TAsyncComponentDataComputeQueue< DataType > Struct Template Reference

#include <DynamicMeshComponent.h>

Classes
struct	FComputeJob

Public Member Functions
	~TAsyncComponentDataComputeQueue ()
void	LaunchJob (const TCHAR *DebugName, TFunction< TUniquePtr< DataType >(FProgressCancel &Progress)> JobWork)
void	WaitForAllJobsDuringShutdown ()

Public Attributes
std::atomic< int >	JobCounter = 0
bool	bIsShuttingDown = false
TArray< TUniquePtr< FComputeJob > >	PendingJobs
FCriticalSection	PendingJobsLock
TFunction< void(TUniquePtr< DataType > NewData)>	OnComputeCompleted

Constructor & Destructor Documentation

~TAsyncComponentDataComputeQueue()

template<typename DataType >

TAsyncComponentDataComputeQueue< DataType >::~TAsyncComponentDataComputeQueue ( )

inline

Member Function Documentation

LaunchJob()

template<typename DataType >

void TAsyncComponentDataComputeQueue< DataType >::LaunchJob ( const TCHAR *  DebugName, TFunction< TUniquePtr< DataType >(FProgressCancel &Progress)>  JobWork  )

inline

WaitForAllJobsDuringShutdown()

template<typename DataType >

void TAsyncComponentDataComputeQueue< DataType >::WaitForAllJobsDuringShutdown ( )

inline

Member Data Documentation

bIsShuttingDown

template<typename DataType >

bool TAsyncComponentDataComputeQueue< DataType >::bIsShuttingDown = false

JobCounter

template<typename DataType >

std::atomic<int> TAsyncComponentDataComputeQueue< DataType >::JobCounter = 0

OnComputeCompleted

template<typename DataType >

TFunction<void(TUniquePtr<DataType> NewData)> TAsyncComponentDataComputeQueue< DataType >::OnComputeCompleted

PendingJobs

template<typename DataType >

TArray<TUniquePtr<FComputeJob> > TAsyncComponentDataComputeQueue< DataType >::PendingJobs

PendingJobsLock

template<typename DataType >

FCriticalSection TAsyncComponentDataComputeQueue< DataType >::PendingJobsLock

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The documentation for this struct was generated from the following file:

• Engine/Source/Runtime/GeometryFramework/Public/Components/DynamicMeshComponent.h