);
        mTevOrder[idx] = *order;
    }
    virtual void setTevOrder(u32 idx, J3DTevOrder order) {
        J3D_ASSERT_RANGE(0x634, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        mTevOrder[idx] = order;
    }
    virtual J3DTevOrder* getTevOrder(u32 idx) {
        J3D_ASSERT_RANGE(0x639, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        return &mTevOrder[idx];
    }
    virtual void setTevStageNum(u8 const* num) {}
    virtual void setTevStageNum(u8 num) {}
    virtual u8 getTevStageNum() const { return 1; }
    virtual void setTevStage(u32 idx, J3DTevStage const* stage) {
        J3D_ASSERT_RANGE(0x64b, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        J3D_ASSERT_NULLPTR(0x64c, stage != NULL);
        mTevStage[idx] = *stage;
    }
    virtual void setTevStage(u32 idx, J3DTevStage stage) {
        J3D_ASSERT_RANGE(0x652, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        mTevStage[idx] = stage;
    }
    virtual J3DTevStage* getTevStage(u32 idx) {
        J3D_ASSERT_RANGE(0x657, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        return &mTevStage[idx];
    }
    virtual void setIndTevStage(u32 idx, J3DIndTevStage const* stage) {
        J3D_ASSERT_RANGE(0x65e, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        J3D_ASSERT_NULLPTR(0x65f, stage != NULL);
        mIndTevStage[idx] = *stage;
    }
    virtual void setIndTevStage(u32 idx, J3DIndTevStage stage) {
        J3D_ASSERT_RANGE(0x665, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        mIndTevStage[idx] = stage;
    }
    virtual J3DIndTevStage* getIndTevStage(u32 idx) {
        J3D_ASSERT_RANGE(0x66a, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        return &mIndTevStage[idx];
    }
    virtual u32 getTexNoOffset() const { return mTexNoOffset; }
    virtual ~J3DTevBlock1() {}
 
    /* 0x08 */ u16 mTexNo[1];
    /* 0x0A */ J3DTevOrder mTevOrder[1];
    /* 0x0E */ J3DTevStage mTevStage[1];
    /* 0x18 */ J3DIndTevStage mIndTevStage[1];
};  // Size: 0x1C
 
class J3DTevBlock2 : public J3DTevBlock {
public:
    J3DTevBlock2() {
        initialize();
    }
    void initialize();
 
    virtual void reset(J3DTevBlock*);
    virtual void load();
    virtual void diffTexNo();
    virtual void diffTevReg();
    virtual void diffTexCoordScale();
    virtual void diffTevStage();
    virtual void diffTevStageIndirect();
    virtual void patch();
    virtual void patchTexNo();
    virtual void patchTevReg();
    virtual void patchTexNoAndTexCoordScale();
    virtual void ptrToIndex() {}
    virtual void indexToPtr() { indexToPtr_private(mTexNoOffset); }
    virtual u32 getType() { return 'TVB2'; }
    virtual s32 countDLSize();
    virtual void setTexNo(u32 idx, u16 const* texNo) {
        J3D_ASSERT_RANGE(0x6b4, idx >= 0 && idx < ARRAY_SIZEU(mTexNo));
        J3D_ASSERT_NULLPTR(0x6b5, texNo != NULL);
        mTexNo[idx] = *texNo;
    }
    virtual void setTexNo(u32 idx, u16 texNo) {
        J3D_ASSERT_RANGE(0x6bb, idx >= 0 && idx < ARRAY_SIZEU(mTexNo));
        mTexNo[idx] = texNo;
    }
    virtual u16 getTexNo(u32 idx) const {
        J3D_ASSERT_RANGE(0x6c2, idx >= 0 && idx < ARRAY_SIZEU(mTexNo));
        return mTexNo[idx];
    }
    virtual void setTevOrder(u32 idx, J3DTevOrder const* order) {
        J3D_ASSERT_RANGE(0x6c9, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        J3D_ASSERT_NULLPTR(0x6ca, order != NULL);
        mTevOrder[idx] = *order;
    }
    virtual void setTevOrder(u32 idx, J3DTevOrder order) {
        J3D_ASSERT_RANGE(0x6d0, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        mTevOrder[idx] = order;
    }
    virtual J3DTevOrder* getTevOrder(u32 idx) {
        J3D_ASSERT_RANGE(0x6d5, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        return &mTevOrder[idx];
    }
    virtual void setTevColor(u32 idx, J3DGXColorS10 const* color) {
        J3D_ASSERT_RANGE(0x6dc, idx >= 0 && idx < ARRAY_SIZEU(mTevColor));
        J3D_ASSERT_NULLPTR(0x6dd, color != NULL);
        mTevColor[idx] = *color;
    }
    virtual void setTevColor(u32 idx, J3DGXColorS10 color) {
        J3D_ASSERT_RANGE(0x6e3, idx >= 0 && idx < ARRAY_SIZEU(mTevColor));
        mTevColor[idx] = color;
    }
    virtual J3DGXColorS10* getTevColor(u32 idx) {
        J3D_ASSERT_RANGE(0x6e8, idx >= 0 && idx < ARRAY_SIZEU(mTevColor));
        return &mTevColor[idx];
    }
    virtual void setTevKColor(u32 idx, J3DGXColor const* color) {
        J3D_ASSERT_RANGE(0x6ef, idx >= 0 && idx < ARRAY_SIZEU(mTevKColor));
        J3D_ASSERT_NULLPTR(0x6f0, color != NULL);
        mTevKColor[idx] = *color;
    }
    virtual void setTevKColor(u32 idx, J3DGXColor color) {
        J3D_ASSERT_RANGE(0x6f6, idx >= 0 && idx < ARRAY_SIZEU(mTevKColor));
        mTevKColor[idx] = color;
    }
    virtual J3DGXColor* getTevKColor(u32 idx) {
        J3D_ASSERT_RANGE(0x6fb, idx >= 0 && idx < ARRAY_SIZEU(mTevKColor));
        return &mTevKColor[idx];
    }
    virtual void setTevKColorSel(u32 idx, u8 const* sel) {
        J3D_ASSERT_RANGE(0x702, idx >= 0 && idx < ARRAY_SIZEU(mTevKColorSel));
        J3D_ASSERT_NULLPTR(0x703, sel != NULL);
        mTevKColorSel[idx] = *sel;
    }
    virtual void setTevKColorSel(u32 idx, u8 sel) {
        J3D_ASSERT_RANGE(0x709, idx >= 0 && idx < ARRAY_SIZEU(mTevKColorSel));
        mTevKColorSel[idx] = sel;
    }
    virtual u8 getTevKColorSel(u32 idx) {
        J3D_ASSERT_RANGE(0x70e, idx >= 0 && idx < ARRAY_SIZEU(mTevKColorSel));
        return mTevKColorSel[idx];
    }
    virtual void setTevKAlphaSel(u32 idx, u8 const* sel) {
        J3D_ASSERT_RANGE(0x715, idx >= 0 && idx < ARRAY_SIZEU(mTevKAlphaSel));
        J3D_ASSERT_NULLPTR(0x716, sel != NULL);
        mTevKAlphaSel[idx] = *sel;
    }
    virtual void setTevKAlphaSel(u32 idx, u8 sel) {
        J3D_ASSERT_RANGE(0x71c, idx >= 0 && idx < ARRAY_SIZEU(mTevKAlphaSel));
        mTevKAlphaSel[idx] = sel;
    }
    virtual u8 getTevKAlphaSel(u32 idx) {
        J3D_ASSERT_RANGE(0x721, idx >= 0 && idx < ARRAY_SIZEU(mTevKAlphaSel));
        return mTevKAlphaSel[idx];
    }
    virtual void setTevStageNum(u8 const* num) {
        J3D_ASSERT_NULLPTR(0x727, num != NULL);
        mTevStageNum = *num;
    }
    virtual void setTevStageNum(u8 num) { mTevStageNum = num; }
    virtual u8 getTevStageNum() const { return mTevStageNum; }
    virtual void setTevStage(u32 idx, J3DTevStage const* stage) {
        J3D_ASSERT_RANGE(0x736, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        J3D_ASSERT_NULLPTR(0x737, stage != NULL);
        mTevStage[idx] = *stage;
    }
    virtual void setTevStage(u32 idx, J3DTevStage stage) {
        J3D_ASSERT_RANGE(0x73d, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        mTevStage[idx] = stage;
    }
    virtual J3DTevStage* getTevStage(u32 idx) {
        J3D_ASSERT_RANGE(0x742, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        return &mTevStage[idx];
    }
    virtual void setTevSwapModeInfo(u32 idx, J3DTevSwapModeInfo const* info) {
        J3D_ASSERT_RANGE(0x749, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        J3D_ASSERT_NULLPTR(0x74a, info != NULL);
        mTevStage[idx].setTevSwapModeInfo(*info);
    }
    virtual void setTevSwapModeInfo(u32 idx, J3DTevSwapModeInfo info) {
        J3D_ASSERT_RANGE(0x750, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        mTevStage[idx].setTevSwapModeInfo(info);
    }
    virtual void setTevSwapModeTable(u32 idx, J3DTevSwapModeTable const* table) {
        J3D_ASSERT_RANGE(0x757, idx >= 0 && idx < ARRAY_SIZEU(mTevSwapModeTable));
        J3D_ASSERT_NULLPTR(0x758, table != NULL);
        mTevSwapModeTable[idx] = *table;
    }
    virtual void setTevSwapModeTable(u32 idx, J3DTevSwapModeTable table) {
        J3D_ASSERT_RANGE(0x75e, idx >= 0 && idx < ARRAY_SIZEU(mTevSwapModeTable));
        mTevSwapModeTable[idx] = table;
    }
    virtual J3DTevSwapModeTable* getTevSwapModeTable(u32 idx) {
        J3D_ASSERT_RANGE(0x763, idx >= 0 && idx < ARRAY_SIZEU(mTevSwapModeTable));
        return &mTevSwapModeTable[idx];
    }
    virtual void setIndTevStage(u32 idx, J3DIndTevStage const* stage) {
        J3D_ASSERT_RANGE(0x76a, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        J3D_ASSERT_NULLPTR(0x76b, stage != NULL);
        mIndTevStage[idx] = *stage;
    }
    virtual void setIndTevStage(u32 idx, J3DIndTevStage stage) {
        J3D_ASSERT_RANGE(0x771, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        mIndTevStage[idx] = stage;
    }
    virtual J3DIndTevStage* getIndTevStage(u32 idx) {
        J3D_ASSERT_RANGE(0x776, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        return &mIndTevStage[idx];
    }
    virtual u32 getTexNoOffset() const { return mTexNoOffset; }
    virtual u32 getTevRegOffset() const { return mTevRegOffset; }
    virtual void setTevRegOffset(u32 offset) { mTevRegOffset = offset; }
    virtual ~J3DTevBlock2() {}
 
    /* 0x08 */ u16 mTexNo[2];
    /* 0x0C */ J3DTevOrder mTevOrder[2];
    /* 0x14 */ J3DGXColorS10 mTevColor[4];
    /* 0x34 */ u8 mTevStageNum;
    /* 0x35 */ J3DTevStage mTevStage[2];
    /* 0x45 */ J3DGXColor mTevKColor[4];
    /* 0x55 */ u8 mTevKColorSel[2];
    /* 0x57 */ u8 mTevKAlphaSel[2];
    /* 0x59 */ J3DTevSwapModeTable mTevSwapModeTable[4];
    /* 0x60 */ J3DIndTevStage mIndTevStage[2];
    /* 0x68 */ u32 mTevRegOffset;
};  // Size: 0x6C
 
class J3DTevBlock4 : public J3DTevBlock {
public:
    J3DTevBlock4() {
        initialize();
    }
    void initialize();
 
    virtual void reset(J3DTevBlock*);
    virtual void load();
    virtual void diffTexNo();
    virtual void diffTevReg();
    virtual void diffTexCoordScale();
    virtual void diffTevStage();
    virtual void diffTevStageIndirect();
    virtual void patch();
    virtual void patchTexNo();
    virtual void patchTevReg();
    virtual void patchTexNoAndTexCoordScale();
    virtual void ptrToIndex() {}
    virtual void indexToPtr() { indexToPtr_private(mTexNoOffset); }
    virtual u32 getType() { return 'TVB4'; }
    virtual s32 countDLSize();
    virtual void setTexNo(u32 idx, u16 const* texNo) {
        J3D_ASSERT_RANGE(0x7d5, idx >= 0 && idx < ARRAY_SIZEU(mTexNo));
        J3D_ASSERT_NULLPTR(0x7d6, texNo != NULL);
        mTexNo[idx] = *texNo;
    }
    virtual void setTexNo(u32 idx, u16 texNo) {
        J3D_ASSERT_RANGE(0x7dc, idx >= 0 && idx < ARRAY_SIZEU(mTexNo));
        mTexNo[idx] = texNo;
    }
    virtual u16 getTexNo(u32 idx) const {
        J3D_ASSERT_RANGE(2019, idx >= 0 && idx < 4);
        return mTexNo[idx];
    }
    virtual void setTevOrder(u32 idx, J3DTevOrder const* order) {
        J3D_ASSERT_RANGE(0x7ea, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        J3D_ASSERT_NULLPTR(0x7eb, order != NULL);
        mTevOrder[idx] = *order;
    }
    virtual void setTevOrder(u32 idx, J3DTevOrder order) {
        J3D_ASSERT_RANGE(0x7f1, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        mTevOrder[idx] = order;
    }
    virtual J3DTevOrder* getTevOrder(u32 idx) {
        J3D_ASSERT_RANGE(0x7f6, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        return &mTevOrder[idx];
    }
    virtual void setTevColor(u32 idx, J3DGXColorS10 const* color) {
        J3D_ASSERT_RANGE(0x7fd, idx >= 0 && idx < ARRAY_SIZEU(mTevColor));
        J3D_ASSERT_NULLPTR(0x7fe, color != NULL);
        mTevColor[idx] = *color;
    }
    virtual void setTevColor(u32 idx, J3DGXColorS10 color) {
        J3D_ASSERT_RANGE(0x804, idx >= 0 && idx < ARRAY_SIZEU(mTevColor));
        mTevColor[idx] = color;
    }
    virtual J3DGXColorS10* getTevColor(u32 idx) {
        J3D_ASSERT_RANGE(0x809, idx >= 0 && idx < ARRAY_SIZEU(mTevColor));
        return &mTevColor[idx];
    }
    virtual void setTevKColor(u32 idx, J3DGXColor const* color) {
        J3D_ASSERT_RANGE(0x810, idx >= 0 && idx < ARRAY_SIZEU(mTevKColor));
        J3D_ASSERT_NULLPTR(0x811, color != NULL);
        mTevKColor[idx] = *color;
    }
    virtual void setTevKColor(u32 idx, J3DGXColor color) {
        J3D_ASSERT_RANGE(0x817, idx >= 0 && idx < ARRAY_SIZEU(mTevKColor));
        mTevKColor[idx] = color;
    }
    virtual J3DGXColor* getTevKColor(u32 idx) {
        J3D_ASSERT_RANGE(0x81c, idx >= 0 && idx < ARRAY_SIZEU(mTevKColor));
        return &mTevKColor[idx];
    }
    virtual void setTevKColorSel(u32 idx, u8 const* sel) {
        J3D_ASSERT_RANGE(0x823, idx >= 0 && idx < ARRAY_SIZEU(mTevKColorSel));
        J3D_ASSERT_NULLPTR(0x824, sel != NULL);
        mTevKColorSel[idx] = *sel;
    }
    virtual void setTevKColorSel(u32 idx, u8 sel) {
        J3D_ASSERT_RANGE(0x82a, idx >= 0 && idx < ARRAY_SIZEU(mTevKColorSel));
        mTevKColorSel[idx] = sel;
    }
    virtual u8 getTevKColorSel(u32 idx) {
        J3D_ASSERT_RANGE(0x82f, idx >= 0 && idx < ARRAY_SIZEU(mTevKColorSel));
        return mTevKColorSel[idx];
    }
    virtual void setTevKAlphaSel(u32 idx, u8 const* sel) {
        J3D_ASSERT_RANGE(0x836, idx >= 0 && idx < ARRAY_SIZEU(mTevKAlphaSel));
        J3D_ASSERT_NULLPTR(0x837, sel != NULL);
        mTevKAlphaSel[idx] = *sel;
    }
    virtual void setTevKAlphaSel(u32 idx, u8 sel) {
        J3D_ASSERT_RANGE(0x83d, idx >= 0 && idx < ARRAY_SIZEU(mTevKAlphaSel));
        mTevKAlphaSel[idx] = sel;
    }
    virtual u8 getTevKAlphaSel(u32 idx) {
        J3D_ASSERT_RANGE(0x842, idx >= 0 && idx < ARRAY_SIZEU(mTevKAlphaSel));
        return mTevKAlphaSel[idx];
    }
    virtual void setTevStageNum(u8 const* num) {
        J3D_ASSERT_NULLPTR(0x848, num != NULL);
        mTevStageNum = *num;
    }
    virtual void setTevStageNum(u8 num) { mTevStageNum = num; }
    virtual u8 getTevStageNum() const { return mTevStageNum; }
    virtual void setTevStage(u32 idx, J3DTevStage const* stage) {
        J3D_ASSERT_RANGE(0x857, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        J3D_ASSERT_NULLPTR(0x858, stage != NULL);
        mTevStage[idx] = *stage;
    }
    virtual void setTevStage(u32 idx, J3DTevStage stage) {
        J3D_ASSERT_RANGE(0x85e, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        mTevStage[idx] = stage;
    }
    virtual J3DTevStage* getTevStage(u32 idx) {
        J3D_ASSERT_RANGE(0x863, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        return &mTevStage[idx];
    }
    virtual void setTevSwapModeInfo(u32 idx, J3DTevSwapModeInfo const* info) {
        J3D_ASSERT_RANGE(0x86a, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        J3D_ASSERT_NULLPTR(0x86b, info != NULL);
        mTevStage[idx].setTevSwapModeInfo(*info);
    }
    virtual void setTevSwapModeInfo(u32 idx, J3DTevSwapModeInfo info) {
        J3D_ASSERT_RANGE(0x871, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        mTevStage[idx].setTevSwapModeInfo(info);
    }
    virtual void setTevSwapModeTable(u32 idx, J3DTevSwapModeTable const* table) {
        J3D_ASSERT_RANGE(0x878, idx >= 0 && idx < ARRAY_SIZEU(mTevSwapModeTable));
        J3D_ASSERT_NULLPTR(0x879, table != NULL);
        mTevSwapModeTable[idx] = *table;
    }
    virtual void setTevSwapModeTable(u32 idx, J3DTevSwapModeTable table) {
        J3D_ASSERT_RANGE(0x87f, idx >= 0 && idx < ARRAY_SIZEU(mTevSwapModeTable));
        mTevSwapModeTable[idx] = table;
    }
    virtual J3DTevSwapModeTable* getTevSwapModeTable(u32 idx) {
        J3D_ASSERT_RANGE(0x884, idx >= 0 && idx < ARRAY_SIZEU(mTevSwapModeTable));
        return &mTevSwapModeTable[idx];
    }
    virtual void setIndTevStage(u32 idx, J3DIndTevStage const* stage) {
        J3D_ASSERT_RANGE(0x88b, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        J3D_ASSERT_NULLPTR(0x88c, stage != NULL);
        mIndTevStage[idx] = *stage;
    }
    virtual void setIndTevStage(u32 idx, J3DIndTevStage stage) {
        J3D_ASSERT_RANGE(0x892, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        mIndTevStage[idx] = stage;
    }
    virtual J3DIndTevStage* getIndTevStage(u32 idx) {
        J3D_ASSERT_RANGE(0x897, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        return &mIndTevStage[idx];
    }
    virtual u32 getTexNoOffset() const { return mTexNoOffset; }
    virtual u32 getTevRegOffset() const { return mTevRegOffset; }
    virtual void setTevRegOffset(u32 offset) { mTevRegOffset = offset; }
    virtual ~J3DTevBlock4() {}
 
    /* 0x08 */ u16 mTexNo[4];
    /* 0x10 */ J3DTevOrder mTevOrder[4];
    /* 0x20 */ u8 mTevStageNum;
    /* 0x21 */ J3DTevStage mTevStage[4];
    /* 0x42 */ J3DGXColorS10 mTevColor[4];
    /* 0x62 */ J3DGXColor mTevKColor[4];
    /* 0x72 */ u8 mTevKColorSel[4];
    /* 0x76 */ u8 mTevKAlphaSel[4];
    /* 0x7A */ J3DTevSwapModeTable mTevSwapModeTable[4];
    /* 0x80 */ J3DIndTevStage mIndTevStage[4];
    /* 0x90 */ u32 mTevRegOffset;
};  // Size: 0x94
 
class J3DTevBlock16 : public J3DTevBlock {
public:
    J3DTevBlock16() {
        initialize();
    }
    void initialize();
 
    virtual void reset(J3DTevBlock*);
    virtual void load();
    virtual void diffTexNo();
    virtual void diffTevReg();
    virtual void diffTexCoordScale();
    virtual void diffTevStage();
    virtual void diffTevStageIndirect();
    virtual void patch();
    virtual void patchTexNo();
    virtual void patchTevReg();
    virtual void patchTexNoAndTexCoordScale();
    virtual void ptrToIndex();
    virtual void indexToPtr() { indexToPtr_private(mTexNoOffset); }
    virtual u32 getType() { return 'TV16'; }
    virtual s32 countDLSize();
    virtual void setTexNo(u32 idx, u16 const* texNo) {
        J3D_ASSERT_RANGE(0x8f6, idx >= 0 && idx < ARRAY_SIZEU(mTexNo));
        J3D_ASSERT_NULLPTR(0x8f7, texNo != NULL);
        mTexNo[idx] = *texNo;
    }
    virtual void setTexNo(u32 idx, u16 texNo) {
        J3D_ASSERT_RANGE(0x8fd, idx >= 0 && idx < 8);
        mTexNo[idx] = texNo;
    }
    virtual u16 getTexNo(u32 idx) const {
        J3D_ASSERT_RANGE(2308, idx >= 0 && idx < 8);
        return mTexNo[idx];
    }
    virtual void setTevOrder(u32 idx, J3DTevOrder const* order) {
        J3D_ASSERT_RANGE(0x90b, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        J3D_ASSERT_NULLPTR(0x90c, order != NULL);
        mTevOrder[idx] = *order;
    }
    virtual void setTevOrder(u32 idx, J3DTevOrder order) {
        J3D_ASSERT_RANGE(0x912, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        mTevOrder[idx] = order;
    }
    virtual J3DTevOrder* getTevOrder(u32 idx) {
        J3D_ASSERT_RANGE(0x917, idx >= 0 && idx < ARRAY_SIZEU(mTevOrder));
        return &mTevOrder[idx];
    }
    virtual void setTevColor(u32 idx, J3DGXColorS10 const* color) {
        J3D_ASSERT_RANGE(0x91e, idx >= 0 && idx < ARRAY_SIZEU(mTevColor));
        J3D_ASSERT_NULLPTR(0x91f, color != NULL);
        mTevColor[idx] = *color;
    }
    virtual void setTevColor(u32 idx, J3DGXColorS10 color) {
        J3D_ASSERT_RANGE(0x925, idx >= 0 && idx < ARRAY_SIZEU(mTevColor));
        mTevColor[idx] = color;
    }
    virtual J3DGXColorS10* getTevColor(u32 idx) {
        J3D_ASSERT_RANGE(0x92a, idx >= 0 && idx < ARRAY_SIZEU(mTevColor));
        return &mTevColor[idx];
    }
    virtual void setTevKColor(u32 idx, J3DGXColor const* color) {
        J3D_ASSERT_RANGE(0x931, idx >= 0 && idx < ARRAY_SIZEU(mTevKColor));
        J3D_ASSERT_NULLPTR(0x932, color != NULL);
        mTevKColor[idx] = *color;
    }
    virtual void setTevKColor(u32 idx, J3DGXColor color) {
        J3D_ASSERT_RANGE(0x938, idx >= 0 && idx < ARRAY_SIZEU(mTevKColor));
        mTevKColor[idx] = color;
    }
    virtual J3DGXColor* getTevKColor(u32 idx) {
        J3D_ASSERT_RANGE(0x93d, idx >= 0 && idx < ARRAY_SIZEU(mTevKColor));
        return &mTevKColor[idx];
    }
    virtual void setTevKColorSel(u32 idx, u8 const* sel) {
        J3D_ASSERT_RANGE(0x944, idx >= 0 && idx < ARRAY_SIZEU(mTevKColorSel));
        J3D_ASSERT_NULLPTR(0x945, sel != NULL);
        mTevKColorSel[idx] = *sel;
    }
    virtual void setTevKColorSel(u32 idx, u8 sel) {
        J3D_ASSERT_RANGE(0x94b, idx >= 0 && idx < ARRAY_SIZEU(mTevKColorSel));
        mTevKColorSel[idx] = sel;
    }
    virtual u8 getTevKColorSel(u32 idx) {
        J3D_ASSERT_RANGE(0x950, idx >= 0 && idx < ARRAY_SIZEU(mTevKColorSel));
        return mTevKColorSel[idx];
    }
    virtual void setTevKAlphaSel(u32 idx, u8 const* sel) {
        J3D_ASSERT_RANGE(0x957, idx >= 0 && idx < ARRAY_SIZEU(mTevKAlphaSel));
        J3D_ASSERT_NULLPTR(0x958, sel != NULL);
        mTevKAlphaSel[idx] = *sel;
    }
    virtual void setTevKAlphaSel(u32 idx, u8 sel) {
        J3D_ASSERT_RANGE(0x95e, idx >= 0 && idx < ARRAY_SIZEU(mTevKAlphaSel));
        mTevKAlphaSel[idx] = sel;
    }
    virtual u8 getTevKAlphaSel(u32 idx) {
        J3D_ASSERT_RANGE(0x963, idx >= 0 && idx < ARRAY_SIZEU(mTevKAlphaSel));
        return mTevKAlphaSel[idx];
    }
    virtual void setTevStageNum(u8 const* num) {
        J3D_ASSERT_NULLPTR(0x969, num != NULL);
        mTevStageNum = *num;
    }
    virtual void setTevStageNum(u8 num) { mTevStageNum = num; }
    virtual u8 getTevStageNum() const { return mTevStageNum; }
    virtual void setTevStage(u32 idx, J3DTevStage const* stage) {
        J3D_ASSERT_RANGE(0x978, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        J3D_ASSERT_NULLPTR(0x979, stage != NULL);
        mTevStage[idx] = *stage;
    }
    virtual void setTevStage(u32 idx, J3DTevStage stage) {
        J3D_ASSERT_RANGE(0x97f, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        mTevStage[idx] = stage;
    }
    virtual J3DTevStage* getTevStage(u32 idx) {
        J3D_ASSERT_RANGE(0x984, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        return &mTevStage[idx];
    }
    virtual void setTevSwapModeInfo(u32 idx, J3DTevSwapModeInfo const* info) {
        J3D_ASSERT_RANGE(0x98b, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        J3D_ASSERT_NULLPTR(0x98c, info != NULL);
        mTevStage[idx].setTevSwapModeInfo(*info);
    }
    virtual void setTevSwapModeInfo(u32 idx, J3DTevSwapModeInfo info) {
        J3D_ASSERT_RANGE(0x992, idx >= 0 && idx < ARRAY_SIZEU(mTevStage));
        mTevStage[idx].setTevSwapModeInfo(info);
    }
    virtual void setTevSwapModeTable(u32 idx, J3DTevSwapModeTable const* table) {
        J3D_ASSERT_RANGE(0x999, idx >= 0 && idx < ARRAY_SIZEU(mTevSwapModeTable));
        J3D_ASSERT_NULLPTR(0x99a, table != NULL);
        mTevSwapModeTable[idx] = *table;
    }
    virtual void setTevSwapModeTable(u32 idx, J3DTevSwapModeTable table) {
        J3D_ASSERT_RANGE(0x9a0, idx >= 0 && idx < ARRAY_SIZEU(mTevSwapModeTable));
        mTevSwapModeTable[idx] = table;
    }
    virtual J3DTevSwapModeTable* getTevSwapModeTable(u32 idx) {
        J3D_ASSERT_RANGE(0x9a5, idx >= 0 && idx < ARRAY_SIZEU(mTevSwapModeTable));
        return &mTevSwapModeTable[idx];
    }
    virtual void setIndTevStage(u32 idx, J3DIndTevStage const* stage) {
        J3D_ASSERT_RANGE(0x9ac, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        J3D_ASSERT_NULLPTR(0x9ad, stage != NULL);
        mIndTevStage[idx] = *stage;
    }
    virtual void setIndTevStage(u32 idx, J3DIndTevStage stage) {
        J3D_ASSERT_RANGE(0x9b3, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        mIndTevStage[idx] = stage;
    }
    virtual J3DIndTevStage* getIndTevStage(u32 idx) {
        J3D_ASSERT_RANGE(0x9b8, idx >= 0 && idx < ARRAY_SIZEU(mIndTevStage));
        return &mIndTevStage[idx];
    }
    virtual u32 getTexNoOffset() const { return mTexNoOffset; }
    virtual u32 getTevRegOffset() const { return mTevRegOffset; }
    virtual void setTevRegOffset(u32 offset) { mTevRegOffset = offset; }
    virtual ~J3DTevBlock16() {}
 
    /* 0x008 */ u16 mTexNo[8];
    /* 0x018 */ J3DTevOrder mTevOrder[16];
    /* 0x058 */ u8 mTevStageNum;
    /* 0x059 */ J3DTevStage mTevStage[16];
    /* 0x0DA */ J3DGXColorS10 mTevColor[4];
    /* 0x0FA */ J3DGXColor mTevKColor[4];
    /* 0x10A */ u8 mTevKColorSel[16];
    /* 0x11A */ u8 mTevKAlphaSel[16];
    /* 0x12A */ J3DTevSwapModeTable mTevSwapModeTable[4];
    /* 0x130 */ J3DIndTevStage mIndTevStage[16];
    /* 0x170 */ u32 mTevRegOffset;
};  // Size: 0x174
 
inline u16 calcZModeID(u8 param_0, u8 param_1, u8 param_2) {
    return param_1 * 2 + param_0 * 0x10 + param_2;
}
 
extern u8 j3dZModeTable[96];
 
struct J3DZMode {
    J3DZMode() : mZModeID(j3dDefaultZModeID) {}
    J3DZMode(J3DZModeInfo const& info) : mZModeID(calcZModeID(info.field_0x0, info.field_0x1, info.field_0x2)) {}
 
    J3DZMode& operator=(u16 zModeID) {
        mZModeID = zModeID;
        return *this;
    }
    J3DZMode& operator=(const J3DZMode& other) {
        mZModeID = other.mZModeID;
        return *this;
    }
 
    void setZModeInfo(const J3DZModeInfo& info) {
        mZModeID = calcZModeID(info.field_0x0, info.field_0x1, info.field_0x2);
    }
 
    void setCompareEnable(u8 i_compare) {
        mZModeID = calcZModeID(i_compare, j3dZModeTable[mZModeID * 3 + 1], j3dZModeTable[mZModeID * 3 + 2]);
    }
 
    void setFunc(u8 i_func) {
        mZModeID = calcZModeID(j3dZModeTable[mZModeID * 3], i_func, j3dZModeTable[mZModeID * 3 + 2]);
    }
 
    void setUpdateEnable(u8 i_enable) {
        mZModeID = calcZModeID(j3dZModeTable[mZModeID * 3], j3dZModeTable[mZModeID * 3 + 1], i_enable);
    }
 
    void load() const {
        J3DGDSetZMode(getCompareEnable(), GXCompare(getFunc()), getUpdateEnable());
    }
 
    u8 getCompareEnable() const { return *(&j3dZModeTable[mZModeID * 3] + 0); }
    u8 getFunc() const { return *(&j3dZModeTable[mZModeID * 3] + 1); }
    u8 getUpdateEnable() const { return *(&j3dZModeTable[mZModeID * 3] + 2); }
 
    /* 0x0 */ u16 mZModeID;
};
 
struct J3DBlend : public J3DBlendInfo {
    J3DBlend() {
        J3DBlendInfo::operator=(j3dDefaultBlendInfo);
    }
    J3DBlend(J3DBlendInfo const& info) {
        J3DBlendInfo::operator=(info);
    }
 
    void setType(u8 i_type) { mType = i_type; }
    void setSrcFactor(u8 i_factor) { mSrcFactor = i_factor; }
    void setDstFactor(u8 i_factor) { mDstFactor = i_factor; }
 
    GXBlendMode getBlendMode() const { return (GXBlendMode)mType; }
    GXBlendFactor getSrcFactor() const { return (GXBlendFactor)mSrcFactor; }
    GXBlendFactor getDstFactor() const { return (GXBlendFactor)mDstFactor; }
    GXLogicOp getLogicOp() const { return (GXLogicOp)mOp; }
 
    void load(u8 ditherEnable) const {
        J3DGDSetBlendMode((GXBlendMode)mType, (GXBlendFactor)mSrcFactor, (GXBlendFactor)mDstFactor, (GXLogicOp)mOp, ditherEnable);
    }
 
    void setBlendInfo(const J3DBlendInfo& i_blendInfo) { *static_cast<J3DBlendInfo*>(this) = i_blendInfo; }
};
 
struct J3DFog : public J3DFogInfo {
    J3DFog() { *(J3DFogInfo*)this = j3dDefaultFogInfo; }
    ~J3DFog() {}
    J3DFog* getFogInfo() { return this; }
    void setFogInfo(J3DFogInfo info) { *(J3DFogInfo*)this = info; }
    void setFogInfo(const J3DFogInfo* info) { *(J3DFogInfo*)this = *info; }
 
    void load() const {
        J3DGDSetFog(GXFogType(mType), mStartZ, mEndZ, mNearZ, mFarZ, mColor);
        J3DGDSetFogRangeAdj(mAdjEnable, mCenter, (GXFogAdjTable*)&mFogAdjTable);
    }
};
 
inline u16 calcAlphaCmpID(u8 comp0, u8 op, u8 comp1) {
    return (comp0 << 5) + (op << 3) + (comp1);
}
 
struct J3DAlphaComp {
    J3DAlphaComp() : mID(j3dDefaultAlphaCmpID), mRef0(0), mRef1(0) {}
    J3DAlphaComp(u16 id) : mID(id), mRef0(0), mRef1(0) {}
 
    explicit J3DAlphaComp(const J3DAlphaCompInfo& info) {
        mID = calcAlphaCmpID(info.mComp0, info.mOp, info.mComp1);
        mRef0 = info.mRef0;
        mRef1 = info.mRef1;
    }
 
    J3DAlphaComp& operator=(u16 id) { mID = id; return *this; }
 
    J3DAlphaComp& operator=(const J3DAlphaComp& rhs) {
        mID = rhs.mID;
        mRef0 = rhs.mRef0;
        mRef1 = rhs.mRef1;
        return *this;
    }
 
    J3DAlphaComp& operator=(J3DAlphaComp& rhs) {
        mID = rhs.mID;
        mRef0 = rhs.mRef0;
        mRef1 = rhs.mRef1;
        return *this;
    }
 
    void setAlphaCompInfo(const J3DAlphaCompInfo& info) {
        mRef0 = info.mRef0;
        mRef1 = info.mRef1;
        mID = calcAlphaCmpID(info.mComp0, info.mOp, info.mComp1);
    }
 
    u8 getComp0() const { return *(&j3dAlphaCmpTable[mID * 3] + 0); }
    u8 getOp() const { return *(&j3dAlphaCmpTable[mID * 3] + 1); }
    u8 getComp1() const { return *(&j3dAlphaCmpTable[mID * 3] + 2); }
    u8 getRef0() const { return mRef0; }
    u8 getRef1() const { return mRef1; }
 
    void load() const {
        J3DGDSetAlphaCompare((GXCompare)getComp0(), mRef0, (GXAlphaOp)getOp(), (GXCompare)getComp1(), mRef1);
    }
 
    /* 0x00 */ u16 mID;
    /* 0x02 */ u8 mRef0;
    /* 0x03 */ u8 mRef1;
};  // Size: 0x4
 
struct J3DIndTexOrder : public J3DIndTexOrderInfo {
    J3DIndTexOrder() {
        J3DIndTexOrderInfo::operator=(j3dDefaultIndTexOrderNull);
    }
    J3DIndTexOrder& operator=(J3DIndTexOrder const& other) {
#if DEBUG
        J3DIndTexOrderInfo::operator=(other);
#else
        // Fakematch: Instruction order is wrong with __memcpy or J3DIndTexCoordScaleInfo::operator=
        *(u32*)this = *(u32*)&other;
#endif
        return *this;
    }
    J3DIndTexOrder(J3DIndTexOrderInfo const& info) {
        J3DIndTexOrderInfo::operator=(info);
    }
    u8 getMap() const { return (GXTexMapID)mMap; }
    u8 getCoord() const { return (GXTexCoordID)mCoord; }
};  // Size: 0x04
 
struct J3DIndTexMtx : public J3DIndTexMtxInfo {
    J3DIndTexMtx() { *(J3DIndTexMtxInfo*)this = j3dDefaultIndTexMtxInfo; }
    J3DIndTexMtx(const J3DIndTexMtxInfo& info) { *(J3DIndTexMtxInfo*)this = info; }
    J3DIndTexMtx(const J3DIndTexMtx& other) {
        __memcpy(this, &other, sizeof(J3DIndTexMtx));
    }
    ~J3DIndTexMtx() {}
    void load(u32 param_1) const {
        J3DGDSetIndTexMtx((GXIndTexMtxID)(param_1 + GX_ITM_0), (Mtx3P)field_0x0, field_0x18);
    }
};  // Size: 0x1C
 
struct J3DIndTexCoordScale : public J3DIndTexCoordScaleInfo {
    J3DIndTexCoordScale() {
        J3DIndTexCoordScaleInfo::operator=(j3dDefaultIndTexCoordScaleInfo);
    }
    J3DIndTexCoordScale(const J3DIndTexCoordScaleInfo& info) {
        J3DIndTexCoordScaleInfo::operator=(info);
    }
    J3DIndTexCoordScale(const J3DIndTexCoordScale& other) {
        __memcpy(this, &other, sizeof(J3DIndTexCoordScale));
    }
    ~J3DIndTexCoordScale() {}
    u8 getScaleS() { return mScaleS; }
    u8 getScaleT() { return mScaleT; }
 
    J3DIndTexCoordScale& operator=(const J3DIndTexCoordScale& other) {
#if DEBUG
        J3DIndTexCoordScaleInfo::operator=(other);
#else
        // Fakematch: Instruction order is wrong with __memcpy or J3DIndTexCoordScaleInfo::operator=
        *(u32*)this = *(u32*)&other;
#endif
        return *this;
    }
};  // Size: 0x4
 
class J3DIndBlock {
public:
    virtual void reset(J3DIndBlock*) {}
    virtual void diff(u32) = 0;
    virtual void load() = 0;
    virtual s32 countDLSize() { return 0; }
    virtual u32 getType() = 0;
    virtual void setIndTexStageNum(u8) {}
    virtual u8 getIndTexStageNum() const { return 0; }
    virtual void setIndTexOrder(u32, J3DIndTexOrder) {}
    virtual void setIndTexOrder(u32, J3DIndTexOrder const*) {}
    virtual J3DIndTexOrder* getIndTexOrder(u32) { return NULL; }
    virtual void setIndTexMtx(u32, J3DIndTexMtx const*) {}
    virtual void setIndTexMtx(u32, J3DIndTexMtx) {}
    virtual J3DIndTexMtx* getIndTexMtx(u32) { return NULL; }
    virtual void setIndTexCoordScale(u32, J3DIndTexCoordScale const*) {}
    virtual void setIndTexCoordScale(u32, J3DIndTexCoordScale) {}
    virtual J3DIndTexCoordScale* getIndTexCoordScale(u32) { return NULL; }
    virtual ~J3DIndBlock() {}
};
 
class J3DIndBlockFull : public J3DIndBlock {
public:
    J3DIndBlockFull() {
        initialize();
    }
    void initialize();
 
    virtual s32 countDLSize();
    virtual void reset(J3DIndBlock*);
    virtual void diff(u32);
    virtual void load();
    virtual u32 getType() { return 'IBLF'; }
    virtual void setIndTexStageNum(u8 num) { mIndTexStageNum = num; }
    virtual u8 getIndTexStageNum() const { return mIndTexStageNum; }
    virtual void setIndTexOrder(u32 idx, J3DIndTexOrder const* order) {
        J3D_ASSERT_NULLPTR(0xa94, order != NULL);
        J3D_ASSERT_RANGE(0xa95, idx >= 0 && idx < ARRAY_SIZEU(mIndTexOrder));
        mIndTexOrder[idx] = *order;
    }
    virtual void setIndTexOrder(u32 idx, J3DIndTexOrder order) {
        J3D_ASSERT_RANGE(0xa9b, idx >= 0 && idx < ARRAY_SIZEU(mIndTexOrder));
        mIndTexOrder[idx] = order;
    }
    virtual J3DIndTexOrder* getIndTexOrder(u32 idx) {
        J3D_ASSERT_RANGE(0xaa0, idx >= 0 && idx < ARRAY_SIZEU(mIndTexOrder));
        return &mIndTexOrder[idx];
    }
    virtual void setIndTexMtx(u32 idx, J3DIndTexMtx const* mtx) {
        J3D_ASSERT_NULLPTR(0xaa7, mtx != NULL);
        J3D_ASSERT_RANGE(0xaa8, idx >= 0 && idx < ARRAY_SIZEU(mIndTexMtx));
        mIndTexMtx[idx] = *mtx;
    }
    virtual void setIndTexMtx(u32 idx, J3DIndTexMtx mtx) {
        J3D_ASSERT_RANGE(0xaae, idx >= 0 && idx < ARRAY_SIZEU(mIndTexMtx));
        mIndTexMtx[idx] = mtx;
    }
    virtual J3DIndTexMtx* getIndTexMtx(u32 idx) {
        J3D_ASSERT_RANGE(0xab3, idx >= 0 && idx < ARRAY_SIZEU(mIndTexMtx));
        return &mIndTexMtx[idx];
    }
    virtual void setIndTexCoordScale(u32 idx, J3DIndTexCoordScale const* scale) {
        J3D_ASSERT_NULLPTR(0xaba, scale != NULL);
        J3D_ASSERT_RANGE(0xabb, idx >= 0 && idx < ARRAY_SIZEU(mIndTexCoordScale));
        mIndTexCoordScale[idx] = *scale;
    }
    virtual void setIndTexCoordScale(u32 idx, J3DIndTexCoordScale scale) {
        J3D_ASSERT_RANGE(0xac1, idx >= 0 && idx < ARRAY_SIZEU(mIndTexCoordScale));
        mIndTexCoordScale[idx] = scale;
    }
    virtual J3DIndTexCoordScale* getIndTexCoordScale(u32 idx) {
        J3D_ASSERT_RANGE(0xac6, idx >= 0 && idx < ARRAY_SIZEU(mIndTexCoordScale));
        return &mIndTexCoordScale[idx];
    }
    virtual ~J3DIndBlockFull() {}
 
    /* 0x04 */ u8 mIndTexStageNum;
    /* 0x05 */ J3DIndTexOrder mIndTexOrder[4];
    /* 0x18 */ J3DIndTexMtx mIndTexMtx[3];
    /* 0x6C */ J3DIndTexCoordScale mIndTexCoordScale[4];
};  // Size: 0x7C
 
class J3DIndBlockNull : public J3DIndBlock {
public:
    virtual void diff(u32) {}
    virtual void load() {}
    virtual void reset(J3DIndBlock*) {}
    virtual u32 getType() { return 'IBLN'; }
    virtual ~J3DIndBlockNull() {}
};
 
class J3DPEBlock {
public:
    virtual void reset(J3DPEBlock*) {}
    virtual void load() = 0;
    virtual void patch() {}
    virtual void diff(u32) {}
    virtual void diffFog() {}
    virtual void diffBlend() {}
    virtual s32 countDLSize() { return 0; }
    virtual u32 getType() = 0;
    virtual void setFog(J3DFog) {}
    virtual void setFog(J3DFog*) {}
    virtual J3DFog* getFog() { return NULL; }
    virtual void setAlphaComp(J3DAlphaComp const*) {}
    virtual void setAlphaComp(J3DAlphaComp const&) {}
    virtual J3DAlphaComp* getAlphaComp() { return NULL; }
    virtual void setBlend(J3DBlend const*) {}
    virtual void setBlend(J3DBlend const&) {}
    virtual J3DBlend* getBlend() { return NULL; }
    virtual void setZMode(J3DZMode const*) {}
    virtual void setZMode(J3DZMode) {}
    virtual J3DZMode* getZMode() { return NULL; }
    virtual void setZCompLoc(u8 const*) {}
    virtual void setZCompLoc(u8) {}
    virtual u8 getZCompLoc() const { return 0; }
    virtual void setDither(u8 const*) {}
    virtual void setDither(u8) {}
    virtual u8 getDither() const { return 0; }
    virtual u32 getFogOffset() const { return 0; }
    virtual void setFogOffset(u32) {}
    virtual ~J3DPEBlock() {}
};
 
struct J3DPEBlockNull : public J3DPEBlock {
    virtual void load() {}
    virtual u32 getType() { return 'PENL'; }
    virtual ~J3DPEBlockNull() {}
};
 
class J3DPEBlockOpa : public J3DPEBlock {
public:
    virtual s32 countDLSize();
    virtual void load();
    virtual u32 getType() { return 'PEOP'; }
    virtual ~J3DPEBlockOpa() {}
};
 
class J3DPEBlockTexEdge : public J3DPEBlock {
public:
    virtual s32 countDLSize();
    virtual void load();
    virtual u32 getType() { return 'PEED'; }
    virtual ~J3DPEBlockTexEdge() {}
};
 
class J3DPEBlockXlu : public J3DPEBlock {
public:
    virtual s32 countDLSize();
    virtual void load();
    virtual u32 getType() { return 'PEXL'; }
    virtual ~J3DPEBlockXlu() {}
};
 
class J3DPEBlockFogOff : public J3DPEBlock {
public:
    J3DPEBlockFogOff() {
        initialize();
    }
    void initialize();
 
    virtual void reset(J3DPEBlock*);
    virtual void load();
    virtual void diff(u32 param_0) { if (param_0 & 0x20000000) diffBlend(); };
    virtual void diffBlend();
    virtual s32 countDLSize();
    virtual u32 getType() { return 'PEFG'; }
    virtual void setAlphaComp(J3DAlphaComp const* alphaComp) {
        J3D_ASSERT_NULLPTR(0xbf9, alphaComp != NULL);
        mAlphaComp = *alphaComp;
    }
    virtual void setAlphaComp(J3DAlphaComp const& alphaComp) { mAlphaComp = alphaComp; }
    virtual J3DAlphaComp* getAlphaComp() { return &mAlphaComp; }
    virtual void setBlend(J3DBlend const* blend) {
        J3D_ASSERT_NULLPTR(0xc07, blend != NULL);
        mBlend = *blend;
    }
    virtual void setBlend(J3DBlend const& blend) { mBlend = blend; }
    virtual J3DBlend* getBlend() { return &mBlend; }
    virtual void setZMode(J3DZMode const* zMode) {
        J3D_ASSERT_NULLPTR(0xc15, zMode != NULL);
        mZMode = *zMode;
    }
    virtual void setZMode(J3DZMode zMode) { mZMode = zMode; }
    virtual J3DZMode* getZMode() { return &mZMode; }
    virtual void setZCompLoc(u8 const* zCompLoc) {
        J3D_ASSERT_NULLPTR(0xc23, zCompLoc != NULL);
        mZCompLoc = *zCompLoc;
    }
    virtual void setZCompLoc(u8 zCompLoc) { mZCompLoc = zCompLoc; }
    virtual u8 getZCompLoc() const { return mZCompLoc; }
    virtual void setDither(u8 const* dither) {
        J3D_ASSERT_NULLPTR(0xc31, dither != NULL);
        mDither = *dither;
    }
    virtual void setDither(u8 dither) { mDither = dither; }
    virtual u8 getDither() const { return mDither; }
    virtual ~J3DPEBlockFogOff() {}
 
    /* 0x04 */ J3DAlphaComp mAlphaComp;
    /* 0x08 */ J3DBlend mBlend;
    /* 0x0C */ J3DZMode mZMode;
    /* 0x0E */ u8 mZCompLoc;
    /* 0x0F */ u8 mDither;
};  // Size: 0x10
 
class J3DPEBlockFull : public J3DPEBlock {
public:
    J3DPEBlockFull() {
        initialize();
    }
    void initialize();
 
    virtual void reset(J3DPEBlock*);
    virtual void load();
    virtual void patch();
    virtual void diff(u32);
    virtual void diffFog();
    virtual void diffBlend();
    virtual s32 countDLSize();
    virtual u32 getType() { return 'PEFL'; }
    virtual void setFog(J3DFog fog) { mFog.setFogInfo(fog.getFogInfo()); }
    virtual void setFog(J3DFog* pFog) { mFog.setFogInfo(pFog->getFogInfo()); }
    virtual J3DFog* getFog() { return &mFog; }
    virtual void setAlphaComp(J3DAlphaComp const* alphaComp) {
        J3D_ASSERT_NULLPTR(0xc7d, alphaComp != NULL);
        mAlphaComp = *alphaComp;
    }
    virtual void setAlphaComp(J3DAlphaComp const& alphaComp) { mAlphaComp = alphaComp; }
    virtual J3DAlphaComp* getAlphaComp() { return &mAlphaComp; }
    virtual void setBlend(J3DBlend const* blend) {
        J3D_ASSERT_NULLPTR(0xc8b, blend != NULL);
        mBlend = *blend;
    }
    virtual void setBlend(J3DBlend const& blend) { mBlend = blend; }
    virtual J3DBlend* getBlend() { return &mBlend; }
    virtual void setZMode(J3DZMode const* zMode) {
        J3D_ASSERT_NULLPTR(0xc99, zMode != NULL);
        mZMode = *zMode;
    }
    virtual void setZMode(J3DZMode zMode) { mZMode = zMode; }
    virtual J3DZMode* getZMode() { return &mZMode; }
    virtual void setZCompLoc(u8 const* zCompLoc) {
        J3D_ASSERT_NULLPTR(0xca7, zCompLoc != NULL);
        mZCompLoc = *zCompLoc;
    }
    virtual void setZCompLoc(u8 zCompLoc) { mZCompLoc = zCompLoc; }
    virtual u8 getZCompLoc() const { return mZCompLoc; }
    virtual void setDither(u8 const* dither) {
        J3D_ASSERT_NULLPTR(0xcb5, dither != NULL);
        mDither = *dither;
    }
    virtual void setDither(u8 dither) { mDither = dither; }
    virtual u8 getDither() const { return mDither; }
    virtual u32 getFogOffset() const { return mFogOffset; }
    virtual void setFogOffset(u32 fogOffset) { mFogOffset = fogOffset; }
    virtual ~J3DPEBlockFull() {}
 
    /* 0x04 */ J3DFog mFog;
    /* 0x30 */ J3DAlphaComp mAlphaComp;
    /* 0x34 */ J3DBlend mBlend;
    /* 0x38 */ J3DZMode mZMode;
    /* 0x3A */ u8 mZCompLoc;
    /* 0x3B */ u8 mDither;
    /* 0x3C */ u32 mFogOffset;
};  // Size: 0x40
 
#endif /* J3DMATBLOCK_H */