ManagedArray< T > Struct Template Reference

#include <ManagedMemory.h>

Inheritance diagram for ManagedArray< T >:

Public Member Functions
void	init (size_t size, bool onGpu=false)
	calls memInit with category "misc"
void	free ()
	ManagedArray (const T *ptr=0, size_t N=0)
	optionally initialize N elements from a pointer
	ManagedArray (const std::vector< T > &)
	initialize from an std::vector
	ManagedArray (const ManagedArray &)
	copy-constructor
	ManagedArray (ManagedArray &&)
	move-constructor
ManagedArray &	operator= (const ManagedArray &)
	copy-assignment
ManagedArray &	operator= (ManagedArray &&)
	move-assignment
Public Member Functions inherited from ManagedMemory< T >
T *	data ()
	Return a pointer to the actual data Return a CPU pointer to the actual data, will move data from GPU to CPU if necessary In GPU mode, care must be taken when calling this from multiple cpu threads Only the "GPU Owner" thread may call this when the data is actually on the GPU. Ideally call once from main thread to get data onto the cpu before launching other cpu threads.
const T *	data () const
	Return a const pointer to the actual data Return a CPU pointer to the actual data, will move data from GPU to CPU if necessary In GPU mode, care must be taken when calling this from multiple cpu threads Only the "GPU Owner" thread may call this when the data is actually on the GPU. Ideally call once from main thread to get data onto the cpu before launching other cpu threads.
T *	dataGpu ()
	Get a GPU data pointer (must be called from GPU owner thread)
const T *	dataGpu () const
	Get a const GPU data pointer (must be called from GPU owner thread)
size_t	nData () const
	number of data points
bool	isOnGpu () const
	Check where the data is (for #ifdef simplicity exposed even when no GPU_ENABLED)
T *	begin ()
	pointer to start of array
const T *	begin () const
	const pointer to start of array
const T *	cbegin () const
	const pointer to start of array
T *	end ()
	pointer just past end of array
const T *	end () const
	const pointer just past end of array
const T *	cend () const
	const pointer just past end of array
T *	dataPref ()
const T *	dataPref () const
void	read (const char *fname)
	binary read from a file
void	read (FILE *filep)
	binary read from a stream
void	write (const char *fname) const
	binary-write to a file
void	write (FILE *filep) const
	binary-write toa stream
void	read_real (const char *fname)
	binary read real-part from file, setting imaginary parts to 0
void	read_real (FILE *filep)
	binary read real-part from stream, setting imaginary parts to 0
void	write_real (const char *fname) const
	binary write real-parts to file
void	write_real (FILE *filep) const
	binary write real-parts to stream
void	dump (const char *fname, bool realPartOnly) const
	write as complex or real-part alone and report discarded imaginary part, if any
void	zero ()
	set all elements to zero

Additional Inherited Members
Protected Member Functions inherited from ManagedMemory< T >
	ManagedMemory ()
	Initialize a valid state, but don't allocate anything.
void	memFree ()
	Free memory.
void	memInit (string category, size_t nElem, bool onGpu=false)
	Allocate memory.
void	memMove (ManagedMemory< T > &&)
	Steal the other object's data (used for move constructors/assignment)

Detailed Description

template<typename T>
struct ManagedArray< T >

General ManagedMemory class for one-off use as a CPU <-> GPU array. For each commonly-used physical object, derive directly from ManagedMemory and implement operators; do not use this wrapper.

---

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

• core/ManagedMemory.h