Client/GameTools/Zallad3D SceneClass/SectorSoundMap.cpp

// SectorSoundMap.cpp: implementation of the CSectorSoundMap class.
//
//////////////////////////////////////////////////////////////////////

#include "SectorSoundMap.h"
#include "AmbienceStruct.h"
#include "SceneManager.h"
#include "DirectSound.h"
#include "SoundBuffer.h"
#include "StreamBuffer.h"
#include <windows.h>
#include <vector>
#include <algorithm>
#include <set>
#include <string>
#include <exception>
#include "BaseDataDefine.h"

#define MAXSECTOR_X	30				//내가 임시로 정해놓았음.
#define MAXSECTOR_Y	30				//이 값이 부족하면 나중에 늘려줄 것.

typedef CSectorSoundMap::AMBIENCELIST AMBIENCELIST;
typedef CSectorSoundMap::AMBIENCELIST::iterator AMBIENCE_ITERATOR;

//////////////////////////////////////////////////////////////////////
//

const char *	FindSoundFileInList( float, WAVEFILELIST & );

//////////////////////////////////////////////////////////////////////
//

struct SScheduleSound
{
	float		fTime;
	tString		strFilename;
	SAmbience *	pAmbience;


	SScheduleSound()
		: fTime( 0 ), strFilename(), pAmbience( NULL )
	{}

	SScheduleSound( float time, tString & filename, SAmbience * pAmb )
		: fTime( time ), strFilename( filename ), pAmbience( pAmb )
	{}

	bool operator<( const SScheduleSound & rhs ) const
	{
		return fTime < rhs.fTime;
	}
	bool operator>( const SScheduleSound & rhs ) const
	{
		return fTime > rhs.fTime;
	}
};

struct SSoundList
{
	CSectorSoundMap::AMBIENCELIST		ambienceList;
	CSectorSoundMap::SCHEDULESOUNDLIST	scheduleSoundList;
};


//////////////////////////////////////////////////////////////////////
// Construction/Destruction
//////////////////////////////////////////////////////////////////////

void	CheckSectorIndex( int & sectorX, int & sectorY )
{
	if( sectorX >= MAXSECTOR_X || sectorY >= MAXSECTOR_Y )
	{
		if( sectorX >= MAXSECTOR_X )
			sectorX = MAXSECTOR_X - 1;
		if( sectorY >= MAXSECTOR_Y )
			sectorY = MAXSECTOR_Y - 1;
	}

	if( sectorX < 0 )
		sectorX = 0;
	if( sectorY < 0 )
		sectorY = 0;
}

CSectorSoundMap::CSectorSoundMap( HWND hWnd, DWORD dwFlag )
	: m_pSoundAssets( new SOUNDASSETS )
	, m_aaSoundList( new SSoundList*[MAXSECTOR_X] )
	, m_iCurrentScheduleSound( 0 )
	, m_DSound( CDirectSound::GetInstance() )
	, m_pSoundBuffers( new SOUNDBUFFERS )
	, m_iCurrentSectorX( 0 )
	, m_iCurrentSectorY( 0 )
	, m_nEvent( 0 )
	, m_arrEvent( new HANDLE[m_nEvent] )
	, m_arrEventIndexes( new int[m_nEvent] )
	, m_fPickedX( 0.0f )
	, m_fPickedY( 0.0f )
	, m_fPickedZ( 0.0f )
{
	if( m_DSound.GetDS() == NULL )
		m_DSound.Create( hWnd, dwFlag );

	for( int i = 0; i < MAXSECTOR_X; i++ )
	{
		m_aaSoundList[i] = new SSoundList[MAXSECTOR_Y];
	}	
	m_DSound.SetRolloff( 3.0f );
}

CSectorSoundMap::CSectorSoundMap( IDirectSound8 * pDSound )
	: m_pSoundAssets( new SOUNDASSETS )
	, m_aaSoundList( new SSoundList*[MAXSECTOR_X] )
	, m_iCurrentScheduleSound( 0 )
	, m_DSound( CDirectSound::GetInstance() )
	, m_pSoundBuffers( new SOUNDBUFFERS )
	, m_iCurrentSectorX( 0 )
	, m_iCurrentSectorY( 0 )
	, m_nEvent( 0 )
	, m_arrEvent( new HANDLE[m_nEvent] )
	, m_arrEventIndexes( new int[m_nEvent] )
	, m_fPickedX( 0.0f )
	, m_fPickedY( 0.0f )
	, m_fPickedZ( 0.0f )
{
	m_DSound.Create( pDSound );

	for( int i = 0; i < MAXSECTOR_X; i++ )
	{
		m_aaSoundList[i] = new SSoundList[MAXSECTOR_Y];
	}	
}



CSectorSoundMap & CSectorSoundMap::GetInstance( HWND hWnd, DWORD dwFlag )
{
	static CSectorSoundMap instance( hWnd, dwFlag );
	return instance;
}

/*
CSectorSoundMap & CSectorSoundMap::GetInstance( IDirectSound8 * pDSound )
{
	static CSectorSoundMap instance( pDSound );
	return instance;
}
*/

IDirectSound8 *	CSectorSoundMap::GetDS()
{
	return m_DSound.GetDS();
}

CSectorSoundMap::~CSectorSoundMap()
{
	Destroy();

	delete m_pSoundAssets;
	for( int i = 0; i < MAXSECTOR_X; i++ )
	{
		delete [] m_aaSoundList[i];
	}
	delete [] m_aaSoundList;
	delete m_pSoundBuffers;
	delete [] m_arrEvent;
	delete [] m_arrEventIndexes;
}


static void	Error( const char * szMsg, ... )
{
	va_list varg;
	va_start( varg, szMsg );

	char szBuffer[256];

	vsprintf( szBuffer, szMsg, varg );

	MessageBox( NULL, szBuffer, "Error!!", MB_OK );
}


void	CSectorSoundMap::Create( const char * szFilename )
{
	char szBuffer[256];

	Destroy();

	FILE * fp = fopen( szFilename, "rb" );

	if( fp == NULL )
	{
		Error( "Cannot open file : %s", szFilename );
		return;
	}


	//SoundAsset들을 로드
	int AssetSize = 0, nWaveFile = 0;
	fread( &AssetSize, sizeof( int ), 1, fp );						//Asset의 개수

	for( int i = 0; i < AssetSize; i++ )
	{
		m_pSoundAssets->push_back( SSoundAsset() );
		SSoundAsset & rAsset = m_pSoundAssets->back();
		
		int nameLen = 0;
		fread( &nameLen, sizeof( int ), 1, fp );					//Asset Name의 글자 수
		fread( szBuffer, sizeof( char ), nameLen, fp );				//Asset Name 로드
		szBuffer[ nameLen ] = '\0';
		rAsset.m_Name = szBuffer;

		fread( &rAsset.m_eTrigger, sizeof( SSoundAsset::eTrigger ), 1, fp );
		fread( &rAsset.m_b3DSound, sizeof( bool ), 1, fp );

		fread( &nWaveFile, sizeof( int ), 1, fp );					//WaveFile의 개수

		for( int j = 0; j < nWaveFile; j++ )
		{
			rAsset.m_pWaveFileList->push_back( WAVEFILE( 0.0f, "" ) );
			WAVEFILE & rWaveFile = rAsset.m_pWaveFileList->back();

			float tempFloat = 0.0f;
			fread( &tempFloat, sizeof( float ), 1, fp );
			rWaveFile.first = tempFloat;
			
			int stringLen = 0;
			fread( &stringLen, sizeof( int ), 1, fp );				//WaveFile의 글자 수
			fread( szBuffer, sizeof( char ), stringLen, fp );
			szBuffer[ stringLen ] = '\0';

			rWaveFile.second = szBuffer;
		}		
	}


	//ambience들을 로드
	int nAmbiences = 0;
	fread( &nAmbiences, sizeof( int ), 1, fp );

	int loadCount = 0;

	for( int n = 0; n < nAmbiences; n++ )
	{
		SAmbience tempAmbience;

		fread( &tempAmbience.m_SoundAssetID, sizeof( int ), 1, fp );
		fread( &tempAmbience.m_fPosX, sizeof( float ), 1, fp );
		fread( &tempAmbience.m_fPosY, sizeof( float ), 1, fp );
		fread( &tempAmbience.m_fPosZ, sizeof( float ), 1, fp );
		fread( &tempAmbience.m_fMinDistance, sizeof( float ), 1, fp );
		fread( &tempAmbience.m_fMaxDistance, sizeof( float ), 1, fp );

		AddAmbience( tempAmbience, false );

		loadCount++;
	}

	assert( nAmbiences == loadCount );

	ResetSectorSound( m_iCurrentSectorX, m_iCurrentSectorY );

	fclose( fp );
}

void	CSectorSoundMap::Save( const char * szFilename )
{
	FILE * fp = fopen( szFilename, "wb" );

	if( fp == NULL )
	{
		Error( "Cannot open file : %s", szFilename );
		return;
	}

	//SoundAsset들 저장
	int size = m_pSoundAssets->size();								//Asset의 개수
	fwrite( &size, sizeof( int ), 1, fp );

	for( SOUNDASSETS::iterator i = m_pSoundAssets->begin(); i != m_pSoundAssets->end(); i++ )
	{
		int nameLen = i->m_Name.size();
		fwrite( &nameLen, sizeof( int ), 1, fp );					//Asset Name의 글자 수
		fwrite( i->m_Name.c_str(), sizeof( char ), nameLen, fp );		//Asset Name 저장
		fwrite( &i->m_eTrigger, sizeof( SSoundAsset::eTrigger ), 1, fp );
		fwrite( &i->m_b3DSound, sizeof( bool ), 1, fp );

		size = i->m_pWaveFileList->size();
		fwrite( &size, sizeof( int ), 1, fp );						//WaveFile의 개수

		for( WAVEFILELIST::iterator i2 = i->m_pWaveFileList->begin(); 
									i2 != i->m_pWaveFileList->end(); i2++ )
		{
			float fTime = i2->first;
			fwrite( &fTime, sizeof( float ), 1, fp );
			int stringLen = i2->second.size();
			fwrite( &stringLen, sizeof( int ), 1, fp );				//WaveFile의 글자 수
			fwrite( i2->second.c_str(), sizeof( char ), stringLen, fp );
		}
	}
	
	int nAmbiences = GetWholeSectorAmbienceNum();
	fwrite( &nAmbiences, sizeof( int ), 1, fp );					//ambience들의 총합

	int saveCount = 0;

	//Ambience들을 저장
	for( int sx = 0; sx < MAXSECTOR_X; sx++ )
	{
		for( int sy = 0; sy < MAXSECTOR_Y; sy++ )
		{
			AMBIENCELIST & ambList = m_aaSoundList[sx][sy].ambienceList;

			for( AMBIENCELIST::iterator it = ambList.begin(); it != ambList.end(); it++ )
			{
				SAmbience & ambience = *it;
				fwrite( &ambience.m_SoundAssetID, sizeof( int ), 1, fp );
				fwrite( &ambience.m_fPosX, sizeof( float ), 1, fp );
				fwrite( &ambience.m_fPosY, sizeof( float ), 1, fp );
				fwrite( &ambience.m_fPosZ, sizeof( float ), 1, fp );
				fwrite( &ambience.m_fMinDistance, sizeof( float ), 1, fp );
				fwrite( &ambience.m_fMaxDistance, sizeof( float ), 1, fp );

				saveCount++;				
			}
		}
	}

	assert( nAmbiences == saveCount );

	fclose( fp );
}

void	CSectorSoundMap::DestroyAllSoundBuffers()
{
	for( SOUNDBUFFERS::iterator i = m_pSoundBuffers->begin(); i != m_pSoundBuffers->end(); i++ )
	{
		delete *i;
	}
	m_pSoundBuffers->clear();
}

void	CSectorSoundMap::Destroy()
{
	m_pSoundAssets->clear();

	for( int sx = 0; sx < MAXSECTOR_X; sx++ )
	{
		for( int sy = 0; sy < MAXSECTOR_Y; sy++ )
		{
			m_aaSoundList[sx][sy].ambienceList.clear();
			m_aaSoundList[sx][sy].scheduleSoundList.clear();
		}
	}

	DestroyAllSoundBuffers();

	m_iCurrentSectorX = m_iCurrentSectorY = 0;

	m_iCurrentScheduleSound = 0;
}


void	CSectorSoundMap::AppendSoundAsset( SSoundAsset & Asset )
{
	m_pSoundAssets->push_back( Asset );
}

void	CSectorSoundMap::GetSoundAsset( int index, SSoundAsset & Asset )
{
	try
	{
		Asset = m_pSoundAssets->at( index );
	}
	catch ( exception & e )
	{
		MessageBox( NULL, e.what(), "Error!!", MB_OK );
	}
}

void	CSectorSoundMap::SetSoundAsset( int index, SSoundAsset & Asset )
{
	try
	{
		SSoundAsset & Selected = m_pSoundAssets->at( index );
		Selected = Asset;

		RebuildScheduleSound( m_aaSoundList[ m_iCurrentSectorX ][ m_iCurrentSectorY ] );
	}
	catch ( exception & e )
	{
		MessageBox( NULL, e.what(), "Error!!", MB_OK );
	}
}

void	CSectorSoundMap::DeleteSoundAsset( int index )
{
	int curIndex = 0;

	for( SOUNDASSETS::iterator i = m_pSoundAssets->begin(); i != m_pSoundAssets->end(); )
	{
		if( curIndex++ == index )
		{
			i = m_pSoundAssets->erase( i );
			continue;
		}
		i++;
	}
}

int		CSectorSoundMap::GetSoundAssetCount()
{
	return m_pSoundAssets->size();
}


int 	CSectorSoundMap::GetAmbienceCount( int SectorX, int SectorY )
{
	if( SectorX >= MAXSECTOR_X || SectorY >= MAXSECTOR_Y )
		return 0;

	if( SectorX < 0 || SectorY < 0 )
		return 0;

	SSoundList & SoundList = m_aaSoundList[SectorX][SectorY];
	CheckSectorIndex( SectorX, SectorY );
	return SoundList.ambienceList.size();
}

SAmbience * CSectorSoundMap::GetAmbience( int SectorX, int SectorY, int index )
{
	SSoundList & SoundList = m_aaSoundList[SectorX][SectorY];
	CheckSectorIndex( SectorX, SectorY );

	AMBIENCELIST & ambList = SoundList.ambienceList;
	int index2 = 0;

	for( AMBIENCELIST::iterator i = ambList.begin(); i != ambList.end(); i++, index2++ )
	{		
		if( index == index2 )
			return &(*i);
	}

	return NULL;
}

//x, y, z좌표에 가장 가까운 ambience를 구한다.

AMBIENCE_ITERATOR	GetClosestAmbience( AMBIENCELIST & ambList, float x, float y, float z )
{
	float fLen = 10.0f;
	AMBIENCE_ITERATOR it_amb = ambList.end();

	for( AMBIENCELIST::iterator i = ambList.begin(); i != ambList.end(); i++ )
	{
		vector3 tempVector( x - i->m_fPosX, y - i->m_fPosY, z - i->m_fPosZ );

		float length = tempVector.GetLens();
		if( fLen >= length )
		{
			fLen = length;
			it_amb = i;
		}
	}
	return it_amb;
}

SAmbience *	CSectorSoundMap::GetAmbience( float x, float y, float z )
{
	int indexX = (int)(x/SECTORSIZE);
	int indexY = (int)(z/SECTORSIZE);

	CheckSectorIndex( indexX, indexY );

	AMBIENCELIST & ambList = m_aaSoundList[ indexX ][ indexY ].ambienceList;

	AMBIENCE_ITERATOR it = GetClosestAmbience( ambList, x, y, z );
	if( it == ambList.end() )
		return NULL;

	return &(*it);
}


void	CSectorSoundMap::PickAmbience( float x, float y, float z )
{
	m_fPickedX = x;
	m_fPickedY = y;
	m_fPickedZ = z;
}


void	CSectorSoundMap::AddAmbience( SAmbience & ambience, bool bReset )
{
	try {

		if( ambience.m_fPosX == 0.0f && ambience.m_fPosZ == 0.0f )
			return;

		int SectorX = ambience.m_fPosX / SECTORSIZE;
		int SectorY = ambience.m_fPosZ / SECTORSIZE;

		//섹터별 Ambience 리스트에 먼저 저장을 한다.
		SSoundList & SoundList = m_aaSoundList[SectorX][SectorY];
		SoundList.ambienceList.push_back( ambience );
		SAmbience & addedAmbience = SoundList.ambienceList.back();

		//시간에 따라 변경되는 사운드는 fTime으로 정렬해서 들어가도록 삽입한다.
		SCHEDULESOUNDLIST & scSoundList = SoundList.scheduleSoundList;
		
		SSoundAsset & soundAsset = m_pSoundAssets->at( ambience.m_SoundAssetID );

		for( WAVEFILELIST::iterator i = soundAsset.m_pWaveFileList->begin(); i != soundAsset.m_pWaveFileList->end(); i++ )
		{
			scSoundList.push_back( SScheduleSound( i->first, i->second, &addedAmbience ) );			
		}

		sort( scSoundList.begin(), scSoundList.end() );

		//현재 섹터의 Ambience일 경우 사운드들을 새로 세팅한다.
		if( SectorX == m_iCurrentSectorX && SectorY == m_iCurrentSectorY )
		{
			if( bReset )
				ResetSectorSound( SectorX, SectorY );
			return;
		}

	}
	catch ( exception & e )
	{
		MessageBox( NULL, e.what(), "Error!!", MB_OK );
	}
}

void	CSectorSoundMap::MoveAmbience( float destX, float destY, float destZ )
{
	int indexX = (int)(m_fPickedX/SECTORSIZE);
	int indexY = (int)(m_fPickedZ/SECTORSIZE);
	int destSectorX = (int)(destX/SECTORSIZE);
	int destSectorY = (int)(destZ/SECTORSIZE);

	if( indexX != destSectorX || indexY != destSectorY )			//다른 섹터로 옮겨질 경우
	{
		SAmbience Amb = *GetAmbience( m_fPickedX, m_fPickedY, m_fPickedZ );
		DeleteAmbience( m_fPickedX, m_fPickedY, m_fPickedZ );
		Amb.m_fPosX = destX;
		Amb.m_fPosY = destY;
		Amb.m_fPosZ = destZ;
		AddAmbience( Amb );
		return;
	}

	CheckSectorIndex( indexX, indexY );

	AMBIENCELIST & ambList = m_aaSoundList[ indexX ][ indexY ].ambienceList;

	AMBIENCE_ITERATOR it = GetClosestAmbience( ambList, m_fPickedX, m_fPickedY, m_fPickedZ );

	if( it != ambList.end() )
	{
		it->m_fPosX = destX;
		it->m_fPosY = destY;
		it->m_fPosZ = destZ;

		m_fPickedX = destX;
		m_fPickedY = destY;
		m_fPickedZ = destZ;
	}
	RebuildScheduleSound( m_aaSoundList[ indexX ][ indexY ] );

	//현재 섹터의 Ambience일 경우 사운드들을 새로 세팅한다.
	if( indexX == m_iCurrentSectorX && indexY == m_iCurrentSectorY )
	{
//		ResetSectorSound( indexX, indexY );
		return;
	}
}


long	CSectorSoundMap::DeleteAmbience( float x, float y, float z )
{
	int indexX=(int)(x/SECTORSIZE);
	int indexY=(int)(z/SECTORSIZE);
	long objID = -1;

	try {
		CheckSectorIndex( indexX, indexY );

		AMBIENCELIST & ambList = m_aaSoundList[ indexX ][ indexY ].ambienceList;

		AMBIENCE_ITERATOR it = GetClosestAmbience( ambList, x, y, z );

		if( it != ambList.end() )
		{
			if( it->iSoundBufferIndex >= 0 && it->iSoundBufferIndex < m_pSoundBuffers->size() )
			{
				CSoundBuffer * pSoundBuffer = m_pSoundBuffers->at( it->iSoundBufferIndex );
				pSoundBuffer->Destroy();			
			}
			objID = it->lObjectSceneID;
			ambList.erase( it );
		}
		RebuildScheduleSound( m_aaSoundList[ indexX ][ indexY ] );

		//현재 섹터의 Ambience일 경우 사운드들을 새로 세팅한다.
		if( indexX == m_iCurrentSectorX && indexY == m_iCurrentSectorY )
		{
			ResetSectorSound( indexX, indexY );
		}
	}
	catch ( exception & e )
	{
		MessageBox( NULL, e.what(), "Error!!", MB_OK );
	}
	return objID;
}

void	CSectorSoundMap::RebuildScheduleSound( SSoundList & SoundList )
{
	try {

		SoundList.scheduleSoundList.clear();

		for( AMBIENCELIST::iterator i = SoundList.ambienceList.begin(); i != SoundList.ambienceList.end(); i++ )
		{
			SSoundAsset & soundAsset = m_pSoundAssets->at( i->m_SoundAssetID );
			
			for( WAVEFILELIST::iterator j = soundAsset.m_pWaveFileList->begin(); j != soundAsset.m_pWaveFileList->end(); j++ )
			{
				SoundList.scheduleSoundList.push_back( SScheduleSound( j->first, j->second, &(*i) ) );
			}
		}
		sort( SoundList.scheduleSoundList.begin(), SoundList.scheduleSoundList.end() );
		m_iCurrentScheduleSound = 0;

	}
	catch ( exception & e )
	{
		MessageBox( NULL, e.what(), "Error!!", MB_OK );
	}
}

//매 프레임마다 검사를 하며 사운드 변화를 처리
void	CSectorSoundMap::UpdateListener( float dirX, float dirY, float dirZ, float upX, float upY, float upZ, float x, float y, float z )
{
	static bool	bUpdate = true;

	if( !bUpdate )
		return;

	try {

		if( (fabs(dirX) <= 0.0000001f) && (fabs(dirY) <= 0.0000001f) && (fabs(dirZ) <= 0.0000001f))
		{
			dirX = 0.0f;
			dirY = 0.0f;
			dirZ = 1.0f;

		}

		if( (fabs(upX) <= 0.0000001f) && (fabs(upY) <= 0.0000001f) && (fabs(upZ) <= 0.0000001f))
		{
			upX = 0.0f;
			upY = 1.0f;
			upZ = 0.0f;

		}

		static float old_dirX, old_dirY, old_dirZ, old_x, old_y, old_z;
		static float oldWeatherTime = 0.0f;

		HandleStreamEvents();

		if( old_dirX != dirX || old_dirY != dirY || old_dirZ != dirZ )
		{
			m_DSound.Set3DOrientation( dirX, dirY, dirZ, upX, upY, upZ );
			old_dirX = dirX;
			old_dirY = dirY;
			old_dirZ = dirZ;
		}

		if( old_x != x || old_y != y || old_z != z )
		{
			m_DSound.SetPosition( x, y, z );
			old_x = x;
			old_y = y;
			old_z = z;
		}

		int SectorX = x / SECTORSIZE;
		int SectorY = z / SECTORSIZE;

		//섹터가 바뀌었을 때에는 사운드들을 새로 세팅한다.
		if( SectorX != m_iCurrentSectorX || SectorY != m_iCurrentSectorY )
		{
			ResetSectorSound( SectorX, SectorY );
			return;
		}

		float CurrentTime = CSceneManager::GetWeatherTime();
		
		if( oldWeatherTime > CurrentTime )
			m_iCurrentScheduleSound = 0;
		oldWeatherTime = CurrentTime;

		SCHEDULESOUNDLIST & scSoundList = m_aaSoundList[ m_iCurrentSectorX ][ m_iCurrentSectorY ].scheduleSoundList;

		if( m_iCurrentScheduleSound >= scSoundList.size() || m_iCurrentScheduleSound < 0 )
			return;

		//현재 시간이 현재 가리키고 있는 스케쥴 사운드의 시간을 지났으면 
		while( true )
		{
			if( m_iCurrentScheduleSound >= scSoundList.size() || m_iCurrentScheduleSound < 0 )
				break;

			if( CurrentTime <= scSoundList[ m_iCurrentScheduleSound ].fTime )
				break;

			//그 스케쥴 사운드에 따라 사운드 화일을 교체한다.
			SScheduleSound & sc = scSoundList[ m_iCurrentScheduleSound ];
			SSoundAsset & sndAsset = m_pSoundAssets->at( sc.pAmbience->m_SoundAssetID );

			if( sndAsset.m_iSndBufIndex < 0 || sndAsset.m_iSndBufIndex >= m_pSoundBuffers->size() )
			{
				m_pSoundBuffers->push_back( new CStreamBuffer );
				sndAsset.m_iSndBufIndex = m_pSoundBuffers->size() - 1;
			}

			if( sndAsset.m_iSndBufIndex >= 0 && sndAsset.m_iSndBufIndex < m_pSoundBuffers->size() )
			{
				CSoundBuffer * pBuf = m_pSoundBuffers->at( sndAsset.m_iSndBufIndex );

				string strFilename = SOUNDFILEPATH;
				strFilename += sc.strFilename.c_str();

				if( !pBuf->IsSameFile( strFilename.c_str() ) )
				{

					pBuf->Create( m_DSound.GetDS(), strFilename.c_str(), sndAsset.m_b3DSound, 30 );
				}

				int index = pBuf->Play( true );
				pBuf->SetPosition( index, sc.pAmbience->m_fPosX, sc.pAmbience->m_fPosY, sc.pAmbience->m_fPosZ );
				pBuf->SetDistance( index, sc.pAmbience->m_fMinDistance, sc.pAmbience->m_fMaxDistance );
				sc.pAmbience->iSoundBufferIndex = index;
				ResetEventArray();
			}

			m_iCurrentScheduleSound++;
		}
	} 
	catch ( exception & e )
	{
		MessageBox( NULL, e.what(), "Error!!", MB_OK );
		MessageBox( NULL, "Ambience 사운드가 Off됩니다.", "Warning", MB_OK );
		bUpdate = false;
	}
}

void	CSectorSoundMap::ResetSectorSound( int sectorX, int sectorY )
{
	try {

		CheckSectorIndex( sectorX, sectorY );

		float CurrentTime = CSceneManager::GetWeatherTime();

		SSoundList & Sound = m_aaSoundList[sectorX][sectorY];

		for( int i = 0; i < m_pSoundAssets->size(); i++ )
		{
			SSoundAsset & sndAsset = m_pSoundAssets->at( i );
			sndAsset.m_iSndBufIndex = -1;
		}

		DestroyAllSoundBuffers();

		

		for( AMBIENCELIST::iterator j = Sound.ambienceList.begin();
									j != Sound.ambienceList.end();
									j++ )
		{
			SSoundAsset & sndAsset = m_pSoundAssets->at( j->m_SoundAssetID );

			if( sndAsset.m_iSndBufIndex >= 0 && sndAsset.m_iSndBufIndex < m_pSoundBuffers->size() )
			{
				CSoundBuffer * pBuf = m_pSoundBuffers->at( sndAsset.m_iSndBufIndex );
				int index = pBuf->Play( true );
				pBuf->SetPosition( index, j->m_fPosX, j->m_fPosY, j->m_fPosZ );
				pBuf->SetDistance( index, j->m_fMinDistance, j->m_fMaxDistance );

				j->iSoundBufferIndex = index;
			}
			else
			{
				const char * szSoundFile = FindSoundFileInList( CurrentTime, *sndAsset.m_pWaveFileList );
				if( szSoundFile == NULL )
				{
					j++;
					continue;
				}

				string strFilename = SOUNDFILEPATH;
				strFilename += szSoundFile;
				CSoundBuffer * pBuf = new CStreamBuffer;
				m_pSoundBuffers->push_back( pBuf );
				sndAsset.m_iSndBufIndex = m_pSoundBuffers->size() - 1;
				pBuf->Create( m_DSound.GetDS(), strFilename.c_str(), sndAsset.m_b3DSound, 30 );
				int index = pBuf->Play( true );
				pBuf->SetPosition( index, j->m_fPosX, j->m_fPosY, j->m_fPosZ );
				pBuf->SetDistance( index, j->m_fMinDistance, j->m_fMaxDistance );

				j->iSoundBufferIndex = index;

			}
		}

		for( m_iCurrentScheduleSound = 0; 
					m_iCurrentScheduleSound < Sound.scheduleSoundList.size();
					m_iCurrentScheduleSound++ )
		{
			if( Sound.scheduleSoundList[ m_iCurrentScheduleSound ].fTime > CurrentTime )
				break;
		}
		m_iCurrentSectorX = sectorX;
		m_iCurrentSectorY = sectorY;

		ResetEventArray();

	} 
	catch ( exception & e )
	{
		MessageBox( NULL, e.what(), "Error!!", MB_OK );
	}
}

//fTime에 맞는 사운드 화일을 찾아냄
const char *	FindSoundFileInList( float fTime, WAVEFILELIST & SoundFileList )
{
	WAVEFILELIST::iterator i = SoundFileList.end();

	do
	{
		i--;
		if( i->first < fTime )
			return i->second.c_str();
	} while( i != SoundFileList.begin() );

	if( i == SoundFileList.begin() )
	{
		if( SoundFileList.size() >= 1 )
			return SoundFileList.back().second.c_str();
	}

	return NULL;
}

int				CSectorSoundMap::GetWholeSectorAmbienceNum()
{
	int totalSize = 0;

	for( int sx = 0; sx < MAXSECTOR_X; sx++ )
	{
		for( int sy = 0; sy < MAXSECTOR_Y; sy++ )
		{
			totalSize += m_aaSoundList[sx][sy].ambienceList.size();
		}
	}
	return totalSize;
}

void	CSectorSoundMap::ResetEventArray()
{
	try {

		vector< int >	tempArr;

		for( int i = 0; i < m_pSoundBuffers->size(); i++ )
		{
			CSoundBuffer * pBuffer = m_pSoundBuffers->at( i );

			if( pBuffer->GetEventNotify() != 0 )
				tempArr.push_back( i );
		}

		m_nEvent = tempArr.size();
		int arrSize = m_nEvent > 0 ? m_nEvent : 1;

		delete [] m_arrEvent;
		delete [] m_arrEventIndexes;
		m_arrEvent = new HANDLE[ arrSize ];
		m_arrEventIndexes = new int[ arrSize ];

		for( i = 0; i < m_nEvent; i++ )
		{
			m_arrEventIndexes[i] = tempArr[i];
			CSoundBuffer * pBuffer = m_pSoundBuffers->at( tempArr[i] );
			m_arrEvent[i] = pBuffer->GetEventNotify();
		}

	} 
	catch ( exception & e )
	{
		MessageBox( NULL, e.what(), "Error!!", MB_OK );
	}
}

void	CSectorSoundMap::HandleStreamEvents()
{
	try
	{

		if( m_nEvent <= 0 )
			return;

		DWORD dwResult = MsgWaitForMultipleObjects( m_nEvent, m_arrEvent, FALSE, 0, QS_ALLEVENTS );

		if( dwResult >= WAIT_OBJECT_0 + 0 && dwResult < WAIT_OBJECT_0 + m_nEvent )
		{
			int index = dwResult - WAIT_OBJECT_0;

			if( index >= 0 && index < m_pSoundBuffers->size() )
			{
				CSoundBuffer * pBuffer = m_pSoundBuffers->at( index );

				pBuffer->HandleNotification();
			}
		}
	}
	catch ( exception & e )
	{
		MessageBox( NULL, e.what(), "Error!!", MB_OK );
	}
}