emoose/NVNiTypes.h

## NVNiTypes.h
#pragma once
#include <nvse/NiNodes.h>

// Most definitions here taken from JIP LN NVSE:
// https://github.com/jazzisparis/JIP-LN-NVSE/blob/master/internal/netimmerse.h
// Though most lighting-related structs have had some extra things mapped out here

template <typename T_Data> struct DListNode
{
	DListNode* next;
	DListNode* prev;
	T_Data* data;

	DListNode* Advance(UInt32 times)
	{
		DListNode* result = this;
		while (result && times)
		{
			times--;
			result = result->next;
		}
		return result;
	}

	DListNode* Regress(UInt32 times)
	{
		DListNode* result = this;
		while (result && times)
		{
			times--;
			result = result->prev;
		}
		return result;
	}
};
STATIC_ASSERT(sizeof(DListNode<void>) == 0xC);

template <class Item> class DList
{
public:
	typedef DListNode<Item> Node;

public:
	Node* first;
	Node* last;
	UInt32 count;
};
STATIC_ASSERT(sizeof(DList<void>) == 0xC);

class NiPoint3 : public NiMemObject
{
public:
	float x, y, z;
};
STATIC_ASSERT(sizeof(NiPoint3) == 0xC);

class NiBound : public NiMemObject
{
public:
	NiBound();
	~NiBound();

	NiPoint3 m_kCenter;
	float m_fRadius;
};
//TODO: STATIC_ASSERT(sizeof(NiBound) == 0x14);

class NiProperty : public NiObjectNET
{
public:
	NiProperty();
};
STATIC_ASSERT(sizeof(NiProperty) == 0x18);
typedef NiPointer<NiProperty> NiPropertyPtr;
typedef DList<NiPropertyPtr> NiPropertyList;

class NiCollisionObject : public NiObject
{
public:
	NiCollisionObject(NiAVObject* pkSceneObject);
	virtual ~NiCollisionObject() = 0;

	NiAVObject* m_pkSceneObject;
};
STATIC_ASSERT(sizeof(NiCollisionObject) == 0xC);
typedef NiPointer<NiCollisionObject> NiCollisionObjectPtr;

// 04
class hkBaseObject
{
public:
	virtual void	Destroy(bool doFree);
};

// 08
class hkReferencedObject : public hkBaseObject
{
public:
	hkReferencedObject();
	~hkReferencedObject();

	virtual void	CalcStatistics(void* /* hkStatisticsCollector* */ collector);
	virtual void	Unk_02(void);

	UInt16			sizeAndFlags;		// 04
	UInt16			refCount;			// 06
};

// 0C
class bhkRefObject : public NiObject
{
public:
	bhkRefObject();
	~bhkRefObject();

	virtual void	SetObject(hkReferencedObject* object);
	virtual void	UpdateRefCount(bool incRef);	// inc/dec ref, depending on arg

	hkReferencedObject* refObject;		// 08
};

// 10
class bhkSerializable : public bhkRefObject
{
public:
	bhkSerializable();
	~bhkSerializable();

	virtual void		Unk_25(UInt32 arg);
	virtual void* /* hkpWorld* */ GetWorld(void);
	virtual bool		Unk_27(UInt32 arg);
	virtual bool		Unk_28(void);
	virtual void		FreeData(bool del);	// free hkData
	virtual UInt32		Unk_2A(void);
	virtual void		LoadHavokData(NiStream* stream);	// called from bhkSerializable::Load after primary load is done
	virtual void		Unk_2C(void);	// create object
	virtual void* CreateHavokData(UInt8* arg);	// create Cinfo, return hkData
	virtual void		Unk_2E(void);		// destroy object
	virtual void		Unk_2F(void);
	virtual void		Unk_30(void);

	void* hkData;	// 0C - stores hkConstraintData (descriptor used to build hkObj)
};

// 14
class bhkWorldObject : public bhkSerializable
{
public:
	bhkWorldObject();
	~bhkWorldObject();

	virtual void		Unk_31(void);
	virtual void		Unk_32(void);
	virtual void		Unk_33(void);
	virtual void		Unk_34(void);

	UInt32				bodyFlags;		// 10

	void ApplyForce(void* /* hkVector4* */ forceVector);
};

class bhkNiCollisionObject : public NiCollisionObject
{
public:
	bhkNiCollisionObject();
	~bhkNiCollisionObject();

	virtual void	Unk_28(void);
	virtual void	Unk_29(void);
	virtual void	Unk_2A(void);
	virtual void	Unk_2B(void);
	virtual void	Unk_2C(void);
	virtual void	Unk_2D(void);
	virtual void	Unk_2E(void);
	virtual void	Unk_2F(void);
	virtual void	Unk_30(void);

	UInt32			flags;			// 0C
	bhkWorldObject* worldObj;		// 10
};

class NiAVObject : public NiObjectNET
{
public:
	NiAVObject();
	~NiAVObject();

	NiNode* m_pkParent;

	NiCollisionObjectPtr m_spCollisionObject;

	NiBound* m_kWorldBound;

	NiPropertyList m_kPropertyList;

	unsigned int m_uFlags;

	NiTransform m_kLocal;
	NiTransform m_kWorld;
};
STATIC_ASSERT(sizeof(NiAVObject) == 0x9C);

class NiDynamicEffect : public NiAVObject
{
public:
	NiDynamicEffect();
	~NiDynamicEffect();

	bool m_bOn;
	char m_ucEffectType;

	int m_iIndex;
	unsigned int m_uiPushCount;
	unsigned int m_uiRevID;

	DList<NiNode*> m_kAffectedNodeList;
	DList<NiNode*> m_kUnaffectedNodeList;
};
STATIC_ASSERT(sizeof(NiDynamicEffect) == 0xC4);

class NiLight : public NiDynamicEffect
{
public:
	NiLight();
	~NiLight();

	/* 0xC4 */ float m_fDimmer;
	/* 0xC8 */ NiColor m_kAmb;
	/* 0xD4 */ NiColor m_kDiff;
	/* 0xE0 */ NiColor m_kSpec;

  /* 0xEC */ void* m_pvRendererData;
};
STATIC_ASSERT(sizeof(NiLight) == 0xF0);

class NiPointLight : public NiLight
{
public:
	NiPointLight();
	~NiPointLight();

	float m_fAtten0;
	float m_fAtten1;
	float m_fAtten2;
};
STATIC_ASSERT(sizeof(NiPointLight) == 0xFC);

// Name taken from Oblivion.exe
//
// https://github.com/jazzisparis/JIP-LN-NVSE/blob/master/internal/netimmerse.h#L1016
// (thanks to TrueCourierSix for letting me know!)
class ShadowSceneLight : public NiRefObject
{
public:
	ShadowSceneLight();
	~ShadowSceneLight();

	/* 0x08 */ UInt32 unk8;
	/* 0x0C */ float unkC[49];
	/* 0xD0 */ float unkD0;
	/* 0xD0 */ float unkD4;
	/* 0xD0 */ float unkD8;
	/* 0xD0 */ float unkDC;
	/* 0xE0 */ DList<void> kLightStrips; // NiTriStrips
	/* 0xEC */ BYTE bFlagUnkEC;
	/* 0xED */ BYTE unkED;
	/* 0xEE */ BYTE unkEE[2]; // pad
	/* 0xF0 */ void* unkF0;
	/* 0xF4 */ BYTE unkF4;
	/* 0xF5 */ BYTE unkF5;
	/* 0xF8 */ NiPointLight* spBaseLight; // base obj?
	/* 0xFC */ BYTE unkFC; // 1 = pip light? (don't believe its lies)
	/* 0x100 */ float fPosition[3]; // only set in pip light?
	/* 0x10C */ void* unk10C;
	/* 0x110 */ WORD bIsEnabled; // 0xFF = disabled (distance too far), anything else = enabled
	/* 0x112 */ WORD unk112;
	/* 0x114 */ void* unk114;
	/* 0x118 */ BYTE unk118;
	/* 0x119 */ BYTE unk119[3]; // pad
	/* 0x11C */ float unk11C;
	/* 0x120 */ float unk120;
	/* 0x124 */ BYTE unk124;
	/* 0x125 */ BYTE unk125[3]; // pad
	/* 0x128 */ void* unk128; // float**?
	/* 0x12C */ DList<NiAVObject> unk12C; // "NiTPointerList<NiPointer<NiAVObject>>" in Oblivion, maybe all NiTPointerLists are NVSE DList now?
	/* 0x138 */ DWORD unk138;
	/* 0x13C */ void* unk13C; // NiTriShape*
	/* 0x140 */ void* unk140;
	/* 0x12C */ DWORD unk144[24];
	/* 0x1A4 */ DWORD unk1A4;
	/* 0x1A8 */ BYTE unk1A8[0x60];
	/* 0x208 */ BYTE unk208;
	/* 0x20C */ void* unk20C;

	/* 0x210 */ void* unk210; //vftable? non-RTTI ver of BSSimpleArray ?
	/* 0x214 */ DWORD unk214;
	/* 0x218 */ DWORD unk218;
	/* 0x21C */ DWORD unk21C;

	/* 0x220 */ void* unk220; //vftable? non-RTTI ver of BSSimpleArray ?
	/* 0x224 */ DWORD unk224;
	/* 0x228 */ DWORD unk228;
	/* 0x22C */ DWORD unk22C;

	/* 0x230 */ BSSimpleArray<NiNode> array230;
	/* 0x240 */ BSPortalGraph* portalGraph;
	/* 0x244 */ DWORD unk244[3];

	bool active_light() const // game checks this stuff at 0xB70790
	{
		return spBaseLight != 0 && bIsEnabled != 0xFF && (spBaseLight->m_uFlags & 1) != 1;
		// & 1 = & APP_CULLED_MASK
	}

	bool active_light_2() const // game checks this stuff at 0xB707D0
	{
		return active_light() && bFlagUnkEC == 0;
	}

	float distance(ShadowSceneLight* other) const
	{
		float delta_x = spBaseLight->m_kWorld.translate.x - other->spBaseLight->m_kWorld.translate.x;
		float delta_y = spBaseLight->m_kWorld.translate.y - other->spBaseLight->m_kWorld.translate.y;
		float delta_z = spBaseLight->m_kWorld.translate.z - other->spBaseLight->m_kWorld.translate.z;

		float delta = delta_x * delta_x + delta_y * delta_y + delta_z * delta_z;
		delta = sqrtf(delta);
		return delta - spBaseLight->m_kSpec.r;
	}

	bool is_pip_light() const
	{
		if (!active_light_2())
			return false;

		if (spBaseLight->m_pcName != 0)
			return false;

		if (unkFC != 1)
			return false;

		if (fPosition[0] == 0 && fPosition[1] == 0 && fPosition[2] == 0)
			return false;

		return true;
		//return unk4 == 2 && unkFC == 1 && (object != 0 && *(BYTE**)(object + 8) == 0);
		//split the above up to allow breakpoint tests...
	}

	// light-cell size seems to be 1024, actual cell size is 4096 though?
	bool crosses_cells() const
	{
		int cellX_r = (int)spBaseLight->m_kWorld.translate.x % 1024;
		int cellY_r = (int)spBaseLight->m_kWorld.translate.y % 1024;
		if (cellX_r + spBaseLight->m_kSpec.r > 1024 || cellX_r - spBaseLight->m_kSpec.r < 0)
			return true;

		if (cellY_r + spBaseLight->m_kSpec.r > 1024 || cellY_r - spBaseLight->m_kSpec.r < 0)
			return true;

		return false;
	}
};
STATIC_ASSERT(sizeof(ShadowSceneLight) == 0x250);

typedef DListNode<ShadowSceneLight> LightingDataNode;
typedef DList<ShadowSceneLight> LightingDataList;

// 30 - NiTexture
class NiTexture2 : public NiObjectNET
{
public:
	NiTexture2();
	~NiTexture2();

	virtual void	Unk_23(void);
	virtual void	Unk_24(void);
	virtual void	Unk_25(void);
	virtual void	Unk_26(void);
	virtual void	Unk_27(void);
	virtual void	Unk_28(void);

	enum
	{
		kPxlLayout_Palette8BPP =	0,
		kPxlLayout_Raw16BPP,
		kPxlLayout_Raw32BPP,
		kPxlLayout_Compressed,
		kPxlLayout_Bumpmap,
		kPxlLayout_Palette4BPP,
		kPxlLayout_Default,

		kAlphaFmt_None =			0,
		kAlphaFmt_Binary1BPP,
		kAlphaFmt_Smooth8BPP,
		kAlphaFmt_Default,

		kMipMapFmt_Disabled =		0,
		kMipMapFmt_Enabled,
		kMipMapFmt_Default,
	};

	UInt32				pixelLayout;	// 18
	UInt32				alphaFormat;	// 1C
	UInt32				mipmapFormat;	// 20
	void	*textureData;	// 24 NiDX9TextureData
	NiTexture			*prev;			// 28
	NiTexture			*next;			// 2C
};

// 48 - NiSourceTexture
class NiSourceTexture2 : public NiTexture2
{
public:
	NiSourceTexture2();
	~NiSourceTexture2();

	virtual void	Unk_29(void);
	virtual void	Unk_2A(void);
	virtual void	Unk_2B(void);

	char			*ddsPath1;		// 30
	char			*ddsPath2;		// 34
	UInt32			unk38;			// 38
	UInt32			unk3C;			// 3C
	UInt8			byte40;			// 40
	UInt8			byte41;			// 41
	UInt8			byte42;			// 42
	UInt8			byte43;			// 43
	UInt32			unk44;			// 44
};

class NiShadeProperty : public NiProperty
{
public:
	NiShadeProperty();
	~NiShadeProperty();
};

class BSShaderProperty : public NiShadeProperty
{
public:
	// names from oblivion eboot.bin
	class RenderPass
	{
	public:
		void* spTriStrips; // NiTriStrips*
		WORD iPassNum;
		BYTE unk6;
		BYTE bEnabled; // if set pass becomes "Fpass" instead of "pass" ?
		BYTE unk8;
		BYTE unk9;
		BYTE unkA;
		BYTE unkB;
		void* unkC;
	};
	STATIC_ASSERT(sizeof(RenderPass) == 0x10); // no idea if size is correct, probably not

	// NiTArray<RenderPass> but with an extra int at the end for some reason
	class RenderPassList
	{
	public:
		virtual void	Destroy(bool doFree);

		RenderPass** m_pBase;
		WORD m_usMaxSize;
		WORD m_usSize;
		WORD m_usESize;
		WORD m_usGrowBy;

		DWORD iNumPasses; // doesn't equal m_usSize, weird
	};
	STATIC_ASSERT(sizeof(RenderPassList) == 0x14);

	BSShaderProperty();
	~BSShaderProperty();

	WORD unk18;

	DWORD unk1C;
	DWORD unk20;
	DWORD unk24;
	float fAlpha;
	float fFadeAlpha;
	float fEnvmapScale; // "Envmap Scale"
	float unk34;
	DWORD iLastRenderPassState;
	RenderPassList* pRenderPassList;
	void* unk40;
	DWORD unk44;
	DWORD unk48;
	DWORD unk4C;
	DWORD unk50;
	DWORD unk54; // pad?
	DWORD iShaderIndex; // "Shader Index"
	float fDepthBias;
};
STATIC_ASSERT(sizeof(BSShaderProperty) == 0x60);

class BSShaderLightingProperty : public BSShaderProperty
{
public:
	BSShaderLightingProperty();
	~BSShaderLightingProperty();

	DList<ShadowSceneLight> lights;

	float unk6C;
	DWORD iReferenceID; // "Reference ID"
	BYTE unk74;
	DWORD unk78;
};
STATIC_ASSERT(sizeof(BSShaderLightingProperty) == 0x7C);

class BSShaderPPLightingProperty : public BSShaderLightingProperty
{
public:
	// names from oblivion, fields unknown...
	class TangentSpaceData : NiRefObject
	{
	public:
		BYTE unk8;
		void* unkC;
		void* unk10;
	};
	STATIC_ASSERT(sizeof(TangentSpaceData) == 0x14);

	class TextureEffectData : NiRefObject
	{
	public:
		void* unk8;

		float fFillColorR;
		float fFillColorG;
		float fFillColorB;
		float fFillColorA;

		float fEdgeColorR;
		float fEdgeColorG;
		float fEdgeColorB;
		float fEdgeColorA;

		float unk2C[10];

		float fEdgeFalloff;

		float unk58;
		DWORD unk5C;
		DWORD unk60;
		DWORD unk64;
		DWORD unk68;

		void* unk6C;
		DWORD unk70;
	};
	STATIC_ASSERT(sizeof(TextureEffectData) == 0x74);

	BSShaderPPLightingProperty();
	~BSShaderPPLightingProperty();

	DWORD unk7C; // unused?
	DWORD unk80; // unused?

	float unk84;
	float unk88;
	float unk8C;
	float unk90;
	float unk94;
	float unk98;
	float unk9C;
	float unkA0;

	DWORD unkA4;
	WORD iNumLandscapeTextures; // "landscape textures"

	NiSourceTexture2** spTextureBase; // "base tex" / "base diff" / "multi diff"
	NiSourceTexture2** spTextureNormal; // "normal map" / "base normal" / "multi normal"
	NiSourceTexture2** spTextureGlow; // "glow map" / "glow/skin sst/hair layer texture"
	NiSourceTexture2** spTextureHeightmap; // "heightmap texture"
	NiSourceTexture2** spTextureEnvmap; // "envmap texture"
	NiSourceTexture2** spTextureEnvmapMask; // "envmap mask texture"

	void* unkC4;
	DWORD unkC8; // pad?
	bool* pbTextureIsSpecular; // "specular"

	TangentSpaceData* spTangentSpaceData; // unsure if TangentSpaceData*, definitely NiRefObject
	void* unkD4;
	DWORD unkD8;
	TextureEffectData* spTexEffectData; // "spTexEffectData"

	float fRefractionPower; // "refraction power"
	DWORD iRefractionPeriod; // "refraction period"
	float unkE8;
	float unkEC;

	DWORD unkF0[4]; // unused?
	float* unk100;
};
STATIC_ASSERT(sizeof(BSShaderPPLightingProperty) == 0x104);
	#pragma once
	#include <nvse/NiNodes.h>

	// Most definitions here taken from JIP LN NVSE:
	// https://github.com/jazzisparis/JIP-LN-NVSE/blob/master/internal/netimmerse.h
	// Though most lighting-related structs have had some extra things mapped out here

	template <typename T_Data> struct DListNode
	{
	DListNode* next;
	DListNode* prev;
	T_Data* data;

	DListNode* Advance(UInt32 times)
	{
	DListNode* result = this;
	while (result && times)
	{
	times--;
	result = result->next;
	}
	return result;
	}

	DListNode* Regress(UInt32 times)
	{
	DListNode* result = this;
	while (result && times)
	{
	times--;
	result = result->prev;
	}
	return result;
	}
	};
	STATIC_ASSERT(sizeof(DListNode<void>) == 0xC);

	template <class Item> class DList
	{
	public:
	typedef DListNode<Item> Node;

	public:
	Node* first;
	Node* last;
	UInt32 count;
	};
	STATIC_ASSERT(sizeof(DList<void>) == 0xC);

	class NiPoint3 : public NiMemObject
	{
	public:
	float x, y, z;
	};
	STATIC_ASSERT(sizeof(NiPoint3) == 0xC);

	class NiBound : public NiMemObject
	{
	public:
	NiBound();
	~NiBound();

	NiPoint3 m_kCenter;
	float m_fRadius;
	};
	//TODO: STATIC_ASSERT(sizeof(NiBound) == 0x14);

	class NiProperty : public NiObjectNET
	{
	public:
	NiProperty();
	};
	STATIC_ASSERT(sizeof(NiProperty) == 0x18);
	typedef NiPointer<NiProperty> NiPropertyPtr;
	typedef DList<NiPropertyPtr> NiPropertyList;

	class NiCollisionObject : public NiObject
	{
	public:
	NiCollisionObject(NiAVObject* pkSceneObject);
	virtual ~NiCollisionObject() = 0;

	NiAVObject* m_pkSceneObject;
	};
	STATIC_ASSERT(sizeof(NiCollisionObject) == 0xC);
	typedef NiPointer<NiCollisionObject> NiCollisionObjectPtr;

	// 04
	class hkBaseObject
	{
	public:
	virtual void Destroy(bool doFree);
	};

	// 08
	class hkReferencedObject : public hkBaseObject
	{
	public:
	hkReferencedObject();
	~hkReferencedObject();

	virtual void CalcStatistics(void* /* hkStatisticsCollector* */ collector);
	virtual void Unk_02(void);

	UInt16 sizeAndFlags; // 04
	UInt16 refCount; // 06
	};

	// 0C
	class bhkRefObject : public NiObject
	{
	public:
	bhkRefObject();
	~bhkRefObject();

	virtual void SetObject(hkReferencedObject* object);
	virtual void UpdateRefCount(bool incRef); // inc/dec ref, depending on arg

	hkReferencedObject* refObject; // 08
	};

	// 10
	class bhkSerializable : public bhkRefObject
	{
	public:
	bhkSerializable();
	~bhkSerializable();

	virtual void Unk_25(UInt32 arg);
	virtual void* /* hkpWorld* */ GetWorld(void);
	virtual bool Unk_27(UInt32 arg);
	virtual bool Unk_28(void);
	virtual void FreeData(bool del); // free hkData
	virtual UInt32 Unk_2A(void);
	virtual void LoadHavokData(NiStream* stream); // called from bhkSerializable::Load after primary load is done
	virtual void Unk_2C(void); // create object
	virtual void* CreateHavokData(UInt8* arg); // create Cinfo, return hkData
	virtual void Unk_2E(void); // destroy object
	virtual void Unk_2F(void);
	virtual void Unk_30(void);

	void* hkData; // 0C - stores hkConstraintData (descriptor used to build hkObj)
	};

	// 14
	class bhkWorldObject : public bhkSerializable
	{
	public:
	bhkWorldObject();
	~bhkWorldObject();

	virtual void Unk_31(void);
	virtual void Unk_32(void);
	virtual void Unk_33(void);
	virtual void Unk_34(void);

	UInt32 bodyFlags; // 10

	void ApplyForce(void* /* hkVector4* */ forceVector);
	};

	class bhkNiCollisionObject : public NiCollisionObject
	{
	public:
	bhkNiCollisionObject();
	~bhkNiCollisionObject();

	virtual void Unk_28(void);
	virtual void Unk_29(void);
	virtual void Unk_2A(void);
	virtual void Unk_2B(void);
	virtual void Unk_2C(void);
	virtual void Unk_2D(void);
	virtual void Unk_2E(void);
	virtual void Unk_2F(void);
	virtual void Unk_30(void);

	UInt32 flags; // 0C
	bhkWorldObject* worldObj; // 10
	};

	class NiAVObject : public NiObjectNET
	{
	public:
	NiAVObject();
	~NiAVObject();

	NiNode* m_pkParent;

	NiCollisionObjectPtr m_spCollisionObject;

	NiBound* m_kWorldBound;

	NiPropertyList m_kPropertyList;

	unsigned int m_uFlags;

	NiTransform m_kLocal;
	NiTransform m_kWorld;
	};
	STATIC_ASSERT(sizeof(NiAVObject) == 0x9C);

	class NiDynamicEffect : public NiAVObject
	{
	public:
	NiDynamicEffect();
	~NiDynamicEffect();

	bool m_bOn;
	char m_ucEffectType;

	int m_iIndex;
	unsigned int m_uiPushCount;
	unsigned int m_uiRevID;

	DList<NiNode*> m_kAffectedNodeList;
	DList<NiNode*> m_kUnaffectedNodeList;
	};
	STATIC_ASSERT(sizeof(NiDynamicEffect) == 0xC4);

	class NiLight : public NiDynamicEffect
	{
	public:
	NiLight();
	~NiLight();

	/* 0xC4 */ float m_fDimmer;
	/* 0xC8 */ NiColor m_kAmb;
	/* 0xD4 */ NiColor m_kDiff;
	/* 0xE0 */ NiColor m_kSpec;

	/* 0xEC / void m_pvRendererData;
	};
	STATIC_ASSERT(sizeof(NiLight) == 0xF0);

	class NiPointLight : public NiLight
	{
	public:
	NiPointLight();
	~NiPointLight();

	float m_fAtten0;
	float m_fAtten1;
	float m_fAtten2;
	};
	STATIC_ASSERT(sizeof(NiPointLight) == 0xFC);

	// Name taken from Oblivion.exe
	//
	// https://github.com/jazzisparis/JIP-LN-NVSE/blob/master/internal/netimmerse.h#L1016
	// (thanks to TrueCourierSix for letting me know!)
	class ShadowSceneLight : public NiRefObject
	{
	public:
	ShadowSceneLight();
	~ShadowSceneLight();

	/* 0x08 */ UInt32 unk8;
	/* 0x0C */ float unkC[49];
	/* 0xD0 */ float unkD0;
	/* 0xD0 */ float unkD4;
	/* 0xD0 */ float unkD8;
	/* 0xD0 */ float unkDC;
	/* 0xE0 */ DList<void> kLightStrips; // NiTriStrips
	/* 0xEC */ BYTE bFlagUnkEC;
	/* 0xED */ BYTE unkED;
	/* 0xEE */ BYTE unkEE[2]; // pad
	/* 0xF0 / void unkF0;
	/* 0xF4 */ BYTE unkF4;
	/* 0xF5 */ BYTE unkF5;
	/* 0xF8 / NiPointLight spBaseLight; // base obj?
	/* 0xFC */ BYTE unkFC; // 1 = pip light? (don't believe its lies)
	/* 0x100 */ float fPosition[3]; // only set in pip light?
	/* 0x10C / void unk10C;
	/* 0x110 */ WORD bIsEnabled; // 0xFF = disabled (distance too far), anything else = enabled
	/* 0x112 */ WORD unk112;
	/* 0x114 / void unk114;
	/* 0x118 */ BYTE unk118;
	/* 0x119 */ BYTE unk119[3]; // pad
	/* 0x11C */ float unk11C;
	/* 0x120 */ float unk120;
	/* 0x124 */ BYTE unk124;
	/* 0x125 */ BYTE unk125[3]; // pad
	/* 0x128 / void unk128; // float**?
	/* 0x12C */ DList<NiAVObject> unk12C; // "NiTPointerList<NiPointer<NiAVObject>>" in Oblivion, maybe all NiTPointerLists are NVSE DList now?
	/* 0x138 */ DWORD unk138;
	/* 0x13C / void unk13C; // NiTriShape*
	/* 0x140 / void unk140;
	/* 0x12C */ DWORD unk144[24];
	/* 0x1A4 */ DWORD unk1A4;
	/* 0x1A8 */ BYTE unk1A8[0x60];
	/* 0x208 */ BYTE unk208;
	/* 0x20C / void unk20C;

	/* 0x210 / void unk210; //vftable? non-RTTI ver of BSSimpleArray ?
	/* 0x214 */ DWORD unk214;
	/* 0x218 */ DWORD unk218;
	/* 0x21C */ DWORD unk21C;

	/* 0x220 / void unk220; //vftable? non-RTTI ver of BSSimpleArray ?
	/* 0x224 */ DWORD unk224;
	/* 0x228 */ DWORD unk228;
	/* 0x22C */ DWORD unk22C;

	/* 0x230 */ BSSimpleArray<NiNode> array230;
	/* 0x240 / BSPortalGraph portalGraph;
	/* 0x244 */ DWORD unk244[3];

	bool active_light() const // game checks this stuff at 0xB70790
	{
	return spBaseLight != 0 && bIsEnabled != 0xFF && (spBaseLight->m_uFlags & 1) != 1;
	// & 1 = & APP_CULLED_MASK
	}

	bool active_light_2() const // game checks this stuff at 0xB707D0
	{
	return active_light() && bFlagUnkEC == 0;
	}

	float distance(ShadowSceneLight* other) const
	{
	float delta_x = spBaseLight->m_kWorld.translate.x - other->spBaseLight->m_kWorld.translate.x;
	float delta_y = spBaseLight->m_kWorld.translate.y - other->spBaseLight->m_kWorld.translate.y;
	float delta_z = spBaseLight->m_kWorld.translate.z - other->spBaseLight->m_kWorld.translate.z;

	float delta = delta_x * delta_x + delta_y * delta_y + delta_z * delta_z;
	delta = sqrtf(delta);
	return delta - spBaseLight->m_kSpec.r;
	}

	bool is_pip_light() const
	{
	if (!active_light_2())
	return false;

	if (spBaseLight->m_pcName != 0)
	return false;

	if (unkFC != 1)
	return false;

	if (fPosition[0] == 0 && fPosition[1] == 0 && fPosition[2] == 0)
	return false;

	return true;
	//return unk4 == 2 && unkFC == 1 && (object != 0 && (BYTE*)(object + 8) == 0);
	//split the above up to allow breakpoint tests...
	}

	// light-cell size seems to be 1024, actual cell size is 4096 though?
	bool crosses_cells() const
	{
	int cellX_r = (int)spBaseLight->m_kWorld.translate.x % 1024;
	int cellY_r = (int)spBaseLight->m_kWorld.translate.y % 1024;
	if (cellX_r + spBaseLight->m_kSpec.r > 1024 \|\| cellX_r - spBaseLight->m_kSpec.r < 0)
	return true;

	if (cellY_r + spBaseLight->m_kSpec.r > 1024 \|\| cellY_r - spBaseLight->m_kSpec.r < 0)
	return true;

	return false;
	}
	};
	STATIC_ASSERT(sizeof(ShadowSceneLight) == 0x250);

	typedef DListNode<ShadowSceneLight> LightingDataNode;
	typedef DList<ShadowSceneLight> LightingDataList;

	// 30 - NiTexture
	class NiTexture2 : public NiObjectNET
	{
	public:
	NiTexture2();
	~NiTexture2();

	virtual void Unk_23(void);
	virtual void Unk_24(void);
	virtual void Unk_25(void);
	virtual void Unk_26(void);
	virtual void Unk_27(void);
	virtual void Unk_28(void);

	enum
	{
	kPxlLayout_Palette8BPP = 0,
	kPxlLayout_Raw16BPP,
	kPxlLayout_Raw32BPP,
	kPxlLayout_Compressed,
	kPxlLayout_Bumpmap,
	kPxlLayout_Palette4BPP,
	kPxlLayout_Default,

	kAlphaFmt_None = 0,
	kAlphaFmt_Binary1BPP,
	kAlphaFmt_Smooth8BPP,
	kAlphaFmt_Default,

	kMipMapFmt_Disabled = 0,
	kMipMapFmt_Enabled,
	kMipMapFmt_Default,
	};

	UInt32 pixelLayout; // 18
	UInt32 alphaFormat; // 1C
	UInt32 mipmapFormat; // 20
	void *textureData; // 24 NiDX9TextureData
	NiTexture *prev; // 28
	NiTexture *next; // 2C
	};

	// 48 - NiSourceTexture
	class NiSourceTexture2 : public NiTexture2
	{
	public:
	NiSourceTexture2();
	~NiSourceTexture2();

	virtual void Unk_29(void);
	virtual void Unk_2A(void);
	virtual void Unk_2B(void);

	char *ddsPath1; // 30
	char *ddsPath2; // 34
	UInt32 unk38; // 38
	UInt32 unk3C; // 3C
	UInt8 byte40; // 40
	UInt8 byte41; // 41
	UInt8 byte42; // 42
	UInt8 byte43; // 43
	UInt32 unk44; // 44
	};

	class NiShadeProperty : public NiProperty
	{
	public:
	NiShadeProperty();
	~NiShadeProperty();
	};

	class BSShaderProperty : public NiShadeProperty
	{
	public:
	// names from oblivion eboot.bin
	class RenderPass
	{
	public:
	void* spTriStrips; // NiTriStrips*
	WORD iPassNum;
	BYTE unk6;
	BYTE bEnabled; // if set pass becomes "Fpass" instead of "pass" ?
	BYTE unk8;
	BYTE unk9;
	BYTE unkA;
	BYTE unkB;
	void* unkC;
	};
	STATIC_ASSERT(sizeof(RenderPass) == 0x10); // no idea if size is correct, probably not

	// NiTArray<RenderPass> but with an extra int at the end for some reason
	class RenderPassList
	{
	public:
	virtual void Destroy(bool doFree);

	RenderPass** m_pBase;
	WORD m_usMaxSize;
	WORD m_usSize;
	WORD m_usESize;
	WORD m_usGrowBy;

	DWORD iNumPasses; // doesn't equal m_usSize, weird
	};
	STATIC_ASSERT(sizeof(RenderPassList) == 0x14);

	BSShaderProperty();
	~BSShaderProperty();

	WORD unk18;

	DWORD unk1C;
	DWORD unk20;
	DWORD unk24;
	float fAlpha;
	float fFadeAlpha;
	float fEnvmapScale; // "Envmap Scale"
	float unk34;
	DWORD iLastRenderPassState;
	RenderPassList* pRenderPassList;
	void* unk40;
	DWORD unk44;
	DWORD unk48;
	DWORD unk4C;
	DWORD unk50;
	DWORD unk54; // pad?
	DWORD iShaderIndex; // "Shader Index"
	float fDepthBias;
	};
	STATIC_ASSERT(sizeof(BSShaderProperty) == 0x60);

	class BSShaderLightingProperty : public BSShaderProperty
	{
	public:
	BSShaderLightingProperty();
	~BSShaderLightingProperty();

	DList<ShadowSceneLight> lights;

	float unk6C;
	DWORD iReferenceID; // "Reference ID"
	BYTE unk74;
	DWORD unk78;
	};
	STATIC_ASSERT(sizeof(BSShaderLightingProperty) == 0x7C);

	class BSShaderPPLightingProperty : public BSShaderLightingProperty
	{
	public:
	// names from oblivion, fields unknown...
	class TangentSpaceData : NiRefObject
	{
	public:
	BYTE unk8;
	void* unkC;
	void* unk10;
	};
	STATIC_ASSERT(sizeof(TangentSpaceData) == 0x14);

	class TextureEffectData : NiRefObject
	{
	public:
	void* unk8;

	float fFillColorR;
	float fFillColorG;
	float fFillColorB;
	float fFillColorA;

	float fEdgeColorR;
	float fEdgeColorG;
	float fEdgeColorB;
	float fEdgeColorA;

	float unk2C[10];

	float fEdgeFalloff;

	float unk58;
	DWORD unk5C;
	DWORD unk60;
	DWORD unk64;
	DWORD unk68;

	void* unk6C;
	DWORD unk70;
	};
	STATIC_ASSERT(sizeof(TextureEffectData) == 0x74);

	BSShaderPPLightingProperty();
	~BSShaderPPLightingProperty();

	DWORD unk7C; // unused?
	DWORD unk80; // unused?

	float unk84;
	float unk88;
	float unk8C;
	float unk90;
	float unk94;
	float unk98;
	float unk9C;
	float unkA0;

	DWORD unkA4;
	WORD iNumLandscapeTextures; // "landscape textures"

	NiSourceTexture2** spTextureBase; // "base tex" / "base diff" / "multi diff"
	NiSourceTexture2** spTextureNormal; // "normal map" / "base normal" / "multi normal"
	NiSourceTexture2** spTextureGlow; // "glow map" / "glow/skin sst/hair layer texture"
	NiSourceTexture2** spTextureHeightmap; // "heightmap texture"
	NiSourceTexture2** spTextureEnvmap; // "envmap texture"
	NiSourceTexture2** spTextureEnvmapMask; // "envmap mask texture"

	void* unkC4;
	DWORD unkC8; // pad?
	bool* pbTextureIsSpecular; // "specular"

	TangentSpaceData* spTangentSpaceData; // unsure if TangentSpaceData*, definitely NiRefObject
	void* unkD4;
	DWORD unkD8;
	TextureEffectData* spTexEffectData; // "spTexEffectData"

	float fRefractionPower; // "refraction power"
	DWORD iRefractionPeriod; // "refraction period"
	float unkE8;
	float unkEC;

	DWORD unkF0[4]; // unused?
	float* unk100;
	};
	STATIC_ASSERT(sizeof(BSShaderPPLightingProperty) == 0x104);