Atom::FQuartzClockProxy クラス

#include <AtomMixerClock.h>

公開メンバ関数
	FQuartzClockProxy ()
	FQuartzClockProxy (const FName &Name)
CRI_API	FQuartzClockProxy (TSharedPtr< FQuartzClock, ESPMode::ThreadSafe > InClock)
CRI_API bool	DoesClockExist () const
CRI_API float	GetBeatProgressPercent (const EQuartzCommandQuantization &QuantizationType) const
FName	GetClockName () const
CRI_API FQuartzTransportTimeStamp	GetCurrentClockTimestamp () const
CRI_API float	GetDurationOfQuantizationTypeInSeconds (const EQuartzCommandQuantization &QuantizationType, float Multiplier) const
CRI_API float	GetEstimatedClockRunTimeSeconds () const
CRI_API Audio::FQuartzClockTickRate	GetTickRate () const
CRI_API bool	IsClockRunning () const
CRI_API bool	IsValid () const
	operator bool () const
	operator const FName & () const
bool	operator== (const FName &Name) const
CRI_API bool	SendCommandToClock (TFunction< void(FQuartzClock *)> InCommand)

限定公開変数類
TWeakPtr< FQuartzClock, ESPMode::ThreadSafe >	ClockWeakPtr

非公開変数類
FName	ClockId
FQuartzClockCommandQueueWeakPtr	SharedQueue

詳解

FQuartzClockProxy:

This class is a C++ handle to the underlying clock.

It is mostly a wrapper around a TWeakPtr<FQuartzClock> and
FQuartzClockCommandQueueType

The getters query the underlying FQuartzClock directly,
which returns values updated during the last audio-engine tick

If you need to add more getters, add copies of the members in question to
FQuartzClock::FQuartzClockState and update FQuartzClock::UpdateCachedState()
for thread-safe access (or manually protect access w/ CachedClockStateCritSec)

SendCommandToClock() can be used to execute lambdas at the beginning
of the next clock tick.  These lambdas can call FQuartzClock's public methods safely.

Your lambda will take an FQuartzClock* as an argument, which will be passed in by the
FQuartzClock itself when it pumps the command queue.

構築子と解体子

FQuartzClockProxy() [1/3]

Atom::FQuartzClockProxy::FQuartzClockProxy ( )

inline

FQuartzClockProxy() [2/3]

Atom::FQuartzClockProxy::FQuartzClockProxy ( const FName & Name )

inline

FQuartzClockProxy() [3/3]

Atom::FQuartzClockProxy::FQuartzClockProxy

(

TSharedPtr< FQuartzClock, ESPMode::ThreadSafe >

InClock

)

関数詳解

DoesClockExist()

bool Atom::FQuartzClockProxy::DoesClockExist

(

)

const

GetBeatProgressPercent()

float Atom::FQuartzClockProxy::GetBeatProgressPercent

(

const EQuartzCommandQuantization &

QuantizationType

)

const

GetClockName()

FName Atom::FQuartzClockProxy::GetClockName ( ) const

inline

GetCurrentClockTimestamp()

FQuartzTransportTimeStamp Atom::FQuartzClockProxy::GetCurrentClockTimestamp

(

)

const

GetDurationOfQuantizationTypeInSeconds()

float Atom::FQuartzClockProxy::GetDurationOfQuantizationTypeInSeconds	(	const EQuartzCommandQuantization &	QuantizationType,
		float	Multiplier ) const

GetEstimatedClockRunTimeSeconds()

float Atom::FQuartzClockProxy::GetEstimatedClockRunTimeSeconds

(

)

const

GetTickRate()

Audio::FQuartzClockTickRate Atom::FQuartzClockProxy::GetTickRate

(

)

const

IsClockRunning()

bool Atom::FQuartzClockProxy::IsClockRunning

(

)

const

IsValid()

bool Atom::FQuartzClockProxy::IsValid

(

)

const

operator bool()

Atom::FQuartzClockProxy::operator bool ( ) const

inline

operator const FName &()

Atom::FQuartzClockProxy::operator const FName & ( ) const

inline

operator==()

bool Atom::FQuartzClockProxy::operator== ( const FName & Name ) const

inline

SendCommandToClock()

bool Atom::FQuartzClockProxy::SendCommandToClock

(

TFunction< void(FQuartzClock *)>

InCommand

)

メンバ詳解

ClockId

FName Atom::FQuartzClockProxy::ClockId

private

ClockWeakPtr

TWeakPtr<FQuartzClock, ESPMode::ThreadSafe> Atom::FQuartzClockProxy::ClockWeakPtr

protected

SharedQueue

FQuartzClockCommandQueueWeakPtr Atom::FQuartzClockProxy::SharedQueue

private

---

このクラス詳解は次のファイルから抽出されました:

• C:/git/Engine/Plugins/Runtime/CriWare/CriWare/Source/CriWareCore/Public/Atom/Mixer/Quartz/AtomMixerClock.h
• C:/git/Engine/Plugins/Runtime/CriWare/CriWare/Source/CriWareCore/Private/Atom/Mixer/Quartz/AtomMixerClock.cpp