#include <ASoundManager.h>

Inheritance diagram for ASoundManager:

Classes
struct	CameraData

struct	Category

struct	ChannelRef

struct	ChannelRefLegacy

class	Cue

struct	EventParameters

struct	S2

struct	S4

class	SoundEvent

struct	SoundEventListSortResults

struct	SoundEventManager

struct	SoundEventSortResults

struct	StreamRef

Public Types
enum	SOUNDEVENT : TUINT { SOUNDEVENT_PlayAudio , SOUNDEVENT_PlayStream , SOUNDEVENT_StopAudio , SOUNDEVENT_UpdateChannelVolume , SOUNDEVENT_UpdateChannelFrequency , SOUNDEVENT_UNUSED1 , SOUNDEVENT_UpdateChannelPosition , SOUNDEVENT_UNUSED2 , SOUNDEVENT_UNUSED3 , SOUNDEVENT_NUMOF }

using	ThisClass = ASoundManager

using	BaseClass = Toshi::TTask

using	SoundEventList = Toshi::T2DListNodeWrapper<Toshi::T2SortedList<SoundEvent, Toshi::T2DList<SoundEvent>, SoundEventSortResults>>

using	PauseListener = Toshi::TListener<Toshi::TSystemManager, TBOOL, ASoundManager>

Public Member Functions
virtual Toshi::TClass *	GetClass () override

	ASoundManager ()

	~ASoundManager ()

virtual TBOOL	Reset () override

virtual TBOOL	OnCreate () override

virtual TBOOL	OnUpdate (TFLOAT a_fDeltaTime) override

virtual void	OnDestroy () override

TINT	PlayCue (ASoundId a_iSound)

TINT	PlayCueEx (ASoundId a_iSound, TFLOAT a_fVolume, TBOOL a_bFlag, TFLOAT a_fDelay, TINT a_iTrack)

void	StopCue (TINT &a_rCueIndex)

void	StopCueAsync (TINT &a_rCueIndex, TFLOAT a_fDelay)

void	PauseAllCues (TBOOL a_bPause)

TINT	GetAvailableCueIndex ()

TBOOL	IsCuePlaying (TINT a_iCueIndex)

void	CancelCueEvents (Cue *a_pCue, SOUNDEVENT a_eEventType)

AWaveBank *	FindWaveBank (const Toshi::TPString8 &a_rcName)

TBOOL	LoadWaveBanksInfo (const TCHAR *a_szFileName)

TBOOL	LoadWaveBankSamples (const Toshi::TPString8 &a_rcName, AWaveBank::LOADFLAGS a_eLoadFlags, TINT a_iBufferSize)

ASoundBank *	FindSoundBank (const Toshi::TPString8 &a_rcName)

TBOOL	LoadSoundBank (const Toshi::TPString8 &a_rcName, TBOOL a_bSimpleSound, TBOOL a_bLoadImmediately)

void	LoadSoundBankSamples (const Toshi::TPString8 &a_rcName)

Static Public Member Functions
static Toshi::TObject *	CreateTObject ()

static Toshi::TObject *	CreateTObjectInPlace (void *a_pPtr)

static void	InitialiseClass ()

static void	DeinitialiseClass ()

static TFORCEINLINE Toshi::TClass *	GetClassStatic ()

Public Attributes
friend	AWaveBank

Static Public Attributes
static constexpr Toshi::TClass *	PARENTCLASS = & Toshi::TTask::ms_oClass

static Toshi::TClass	ms_oClass = Toshi::TClass( "ASoundManager", ASoundManager::PARENTCLASS, ASoundManager::CreateTObject, ASoundManager::CreateTObjectInPlace, ASoundManager::InitialiseClass, ASoundManager::DeinitialiseClass, 0, 1, sizeof( ASoundManager ), alignof( ASoundManager ) )

static constexpr const TCHAR *	SOUNDS_BASE_DIRECTORY = "Data/Sound/"

static constexpr TUINT	MAX_NUM_CATEGORIES = 16

static TBOOL	ms_bShouldUpdateLoadingScreen = false

Detailed Description

Definition at line 20 of file ASoundManager.h.

Member Typedef Documentation

◆ BaseClass

using ASoundManager::BaseClass = Toshi::TTask

Definition at line 24 of file ASoundManager.h.

◆ PauseListener

using ASoundManager::PauseListener = Toshi::TListener<Toshi::TSystemManager, TBOOL, ASoundManager>

Definition at line 243 of file ASoundManager.h.

◆ SoundEventList

using ASoundManager::SoundEventList = Toshi::T2DListNodeWrapper<Toshi::T2SortedList<SoundEvent, Toshi::T2DList<SoundEvent>, SoundEventSortResults>>

Definition at line 153 of file ASoundManager.h.

◆ ThisClass

using ASoundManager::ThisClass = ASoundManager

Definition at line 24 of file ASoundManager.h.

Member Enumeration Documentation

◆ SOUNDEVENT

enum ASoundManager::SOUNDEVENT : TUINT

Enumerator
SOUNDEVENT_PlayAudio
SOUNDEVENT_PlayStream
SOUNDEVENT_StopAudio
SOUNDEVENT_UpdateChannelVolume
SOUNDEVENT_UpdateChannelFrequency
SOUNDEVENT_UNUSED1
SOUNDEVENT_UpdateChannelPosition
SOUNDEVENT_UNUSED2
SOUNDEVENT_UNUSED3
SOUNDEVENT_NUMOF

Definition at line 44 of file ASoundManager.h.

    {
        SOUNDEVENT_PlayAudio,
        SOUNDEVENT_PlayStream,
        SOUNDEVENT_StopAudio,
        SOUNDEVENT_UpdateChannelVolume,
        SOUNDEVENT_UpdateChannelFrequency,
        SOUNDEVENT_UNUSED1,
        SOUNDEVENT_UpdateChannelPosition,
        SOUNDEVENT_UNUSED2,
        SOUNDEVENT_UNUSED3,
        SOUNDEVENT_NUMOF,
    };

Constructor & Destructor Documentation

◆ ASoundManager()

ASoundManager::ASoundManager ( )

Definition at line 31 of file ASoundManager.cpp.

    : m_SoundEventPool( AMemory::GetAllocator( AMemory::POOL_Sound ), MAX_NUM_SOUND_EVENTS ), m_StreamRefPool( AMemory::GetAllocator( AMemory::POOL_Sound ), MAX_NUM_STREAMS ), m_ChannelRefPool( AMemory::GetAllocator( AMemory::POOL_Sound ), MAX_NUM_SOUND_EVENTS ), m_ChannelRefLegacyPool( AMemory::GetAllocator( AMemory::POOL_Sound ), MAX_NUM_SOUND_EVENTS ), m_CategoryIndices( AMemory::GetAllocator( AMemory::POOL_Sound ) ), m_SoundIdToSound( AMemory::GetAllocator( AMemory::POOL_Sound ) ), m_SoundIdToSoundLegacy( AMemory::GetAllocator( AMemory::POOL_Sound ) )
{
    TIMPLEMENT();
    m_iLastAvailableSoundExSlot = -1;
    m_fCurrentTime              = 0.0f;
 
    m_bMuted                  = TFALSE;
    m_bUseMinHardwareChannels = TTRUE;
    m_iMinHWChannels          = 32;
    m_iNumChannels            = 32;
    m_iGlobalFrequency        = 22050;
 
    ms_pFileSystem = TFileManager::GetSingleton()->FindFileSystem( "local" );
 
    // Set event handlers
    m_oEventManager.SetEventHandler( SOUNDEVENT_PlayAudio, &ASoundManager::EventHandler_PlaySound );
    m_oEventManager.SetEventHandler( SOUNDEVENT_PlayStream, &ASoundManager::EventHandler_PlayStream );
    m_oEventManager.SetEventHandler( SOUNDEVENT_StopAudio, &ASoundManager::EventHandler_StopAudio );
}

◆ ~ASoundManager()

ASoundManager::~ASoundManager ( )

Definition at line 52 of file ASoundManager.cpp.

{
    TIMPLEMENT();
 
    m_FreeListS2.Clear();
 
    FSOUND_Close();
    m_PauseListener.Disconnect();
    Reset();
}

Member Function Documentation

◆ CancelCueEvents()

void ASoundManager::CancelCueEvents	(	Cue *	a_pCue,
		SOUNDEVENT	a_eEventType )

Definition at line 453 of file ASoundManager.cpp.

{
    TVALIDPTR( a_pCue );
 
    for ( auto it = a_pCue->oEventList->Begin(); it != a_pCue->oEventList->End(); )
    {
        auto itNext = it.Next();
 
        if ( it->eEventType == a_eEventType )
        {
            a_pCue->oEventList->Erase( it );
            m_SoundEventPool.DeleteObject( it );
        }
 
        it = itNext;
    }
}

◆ CreateTObject()

Toshi::TObject * ASoundManager::CreateTObject ( )

static

Definition at line 26 of file ASoundManager.cpp.

◆ CreateTObjectInPlace()

Toshi::TObject * ASoundManager::CreateTObjectInPlace ( void * a_pPtr )

static

Definition at line 26 of file ASoundManager.cpp.

◆ DeinitialiseClass()

void ASoundManager::DeinitialiseClass ( )

static

Definition at line 26 of file ASoundManager.cpp.

◆ FindSoundBank()

ASoundBank * ASoundManager::FindSoundBank ( const Toshi::TPString8 & a_rcName )

Definition at line 1073 of file ASoundManager.cpp.

{
    T2_FOREACH( m_SoundBanks, it )
    {
        if ( it->m_strName == a_rcName )
            return it;
    }
 
    return TNULL;
}

◆ FindWaveBank()

AWaveBank * ASoundManager::FindWaveBank ( const Toshi::TPString8 & a_rcName )

Definition at line 471 of file ASoundManager.cpp.

{
    auto pFoundNode = ms_WaveBanks.Find( a_rcName );
 
    return ( ms_WaveBanks.IsValid( pFoundNode ) ) ? pFoundNode->GetSecond() : TNULL;
}

◆ GetAvailableCueIndex()

TINT ASoundManager::GetAvailableCueIndex ( )

Definition at line 352 of file ASoundManager.cpp.

{
    TINT iSlot;
 
    for ( iSlot = m_iLastAvailableSoundExSlot + 1;; iSlot++ )
    {
        if ( iSlot == 128 )
            iSlot = 0;
 
        if ( iSlot == m_iLastAvailableSoundExSlot )
            return -1;
 
        if ( m_aCues[ iSlot ].fStartTime <= 0.0 )
        {
            if ( iSlot == -1 )
                return iSlot;
 
            if ( !m_aCues[ iSlot ].bUsed )
                break;
        }
    }
 
    m_iLastAvailableSoundExSlot = iSlot;
    return iSlot;
}

◆ GetClass()

Toshi::TClass * ASoundManager::GetClass ( )

overridevirtual

Definition at line 26 of file ASoundManager.cpp.

◆ GetClassStatic()

static TFORCEINLINE Toshi::TClass * ASoundManager::GetClassStatic ( )

inlinestatic

Definition at line 24 of file ASoundManager.h.

◆ InitialiseClass()

void ASoundManager::InitialiseClass ( )

static

Definition at line 26 of file ASoundManager.cpp.

◆ IsCuePlaying()

TBOOL ASoundManager::IsCuePlaying ( TINT a_iCueIndex )

Definition at line 378 of file ASoundManager.cpp.

{
    TASSERT( a_iCueIndex < ASOUNDMANAGER_MAX_NUM_CUE );
 
    if ( a_iCueIndex == -1 )
        return TFALSE;
 
    Cue* pCue = &m_aCues[ a_iCueIndex ];
 
    if ( pCue->fStartTime2 > 0.0f || !pCue->oEventList->IsEmpty() )
        return TTRUE;
 
    if ( pCue->IsUsed() && pCue->pSound != TNULL )
    {
        ASound* pSound = pCue->pSound;
 
        if ( pSound->m_iFlags & 16 )
        {
            // Stream
            T2_FOREACH( pCue->oChannelRefs, channel )
            {
                if ( !( channel->iFlags & 0x20 ) || FSOUND_IsPlaying( channel->iFMODChannelHandle ) )
                {
                    return TTRUE;
                }
            }
        }
        else
        {
            // Loaded data
            T2_FOREACH( pCue->oChannelRefs, channel )
            {
                if ( FSOUND_IsPlaying( channel->iFMODChannelHandle ) )
                {
                    return TTRUE;
                }
            }
        }
    }
 
    return TFALSE;
}

◆ LoadSoundBank()

TBOOL ASoundManager::LoadSoundBank	(	const Toshi::TPString8 &	a_rcName,
		TBOOL	a_bSimpleSound,
		TBOOL	a_bLoadImmediately )

Definition at line 1084 of file ASoundManager.cpp.

{
    if ( a_rcName.GetPooledString() && !a_rcName.GetPooledString()->GetString8().IsEmpty() )
    {
        if ( FindSoundBank( a_rcName ) == TNULL )
        {
            return LoadSoundBankImpl( a_rcName, a_bSoundEx, a_bLoadImmediately );
        }
    }
 
    return TFALSE;
}

◆ LoadSoundBankSamples()

void ASoundManager::LoadSoundBankSamples ( const Toshi::TPString8 & a_rcName )

Definition at line 1097 of file ASoundManager.cpp.

{
    if ( ASoundBank* pSoundBank = FindSoundBank( a_rcName ) )
    {
        pSoundBank->Load();
    }
}

◆ LoadWaveBankSamples()

TBOOL ASoundManager::LoadWaveBankSamples	(	const Toshi::TPString8 &	a_rcName,
		AWaveBank::LOADFLAGS	a_eLoadFlags,
		TINT	a_iBufferSize )

Definition at line 1058 of file ASoundManager.cpp.

{
    if ( a_rcName.GetPooledString() && !a_rcName.GetPooledString()->GetString8().IsEmpty() )
    {
        AWaveBank* pWaveBank = FindWaveBank( a_rcName );
 
        if ( pWaveBank )
        {
            return pWaveBank->Load( a_eLoadFlags, a_iBufferSize ) == AWaveBank::LOADRESULT_OK;
        }
    }
 
    return TFALSE;
}

◆ LoadWaveBanksInfo()

TBOOL ASoundManager::LoadWaveBanksInfo ( const TCHAR * a_szFileName )

Definition at line 1012 of file ASoundManager.cpp.

{
    TBOOL bOpened = AAssetLoader::Load(
        "Data/Assets/lib_wavebank.trb",
        AAssetType_WaveBank,
        TTRUE
    );
 
    if ( !bOpened ) return TFALSE;
 
    const PBProperties* pProperties =
        AAssetLoader::CastSymbol<const PBProperties>( a_szFileName, PBProperties::TRB_SECTION_NAME, AAssetType_WaveBank );
    TVALIDPTR( pProperties );
 
    auto pWaveBanksVal = pProperties->GetProperty( "Wavebanks" );
    TVALIDPTR( pWaveBanksVal );
 
    auto pWaveBanks = pWaveBanksVal->GetArray();
 
    for ( TUINT i = 0; i < pWaveBanks->GetSize(); i++ )
    {
        TPString8 strWaveBankName = pWaveBanks->GetValue( i )->GetTPString8();
 
        if ( FindWaveBank( strWaveBankName ) == TNULL )
        {
            LoadWaveBankFromAsset( strWaveBankName.GetString(), 0 );
        }
    }
 
    auto pCategoriesVal = pProperties->GetProperty( "Categories" );
    TVALIDPTR( pCategoriesVal );
 
    auto pCategories = pCategoriesVal->GetArray();
 
    for ( TUINT i = 0; i < pCategories->GetSize(); i++ )
    {
        TPString8 strCategoryName = pCategories->GetValue( i )->GetTPString8();
 
        m_CategoryIndices.Insert( strCategoryName, m_CategoryIndices.Size() );
    }
 
    AAssetLoader::Close( AAssetType_WaveBank );
 
    return TTRUE;
}

◆ OnCreate()

TBOOL ASoundManager::OnCreate ( )

overridevirtual

Definition at line 69 of file ASoundManager.cpp.

{
    Initialise();
    m_PauseListener.Connect(
        g_oSystemManager.GetPauseEmitter(),
        this,
        []( ASoundManager* a_pSndMngr, TSystemManager* a_pSysMngr, TBOOL* a_pPaused ) {
            a_pSndMngr->PauseAllCues( *a_pPaused );
            return TTRUE;
        },
        0
    );
 
    m_pS4 = new ( AMemory::GetMemBlock( AMemory::POOL_Sound ) ) S4[ 32 ];
 
    for ( TINT i = 0; i < 32; i++ )
    {
        m_FreeListS4.PushBack( &m_pS4[ i ] );
    }
 
    for ( TINT i = 0; i < TARRAYSIZE( m_aS2 ); i++ )
    {
        m_FreeListS2.PushBack( &m_aS2[ i ] );
    }
 
    return TTRUE;
}

◆ OnDestroy()

void ASoundManager::OnDestroy ( )

overridevirtual

Definition at line 231 of file ASoundManager.cpp.

{
    m_UnkList1.Clear();
    m_FreeListS4.Clear();
    delete[] m_pS4;
    m_pS4 = TNULL;
    m_PauseListener.Disconnect();
}

◆ OnUpdate()

TBOOL ASoundManager::OnUpdate ( TFLOAT a_fDeltaTime )

overridevirtual

Definition at line 97 of file ASoundManager.cpp.

{
    TIMPLEMENT();
    m_fCurrentTime += a_fDeltaTime;
 
    if ( !g_oSystemManager.IsPaused() )
    {
        if ( ARootTask::GetSingleton()->IsPaused() && ms_iNumPauses <= 0 )
        {
            PauseAllCues( TTRUE );
        }
        else if ( !ARootTask::GetSingleton()->IsPaused() && ms_iNumPauses > 0 )
        {
            PauseAllCues( TFALSE );
        }
    }
 
    TTODO( "FUN_005db310" );
 
    // Run the event loop
    while ( !m_QueuedSortedEventLists.IsEmpty() )
    {
        SoundEventList&            eventList      = *m_QueuedSortedEventLists.Front();
        ASoundManager::SoundEvent* pEarliestEvent = eventList->Front();
 
        // Skip the list if it's too early to execute it's earliest event
        if ( pEarliestEvent->fStartTime > m_fCurrentTime )
            break;
 
        // Handle events in the list
        while ( TTRUE )
        {
            pEarliestEvent->Remove();
            m_oEventManager.ExecuteEvent( pEarliestEvent->eEventType, this, pEarliestEvent );
 
            // Deallocate the event object
            m_SoundEventPool.DeleteObject( pEarliestEvent );
 
            if ( !eventList.IsLinked() )
                break;
 
            // Check if the list is over
            if ( eventList->IsEmpty() )
            {
                // Unlink the list since it's not used anymore
                eventList.Remove();
                break;
            }
 
            // Certainly, there are some more events
            // Let's check if they need to be processed
            pEarliestEvent = eventList->Front();
 
            if ( pEarliestEvent->fStartTime > m_fCurrentTime )
            {
                // Seems that the other events in the list are not to be executed yet,
                // so let's reinsert the list to preserve correct order and move on to
                // the next list.
 
                m_QueuedSortedEventLists.ReInsert( eventList );
                break;
            }
        }
    }
 
    // Update streams
    for ( auto pStream = m_StreamRefs.Begin(); pStream != m_StreamRefs.End(); )
    {
        if ( ( pStream->pUnknown && UpdateStreamActivity( pStream ) ) ||
             ( pStream->pCue && UpdateStreamCue( pStream ) ) )
        {
            auto itNext = m_StreamRefs.Erase( pStream );
            m_StreamRefPool.DeleteObject( pStream );
 
            pStream = itNext;
        }
        else
        {
            pStream = pStream.Next();
        }
    }
 
    // Reset cues that has finished playing
    for ( TINT i = 0; i < ASOUNDMANAGER_MAX_NUM_CUE; i++ )
    {
        TFLOAT fCueStartTime = m_aCues[ i ].fStartTime;
 
        if ( fCueStartTime > 0.0f && !IsCuePlaying( i ) )
        {
            m_aCues[ i ].Reset();
        }
    }
 
    // ...
 
    // Update sound attributes based on the current camera position
    // TODO: replace TTRUE with some flag from the AQuestManager
    if ( ARootTask::GetSingleton()->IsGameSystemCreated() && TTRUE )
    {
        ACamera* pCamera = ACameraManager::GetSingleton()->GetCurrentCamera();
 
        // Get the position
        m_oCameraData.Position = pCamera->GetMatrix().AsBasisVector4( BASISVECTOR_TRANSLATION );
 
        // Get the forward vector
        m_oCameraData.Forward   = pCamera->GetMatrix().AsBasisVector4( BASISVECTOR_FORWARD );
        m_oCameraData.Forward.w = 1.0f;
 
        // Get the up vector
        m_oCameraData.Up   = pCamera->GetMatrix().AsBasisVector4( BASISVECTOR_UP );
        m_oCameraData.Up.w = 1.0f;
 
        // Invert up axis as it needs to be
        m_oCameraData.Up.x = -m_oCameraData.Up.x;
        m_oCameraData.Up.y = -m_oCameraData.Up.y;
        m_oCameraData.Up.z = -m_oCameraData.Up.z;
 
        TFLOAT aPosition[ 3 ];
        aPosition[ 0 ] = m_oCameraData.Position.x;
        aPosition[ 1 ] = m_oCameraData.Position.y;
        aPosition[ 2 ] = m_oCameraData.Position.z;
 
        TFLOAT aVelocity[ 3 ];
        aVelocity[ 0 ] = m_oCameraData.Velocity.x;
        aVelocity[ 1 ] = m_oCameraData.Velocity.y;
        aVelocity[ 2 ] = m_oCameraData.Velocity.z;
 
        FSOUND_3D_Listener_SetAttributes( aPosition, aVelocity, m_oCameraData.Forward.x, m_oCameraData.Forward.y, -m_oCameraData.Forward.z, m_oCameraData.Up.x, m_oCameraData.Up.y, -m_oCameraData.Up.z );
    }
 
    FSOUND_Update();
    return TTRUE;
}

◆ PauseAllCues()

void ASoundManager::PauseAllCues ( TBOOL a_bPause )

Definition at line 966 of file ASoundManager.cpp.

{
    if ( a_bPause )
    {
        // Don't count number of pauses
        if ( ms_iNumPauses != 0 ) return;
 
        // Pause cues
        for ( TINT i = 0; i < ASOUNDMANAGER_MAX_NUM_CUE; i++ )
        {
            Cue* pCue = &m_aCues[ i ];
 
            if ( !pCue->pSound || !m_aCategories[ pCue->pSound->m_uiCategoryIndex ].bPausable )
                continue;
 
            T2_FOREACH( pCue->oChannelRefs, channel )
            {
                if ( !( channel->iFlags & 1 ) )
                {
                    FSOUND_SetPaused( channel->iFMODChannelHandle, TTRUE );
                }
            }
        }
 
        ms_iNumPauses += 1;
    }
    else if ( ms_iNumPauses > 0 && --ms_iNumPauses == 0 )
    {
        // Unpause cues
        for ( TINT i = 0; i < ASOUNDMANAGER_MAX_NUM_CUE; i++ )
        {
            Cue* pCue = &m_aCues[ i ];
 
            if ( !pCue->pSound ) continue;
 
            T2_FOREACH( pCue->oChannelRefs, channel )
            {
                if ( !( channel->iFlags & 1 ) )
                {
                    FSOUND_SetPaused( channel->iFMODChannelHandle, TFALSE );
                }
            }
        }
    }
}

◆ PlayCue()

TINT ASoundManager::PlayCue ( ASoundId a_iSound )

Definition at line 240 of file ASoundManager.cpp.

{
    return PlayCueEx( a_iSound, 1.0f, TFALSE, 0.0f, -1 );
}

◆ PlayCueEx()

TINT ASoundManager::PlayCueEx	(	ASoundId	a_iSound,
		TFLOAT	a_fVolume,
		TBOOL	a_bFlag,
		TFLOAT	a_fDelay,
		TINT	a_iTrack )

Definition at line 245 of file ASoundManager.cpp.

{
    if ( a_iSound == ASOUNDID_INVALID )
        return -1;
 
    // Look if the sound is stored to be played
    auto pFoundNode = m_SoundIdToSound.Find( a_iSound );
 
    if ( !m_SoundIdToSound.IsValid( pFoundNode ) )
        return -1;
 
    // The sound is found, can use it
    ASound* pSound = pFoundNode->GetSecond();
 
    // Check if no waves are stored in the sound
    if ( pSound->m_vecSamples.Size() == 0 )
        return -1;
 
    TINT iCueIndex = GetAvailableCueIndex();
 
    // Check if we can use some cue to play the sound
    if ( iCueIndex == -1 )
        return -1;
 
    Cue* pCue        = &m_aCues[ iCueIndex ];
    pCue->fStartTime = m_fCurrentTime;
 
    // Add this cue to a category
    m_aCategories[ pSound->m_uiCategoryIndex ].PlayingCues.PushBack( pCue );
 
    TINT iFlags = pSound->m_iFlags;
 
    if ( a_bFlag )
    {
        iFlags |= 1;
        pCue->fStartTime2 = m_fCurrentTime;
    }
 
    // Setup basic settings on the cue
    pCue->fVolume    = ( a_fVolume > 1.0f ) ? 1.0f : a_fVolume;
    pCue->pSound     = pSound;
    pCue->fFrequency = 1.0f;
    pCue->vecLoopStarts.Copy( pSound->m_vecLoopStarts );
 
    TINT iSoundNumTracks = pSound->m_vecTracks.Size();
 
    if ( a_iTrack == -1 )
    {
        // Play all the tracks of this sound
 
        if ( iSoundNumTracks > 0 )
        {
            TINT iFirstWaveIndex = 0;
 
            for ( TINT iTrack = 0; iTrack < iSoundNumTracks; iTrack++ )
            {
                if ( pSound->m_TrackLoop.GetBit( iTrack ) != 0 )
                    iFlags |= 2;
                else
                    iFlags &= ~2;
 
                CreatePlaySoundEvent(
                    pCue,
                    iTrack,
                    iFirstWaveIndex,
                    pSound->m_vecTracks[ iTrack ] + iFirstWaveIndex,
                    iFlags,
                    a_fDelay,
                    -1.0f
                );
 
                iFirstWaveIndex += pSound->m_vecTracks[ iTrack ];
            }
        }
    }
    else
    {
        // Play only the specified track
 
        TINT iFirstWaveIndex = pSound->GetFirstWaveForTrack( a_iTrack );
 
        if ( pSound->m_TrackLoop.GetBit( a_iTrack ) != 0 )
            iFlags |= 2;
        else
            iFlags &= ~2;
 
        CreatePlaySoundEvent(
            pCue,
            a_iTrack,
            iFirstWaveIndex,
            pSound->m_vecTracks[ a_iTrack ] + iFirstWaveIndex,
            iFlags,
            a_fDelay,
            -1.0f
        );
    }
 
    pCue->bUsed = TTRUE;
 
    return iCueIndex;
}

◆ Reset()

TBOOL ASoundManager::Reset ( )

overridevirtual

Definition at line 63 of file ASoundManager.cpp.

{
    TIMPLEMENT();
    return TTRUE;
}

◆ StopCue()

void ASoundManager::StopCue ( TINT & a_rCueIndex )

Definition at line 347 of file ASoundManager.cpp.

{
    StopCueAsync( a_rCueIndex, 0.0f );
}

◆ StopCueAsync()

void ASoundManager::StopCueAsync	(	TINT &	a_rCueIndex,
		TFLOAT	a_fDelay )

Definition at line 421 of file ASoundManager.cpp.

{
    if ( a_rCueIndex == -1 )
        return;
 
    TASSERT( a_rCueIndex >= 0 && a_rCueIndex < ASOUNDMANAGER_MAX_NUM_CUE );
    Cue* pCue   = &m_aCues[ a_rCueIndex ];
    a_rCueIndex = -1;
 
    if ( pCue->IsUsed() )
    {
        if ( a_fDelay != 0.0f && pCue->oChannelRefs.Size() == 0 )
        {
            // No need to remove events or wait for async stop
            pCue->Reset();
        }
        else if ( !pCue->HasEventOfType( SOUNDEVENT_StopAudio ) )
        {
            CancelCueEvents( pCue, SOUNDEVENT_PlayAudio );
 
            T2_FOREACH( pCue->oChannelRefs, channel )
            {
                if ( channel->iFMODChannelHandle == -1 )
                    continue;
 
                // Stop audio for every valid channel
                CreateSoundEvent( SOUNDEVENT_StopAudio, a_fDelay, pCue, channel->pSample, channel, 0, -1 );
            }
        }
    }
}

Member Data Documentation

◆ AWaveBank

friend ASoundManager::AWaveBank

Definition at line 248 of file ASoundManager.h.

◆ MAX_NUM_CATEGORIES

TUINT ASoundManager::MAX_NUM_CATEGORIES = 16

staticconstexpr

Definition at line 246 of file ASoundManager.h.

◆ ms_bShouldUpdateLoadingScreen

TBOOL ASoundManager::ms_bShouldUpdateLoadingScreen = false

inlinestatic

Definition at line 376 of file ASoundManager.h.

◆ ms_oClass

Toshi::TClass ASoundManager::ms_oClass = Toshi::TClass( "ASoundManager", ASoundManager::PARENTCLASS, ASoundManager::CreateTObject, ASoundManager::CreateTObjectInPlace, ASoundManager::InitialiseClass, ASoundManager::DeinitialiseClass, 0, 1, sizeof( ASoundManager ), alignof( ASoundManager ) )

static

Definition at line 24 of file ASoundManager.h.

◆ PARENTCLASS

Toshi::TClass* ASoundManager::PARENTCLASS = & Toshi::TTask::ms_oClass

staticconstexpr

Definition at line 24 of file ASoundManager.h.

◆ SOUNDS_BASE_DIRECTORY

const TCHAR* ASoundManager::SOUNDS_BASE_DIRECTORY = "Data/Sound/"

staticconstexpr

Definition at line 245 of file ASoundManager.h.

The documentation for this class was generated from the following files:

D:/_dev/OpenBarnyard/Source/OpenBarnyard/Source/Sound/ASoundManager.h
D:/_dev/OpenBarnyard/Source/OpenBarnyard/Source/Sound/ASoundManager.cpp

Classes

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Static Public Attributes

Detailed Description

Member Typedef Documentation

◆ BaseClass

◆ PauseListener

◆ SoundEventList

◆ ThisClass

Member Enumeration Documentation

◆ SOUNDEVENT

Constructor & Destructor Documentation

◆ ASoundManager()

◆ ~ASoundManager()

Member Function Documentation

◆ CancelCueEvents()

◆ CreateTObject()

◆ CreateTObjectInPlace()

◆ DeinitialiseClass()

◆ FindSoundBank()

◆ FindWaveBank()

◆ GetAvailableCueIndex()

◆ GetClass()

◆ GetClassStatic()

◆ InitialiseClass()

◆ IsCuePlaying()

◆ LoadSoundBank()

◆ LoadSoundBankSamples()

◆ LoadWaveBankSamples()

◆ LoadWaveBanksInfo()

◆ OnCreate()

◆ OnDestroy()

◆ OnUpdate()

◆ PauseAllCues()

◆ PlayCue()

◆ PlayCueEx()

◆ Reset()

◆ StopCue()

◆ StopCueAsync()

Member Data Documentation

◆ AWaveBank

◆ MAX_NUM_CATEGORIES

◆ ms_bShouldUpdateLoadingScreen

◆ ms_oClass

◆ PARENTCLASS

◆ SOUNDS_BASE_DIRECTORY