#pragma once

#include "K3DTypes.h"
#include "SGameAvatarAddOnMgr.h"

class KSeqModel;

const int c_nMaxForceSphere = 10;

class SGameForceSphereFX : public SGameAvatarAddOnMgr
{
private:
	enum				FORCE_SPHERE_STEP
	{
		STEP_00 = 0,
		STEP_01,
		STEP_02,
		STEP_03,
		STEP_04,
	};

	struct			S_FORCE_SPHERE
	{
		KSeqModel*			m_pForceSphere;
		K3DVector			m_vPosition;
		DWORD				m_dwTimeLeft;
		FORCE_SPHERE_STEP	m_nStep;
		bool				m_bUseRot;
		
		DWORD				m_dwOldArrayTime;

		float				m_fBeZ;
		float				m_fAfZ;
		float				m_fCurZ;

		S_FORCE_SPHERE()
		{
			m_pForceSphere		=	NULL;
			m_vPosition			=	K3DVector( 10.f, 0.f, 10.f );

			m_dwTimeLeft		=	0;
			m_nStep				=	STEP_00;

			m_bUseRot			=	false;
			m_dwOldArrayTime	=	0;

			m_fBeZ				=	0.f;
			m_fAfZ				=	0.f;
			m_fCurZ				=	0.f;
		}
	};

	std::vector< S_FORCE_SPHERE > m_sForceSphere;

	DWORD				m_dwVisibleTime;	///< 사라질때 시간
	bool				m_bIsEnd;			//
	float				m_fRotation;		
	float				m_fRotationSpeed;	///< 기공 회전 속도
	DWORD				m_dwTime;
	DWORD				m_dwOldTime;
	DWORD				m_dwArrayTime;		///< 정렬되는 시간
	float				m_fSphereDistance;	///< 기공 캐릭터와의 거리
	float				m_fSphereHeight;	///< 기공 높이

public:
	void				AddForceSphere();
	void				ArrayForceSphere();
	void				UseForceSphere();
	float				floatLinear( float v0, float v1, float t );
	void				UseRotation( S_FORCE_SPHERE* pForceSphere );
	int					GetForceSphereSize();
	int					GetSize() { return (int)m_sForceSphere.size(); }
public:
	void				SetSphereHeight( float fHeight );
	void				SetSphereDistance( float fDistance );
public:
	void				Process( DWORD dwTime );
	virtual void		Render( class KViewportObject** ppViewportList, int nViewportCount );
public:
	SGameForceSphereFX();
	virtual ~SGameForceSphereFX();
};