#pragma	  once

#include "K3DTypes.h"
#include "KResource.h"
//#include <vector>
#include "KPrimitive.h"
#include "KPrimitiveSpriteScroll.h"	/// 2011.01.18 - prodongi

class KViewportObject;
class K3DRenderDevice;

class KSpritePrimitive : public KPrimitive
{
public:
	KSpritePrimitive( bool bIsMng = true );
	virtual ~KSpritePrimitive();
	void Clear();
	/// Set Clipping Area (Screen coordinate)

	void SetRenderEnable(bool bEnable);
	void SetClipRect( KRect *cliprect );
	const KRect *GetClipRect()	{ return m_pClipRect;}
	void SetTransform( const K3DMatrix &transform );
	void SetResVisibility( float vis );
	void SetVisibility( float vis );
	K3DVector GetPosition();
	void SetPosition(const K3DVector& vPosition);
	void SetPosition(float fXPos, float fYPos, float fZPos);
	void SetAddPosition(float fXPos, float fYPos, float fZPos = 0.f);
	void SetZPosition(float fZPos);
#ifdef _KUI_INVALIDATION
	// { [sonador] 
	void SetRenderOffset( const K3DVector& vRenderOffset );
	// }
#endif

	/// Mirror Setting
	void SetMirror( bool h, bool v )	{ m_bMirrorH = h; m_bMirrorV = v; }
	void SetCWRotation(bool r)			{ m_bCWRotation = r; }
	void SetCCWRotation(bool r)			{ m_bCCWRotation = r; }
	/// Set Sprite Resource.
	void SetRes( KResSprite *spr );
	/// Rendering destination target size.
	void SetTargetSize( float width, float height ) { m_fTargetWidth = width; m_fTargetHeight = height; }
	void SetColor ( const KColor &color )			{ m_colSprite = color;}
	void SetRenderValidate(bool bValidate)			{ m_bRenderValidate = bValidate; }
	/// Rendering source target rectangle.
	void SetSourceUVRect( float left, float top, float right, float bottom )
	{
		m_fLeft = left; m_fTop = top; m_fRight = right; m_fBottom = bottom;
	}
	void SetSourceRect(const KRect& rcRect);
	void SetSourceRectRatio(float fLeft, float fTop, float fRight ,float fBottom);

	KResSprite *GetRes()				{ return m_spRes; }
	K3DMatrix &GetTransform()			{ return m_matTransform;}
	void SetDepthOrder(float fZorder)	{ m_fDepthOrder = fZorder; }
	float GetDepthOrder()				{ return m_fDepthOrder; }
	const KColor &GetColor()			{ return m_colSprite; }
	void GetSourceUVRect( float &left, float &top, float &right, float &bottom )
	{
		left = m_fLeft; top = m_fTop; right = m_fRight; bottom = m_fBottom;
	}
	void GetTargetSize( float &width, float &height )	{ width = m_fTargetWidth; height = m_fTargetHeight; }
	float GetTargetWidth()								{ return m_fTargetWidth; }
	float GetTargetHeight()								{ return m_fTargetHeight;}
	bool IsMirrorHori()									{ return m_bMirrorH; }
	bool IsMirrorVert()									{ return m_bMirrorV; }
	void SetAdditiveRenderMode( bool useAdditive )		{ m_bUseAdditiveRender = useAdditive; }
	bool GetAdditiveRenderMode()						{ return m_bUseAdditiveRender; }

	virtual void Render( KViewportObject *viewport, class K3DRenderDevice *dev, bool bUseAccum = true );
	void UpdateSprite();
	void initScroll(bool is, DWORD type, float v, float margin);	/// 2011.01.18 - prodongi
	void setScrollImgUv(int width, int height);						/// 2011.02.23 - prodongi

	void DeviceLost();

	/// 사용가능 한가?
	bool IsUse() { return m_bIsUse; }

	struct TEMPEXTVERTEX
	{
		TEMPEXTVERTEX()
		{
			w = 1.0f;
		}
		float x, y, z, w;
		KColor color;
		float u, v;
	};

	KSpritePrimitive::TEMPEXTVERTEX* GetVertex(int _id) { return &m_VtxBuf[_id]; }   /// 2011.03.23 - servantes
	sSpritePrimitiveScroll*          GetScrollBrother() { return &m_scroll; }	     /// 2011.03.23 - servantes
	sSpritePrimitiveScrollType*      GetScroll()        { return m_scroll.m_type; }	     /// 2011.03.23 - servantes

protected:
	bool		m_bIsUse;
	bool		m_bIsMng; ///< Device Lost 관리 

	KRect*		m_pClipRect;
	K3DMatrix	m_matTransform;
#ifdef _KUI_INVALIDATION
	// { [sonador] 
	K3DVector	m_vRenderOffset;	//<! 스프라이트를 렌더타겟에 렌더링할 경우\
									//<! 위치를 보정해 주기위함
	// }
#endif

	sSpritePrimitiveScroll m_scroll;	/// 2011.01.18 - prodongi

	float		m_fDepthOrder;
	float		m_fResVisibility;
	float		m_fVisibility;
	float		m_fLeft, m_fTop, m_fRight, m_fBottom;
	float		m_fTargetWidth, m_fTargetHeight;
	bool		m_bMirrorH, m_bMirrorV;
	bool		m_bCWRotation, m_bCCWRotation;
	
	KResSpriteSPtr m_spRes;

	KColor		m_colSprite;
	TEMPEXTVERTEX	m_VtxBuf[4];
	bool		m_bUseAdditiveRender;
	bool		m_bModify;
	bool		m_bRenderEnable;
	bool		m_bRenderValidate;
	static int	s_nVertexStride;
	static const float  s_fLayerDevider;	
};


inline void KSpritePrimitive::SetPosition(const K3DVector& vPosition)
{
	m_matTransform.SetPosVector( vPosition );
	m_matTransform._41 += (m_spRes ? m_spRes->GetOffset().x : 0 );
	m_matTransform._42 += (m_spRes ? m_spRes->GetOffset().y : 0 );
	m_bModify = true;
}
inline void KSpritePrimitive::SetPosition(float fXPos, float fYPos, float fZPos)
{
	m_matTransform._41 = fXPos + (m_spRes ? m_spRes->GetOffset().x : 0 );
	m_matTransform._42 = fYPos + (m_spRes ? m_spRes->GetOffset().y : 0 );
	m_matTransform._43 = fZPos;
	m_bModify = true;
}

inline void KSpritePrimitive::SetAddPosition(float fXPos, float fYPos, float fZPos)
{
	m_matTransform._41 += fXPos;
	m_matTransform._42 += fYPos;
	m_matTransform._43 += fZPos;
	m_bModify = true;
}