// nw4r::g3d wrapper

namespace nw4r {
namespace g3d {

class ResName {
public:
	const char *name;

	ResName(const char *p = NULL) {
		name = p;
	}
};

class ResFile {
public:
	void * /*ResFileData*/ data;

	ResFile(void *p = NULL) {
		data = p;
	}

	void Init();
	bool CheckRevision() const;

	void * /*ResMdl*/ GetResMdl(const char *str) const;
	void * /*ResPltt*/ GetResPltt(const ResName n) const;
	void * /*ResTex*/ GetResTex(const char *str) const;
	void * /*ResTex*/ GetResTex(const ResName n) const;
	void * /*ResTex*/ GetResTex(u32 idx) const;
	void * /*ResAnmChr*/ GetResAnmChr(const char *str) const;
	void * /*ResAnmVis*/ GetResAnmVis(const char *str) const;
	void * /*ResAnmClr*/ GetResAnmClr(const char *str) const;
	void * /*ResAnmTexPat*/ GetResAnmTexPat(const char *str) const;
	void * /*ResAnmTexSrt*/ GetResAnmTexSrt(const char *str) const;
	void * /*ResAnmScn*/ GetResAnmScn(const char *str) const;

	bool Bind(ResFile rhs);
};

void *__ScnMdlSimple__Construct(
	void * /*MEMAllocator*/ pHeap,
	u32 *pSize,
	void * /*ResMdl*/ mdl,
	int nView = 1);


void *__ScnMdl__Construct(
	void * /*MEMAllocator*/ pHeap,
	u32 *pSize,
	void * /*ResMdl*/ mdl,
	u32 bufferOption,
	int nView = 1);


void *__AnmObjChrRes__Construct(
	void * /*MEMAllocator*/ pHeap,
	u32 *pSize,
	void * /*ResAnmChr*/ resAnm,
	void * /*ResMdl*/ resMdl,
	bool bHasCache);


void *__AnmObjVisRes__Construct(
	void * /*MEMAllocator*/ pHeap,
	u32 *pSize,
	void * /*ResAnmVis*/ resAnm,
	void * /*ResMdl*/ resMdl);


void *__AnmObjTexPatRes__Construct(
	void * /*MEMAllocator*/ pHeap,
	u32 *pSize,
	void * /*ResAnmTexPat*/ resAnm,
	void * /*ResMdl*/ resMdl,
	bool bHasCache);


void *__AnmObjTexSrtRes__Construct(
	void * /*MEMAllocator*/ pHeap,
	u32 *pSize,
	void * /*ResAnmTexSrt*/ resAnm,
	void * /*ResMdl*/ resMdl,
	bool bHasCache);


void *__AnmObjMatClrRes__Construct(
	void * /*MEMAllocator*/ pHeap,
	u32 *pSize,
	void * /*ResAnmMatClr*/ resAnm,
	void * /*ResMdl*/ resMdl,
	bool bHasCache);


void *__AnmObjShpRes__Construct(
	void * /*MEMAllocator*/ pHeap,
	u32 *pSize,
	void * /*ResAnmShp*/ resAnm,
	void * /*ResMdl*/ resMdl,
	bool bHasCache);



bool InsertIntoScene(void *scnObj); // 80164F90

extern void *g3dMemAllocator; // 8042A6A8

inline void *ConstructScnMdlSimple(void *mdl, int nView = 1) {
	return __ScnMdlSimple__Construct(g3dMemAllocator, 0, mdl, nView);
}

inline void *ConstructScnMdl(void *mdl, u32 bufferOption, int nView = 1) {
	return __ScnMdl__Construct(g3dMemAllocator, 0, mdl, bufferOption, nView);
}



}
}


class mHeapAllocator_c { // Actually that weird subclass. INCOMPLETE!!
public:
	char data1[0x10];

	mHeapAllocator_c();
	virtual ~mHeapAllocator_c();
	virtual void *alloc(u32 size);
	virtual void free(void *block);

	bool link(s32 size, void *heap, const char *name, int align);
	u32 unlink();

	char data2[8];
};

namespace m3d {

	class mdl_c {
	public:
		mdl_c();
		virtual ~mdl_c();

		virtual void _vf0C();
		virtual void _vf10();
		virtual bool scheduleForDrawing();
		virtual void bindAnim(void *anim, float boo);
		virtual void _vf1C();

		bool setup(void *model, void *allocator, u32 bufferOption, int nView, u32 *size);
		void oneSetupType();
		void sub_80064BF0();

		void setDrawMatrix(const Mtx matrix);

		char data[0x3C];
	};
};



void SetupTextures_Player(m3d::mdl_c *model, int sceneID); // 800B3E50
void SetupTextures_Map(m3d::mdl_c *model, int sceneID); // 800B3F50
void SetupTextures_Boss(m3d::mdl_c *model, int sceneID); // 800B4050
void SetupTextures_Enemy(m3d::mdl_c *model, int sceneID); // 800B4170
void SetupTextures_MapObj(m3d::mdl_c *model, int sceneID); // 800B42B0
void SetupTextures_Item(m3d::mdl_c *model, int sceneID); // 800B43D0