Leviathan/Client/Game/game/Env/SGameLowQualityWater.h

#pragma once

#include "K3DTypes.h"
#include "SGameEnv.h"

class K3DCamera;
class K3DTexture;
class K3DRenderDevice;
class SGameWaterMng;
	
const	char	cMaxWaterTexture			= 30;	///< 텍스처 개수
static	float	cTerrainVisibleDistance		= 0.f;	///< 테스트 용

/// 텍스처 세트 정보들
struct WATER_TEXTURE_SET
{
	K3DTextureSPtr					m_spTextureArray[cMaxWaterTexture];
	int								m_nRef;
	int								m_nWaterType;

	WATER_TEXTURE_SET()
	{
		m_nWaterType	=	0;
		m_nRef			=	0;
	}
	~WATER_TEXTURE_SET()
	{

	}
	void			CreateTextureSet( int nID, struct LowQualityWater* pLowQualityWaterData );
	int				GetWaterType() { return m_nWaterType; }
	K3DTextureSPtr*	GetTextureSet();
	bool			Release();
};

/// 세부 세그먼트 정보들
struct WATER_DETAIL_SEGMENT
{
private:
	K3DVERTEX_H_WATER*				m_pVertex;
	K3DBoundRotCube					m_BoundCube;
	K3DVector						m_vMinVertex;
	K3DVector						m_vMaxVertex;

	SEnvPrimitive*					m_pPrimitive;

	bool							m_bVisibleSegment;
	bool							m_bCheckReservation;
public:
	bool							CreateDetailSegment( K3DVector* vMin, K3DVector* vMax, KColor sColor, K3DVector* vCenter, int nWidth, int nHeight, class SGame* pGame, bool bIsHigh = false );
	bool							IsCheckReservation(){ return m_bCheckReservation; }
	K3DVector*						GetBoundCube()		{ return (K3DVector*)m_BoundCube.GetVertices(); }
	K3DVector*						GetMinVertex()		{ return &m_vMinVertex; }
	K3DVector*						GetMaxVertex()		{ return &m_vMaxVertex; }
	SEnvPrimitive*					GetPrimitive()		{ return m_pPrimitive;	}
	const K3DVERTEX_H_WATER*		GetVertex()			{ return m_pVertex;		}
public:
	void							SetPrimitiveData( K3DINDEXED_WATER* pIndexed, K3DMatrix* pMatrix );
	void							SetVertexMinMax(K3DVector* vMin, K3DVector* vMax );
	void							SetChangeColor( KColor Color );
	void							SetCheckReservation( bool bCheck ) { m_bCheckReservation = bCheck; }
public:
	WATER_DETAIL_SEGMENT()
	{
		m_pVertex		=	NULL;
		m_pPrimitive	=	NULL;
		m_vMinVertex	=	K3DVector( 0.0f, 0.0f, 0.0f );
		m_vMaxVertex	=	K3DVector( 0.0f, 0.0f, 0.0f );

		m_bCheckReservation	=	false;
	}
	~WATER_DETAIL_SEGMENT()
	{
		SAFE_DELETE( m_pPrimitive );
		SAFE_DELETE_ARRAY(m_pVertex);
	}
};
/// 세그먼트 정보들
class SWater : public SGameEnv
{
	class SGame*					m_pGame;

	K3DVERTEX_H_WATER*				m_pHWaterPrimitive;	///< 고사양 물
	K3DINDEXED_WATER*				m_pIndexed;
	std::vector< WATER_DETAIL_SEGMENT* > m_vWaterSegment;
	int								m_nSegMentCount;
	int								m_nWaterType;
	K3DTextureSPtr*					m_spTextureArray;
	K3DCamera*						m_pCamera;

	int								m_nMapX;
	int								m_nMapY;

	DWORD							m_dwStartTime;		///< 텍스처 애니마숑 시작
	DWORD							m_dwChangeTime;		///< 텍스처 교체 시간
	float							m_fAniCount;		///< 텍스처 애니마숑 현재 프레임
	KColor							m_Color;			///< 컬러 값

	float							m_fRadius;

	K3DBoundRotCube					m_BoundCube;
	K3DVector						m_vMinVertex;
	K3DVector						m_vMaxVertex;
	K3DVector						m_vCenterPoint;
	K3DMatrix						m_matWorld;

	bool							m_bIsHighQualityWater;

	bool							m_bTextureAnimation;
	bool							m_bUVAnimation;

	DWORD							m_dwUAniTime;
	DWORD							m_dwVAniTime;
	DWORD							m_dwStartUTime;
	DWORD							m_dwStartVTime;

	float							m_fUCoord;
	float							m_fVCoord;
public:
	virtual void					Init( K3DRenderDevice *pDevice, K3DIndexBuffer * pIndexBuf=NULL );
	virtual void					Process( DWORD dwTime );
	virtual void					Render( KViewportObject *viewport );

	void							CreateSegment( K3DVector* vLeftTop, K3DVector* vRightBottom, K3DVector* vCenter, float fTileLength );
	void							CreateSegment( K3DVector* vLeftTop, K3DVector* vRightBottom, K3DVector* vCenter );
public:
	K3DVector*						GetBoundCube();
	K3DVector*						GetMinVertex()		{ return &m_vMinVertex; }
	K3DVector*						GetMaxVertex()		{ return &m_vMaxVertex; }
	K3DVector*						GetCenterPoint()	{ return &m_vCenterPoint; }
	float							GetRadius()			{ return m_fRadius; }
	int								GetWaterType()		{ return m_nWaterType; }
	const bool						IsHighQualityWater() { return m_bIsHighQualityWater; }
public:
	void							SetWaterInfoData( int nWaterType, int nMapX, int nMapY, K3DCamera* pCamera, WATER_TEXTURE_SET* pTextureSet  = NULL );
	void							SetColor( KColor sColor ) { m_Color	=	sColor; }
	void							SetChangeTimeTexture( DWORD dwTime ) { m_dwChangeTime = dwTime; }
	void							SetHighQualityWater( bool bIsHighQuality ) { m_bIsHighQualityWater = bIsHighQuality; }
	void							SetChangeColor( KColor Color, bool bNewColor );
	void							SetChangeTextureTime( DWORD dwTime );
	void							SetHqWaterColor( BYTE r, BYTE g, BYTE b, BYTE a );
public:
	bool							CheckReservation( WATER_DETAIL_SEGMENT* pDetail );
	bool							CheckMap( int nMapX, int nMapY )
	{
		if( nMapX == m_nMapX && nMapY == m_nMapY )
			return true;

		return false;
	}
public:
	SWater( class SGame* pGame );
	virtual ~SWater();
};

class SGameLowQualityWater
{
private:
	class SGame*						m_pGame;
	K3DCamera*							m_pCamera;
	std::vector< WATER_TEXTURE_SET*>	m_vTextureSet;
	std::vector< SWater* >				m_vWaterPrimitive;
	float								m_fTerrainVisibleDistance;
public:
	bool								Init();
	void								Process(DWORD dwTime, float fTerrainVisibleDistance );
	virtual void						Render( KViewportObject *viewport );
public:
	void								AddLowQualityWater( int nMapX, int nMapY, struct WATERAREA_HEADER* pWaterInfo, float fTileLength );
	void								AddHighQualityWater( int nMapX, int nMapY, struct WATERAREA_HEADER* pWaterInfo );
	bool								CheckHeight( K3DVector* vMin, K3DVector* vMax, K3DVector* vCenter );
	void								RemoveWater( int nMapX, int nMapY );
	void								SetGame( SGame* pGame );
	void								SetCamera( K3DCamera* pCamera );
	WATER_TEXTURE_SET*					GetTextureSetData( int nWaterType );
	void								RemoveTextureSet( int nWaterType );
	SWater*								GetHightQualityWater();
	bool								PlayerInsideWaterExistence( K3DVector & vPlayerPos );
	bool								GetWaterHeight( K3DVector & vPlayerPos, float & fHeight );	
	/// { [sonador][COLLIDABLE_CAMERA]
	bool								GetLineCrossedPoint( const K3DVector& vNear
														   , const K3DVector& vFar
														   , const float fRadius
														   , float& fNearestT
														   , K3DVector& p );
	// }
	/// { [sonador][7.1.7]충돌 처리 개선(Swept Shpere Collision Detection)	
	bool								GetEllipsoidCrossedPoint( const K3DVector& vBase
																, const K3DVector& vVelocity
																, const K3DVector& vRadius
																, float& fNearestT
																, K3DVector& vPickedPoint
																#ifdef _DEBUG
																, K3DVector* pCollidedPolygon 																
																#endif
																) const;
	// }
public:
	/// 치트
	void								SetLowQualityWaterColor( KColor Color, bool bNewColor = false );
	void								SetLowQualityWaterChangeTextureTime( DWORD dwTime );
public:
	SGameLowQualityWater();
	virtual ~SGameLowQualityWater();
};