#ifndef ___FUR_H___
#define ___FUR_H___


typedef struct FurCenterMeca_
{
	Vector	curCenterPos;
	Vector	motionCenterPos;
	Vector	motionCenterSpeed;
	float	elasticity;
	float	friction;
	DWORD	lastTime;
} FurCenterMeca;


class FUR_OBJ
{
public:
	int			Mode; // 1 -> Use Orientation Tab 2-> Orientation en U
	UnicID		ThisID;

	int			nbFurElmt;

	char		Name[MAX_PATH];
	char		GeneratorName[MAX_PATH];
	char		SceneName[MAX_PATH];
	char		ObjectName[MAX_PATH];

	_3D_Material	*SpriteTextureMat;
	u32				SpriteTextureAdded;
	char			SpriteTextureMatName[MAX_PATH];
	int				SpriteIsAnimated;
	float			SpriteWidth;
	float			SpriteWidthRand;
	float			SpriteHeight;
	float			SpriteHeightRand;
	int				SpriteLevels;
	float			SpritePosition;
	float			xyzSum;

	char		MassTextureName[MAX_PATH];
	char		ColorTextureName[MAX_PATH];

	Vector		*OriginList;
	Vector		*DirectionList;
	Vector		*VList;
	Vector		*UVList;
	float		*WidthList;
	float		*HeightList;
	u32			*ColorList;

	float		*randW;
	float		*randH;

	int				nbOrientation;
	Vector			*OrientationList;
	float			OrientationStrengh;
	FurCenterMeca	OrientationMeca;
	
	int			MeshFaces;
	float		MeshSurface;
	float		*MeshSurfaceList;

public:
	FUR_OBJ() {memset(this, 0, sizeof(*this)); };
	~FUR_OBJ() {
		if (OriginList)			{CC_free(OriginList);		OriginList = NULL;}
		if (DirectionList)		{CC_free(DirectionList);	DirectionList = NULL;}
		if (VList)				{CC_free(VList);			VList = NULL;}
		if (MeshSurfaceList)	{CC_free(MeshSurfaceList);	MeshSurfaceList = NULL;}
		if (randW)				{CC_free(randW);			randW = NULL;}
		if (randH)				{CC_free(randH);			randH = NULL;}
	};

	void Init();
	void Process(); // forces
	
	void Draw();
};




#endif //___FUR_H___