Class NCVVectorAlloc#

#include <opencv2/cudalegacy/NCV.hpp>

Collaboration diagram for NCVVectorAlloc:

NCVVectorAlloc< T > Node1 NCVVectorAlloc< T >   + NCVVectorAlloc() + ~NCVVectorAlloc() + getAllocatorsAlignment() + getSegment() + isMemAllocated() Node2 NCVVector< T >   + NCVVector() + ~NCVVector() + clear() + copySolid() + length() + memType() + ptr() Node2->Node1 Node3 T *     Node3->Node2 #_ptr Node4 size_t     Node4->Node2 #_length Node5 NCVMemoryType     Node5->Node2 #_memtype

NCVVectorAlloc< T > Node1 NCVVectorAlloc< T >   + NCVVectorAlloc() + ~NCVVectorAlloc() + getAllocatorsAlignment() + getSegment() + isMemAllocated() Node2 NCVVector< T >   + NCVVector() + ~NCVVector() + clear() + copySolid() + length() + memType() + ptr() Node2->Node1 Node3 T *     Node3->Node2 #_ptr Node4 size_t     Node4->Node2 #_length Node5 NCVMemoryType     Node5->Node2 #_memtype

Public Member Functions#

Public Member Functions inherited from NCVVector

Return

Name

Description

NCVVector()

~NCVVector()

void

clear()

NCVStatus

copySolid(
    NCVVector< T > & dst,
    cudaStream_t cuStream,
    size_t howMuch = 0 )

size_t

length()

NCVMemoryType

memType()

T *

ptr()

Additional Inherited Members#

Protected Attributes inherited from NCVVector

Return

Name

Description

size_t

_length

NCVMemoryType

_memtype

T *

_ptr

Detailed Description#

template<class T>
class NCVVectorAlloc : public NCVVector<T>#

NCVVectorAlloc

Constructor & Destructor Documentation#

NCVVectorAlloc()#

NCVVectorAlloc::NCVVectorAlloc()

NCVVectorAlloc()#

NCVVectorAlloc::NCVVectorAlloc(const NCVVectorAlloc &)

NCVVectorAlloc()#

NCVVectorAlloc::NCVVectorAlloc(
INCVMemAllocator & allocator_,
Ncv32u length_ )

Here is the call graph for this function:

NCVVectorAlloc::NCVVectorAlloc Node1 NCVVectorAlloc::NCVVector Alloc Node2 INCVMemAllocator::alloc Node1->Node2 Node3 NCVMemSegment::clear Node1->Node3 Node4 NCVVector::clear Node1->Node4

NCVVectorAlloc::NCVVectorAlloc Node1 NCVVectorAlloc::NCVVector Alloc Node2 INCVMemAllocator::alloc Node1->Node2 Node3 NCVMemSegment::clear Node1->Node3 Node4 NCVVector::clear Node1->Node4

~NCVVectorAlloc()#

NCVVectorAlloc::~NCVVectorAlloc()

Here is the call graph for this function:

NCVVectorAlloc::~NCVVectorAlloc Node1 NCVVectorAlloc::~NCVVector Alloc Node2 NCVVector::clear Node1->Node2 Node3 INCVMemAllocator::dealloc Node1->Node3

NCVVectorAlloc::~NCVVectorAlloc Node1 NCVVectorAlloc::~NCVVector Alloc Node2 NCVVector::clear Node1->Node2 Node3 INCVMemAllocator::dealloc Node1->Node3

Member Function Documentation#

operator=()#

NCVVectorAlloc & NCVVectorAlloc::operator=(const NCVVectorAlloc< T > &)

getAllocatorsAlignment()#

Ncv32u NCVVectorAlloc::getAllocatorsAlignment()

Here is the call graph for this function:

NCVVectorAlloc::getAllocatorsAlignment Node1 NCVVectorAlloc::getAllocators Alignment Node2 INCVMemAllocator::alignment Node1->Node2

NCVVectorAlloc::getAllocatorsAlignment Node1 NCVVectorAlloc::getAllocators Alignment Node2 INCVMemAllocator::alignment Node1->Node2

getSegment()#

NCVMemSegment NCVVectorAlloc::getSegment()

isMemAllocated()#

NcvBool NCVVectorAlloc::isMemAllocated()

Here is the call graph for this function:

NCVVectorAlloc::isMemAllocated Node1 NCVVectorAlloc::isMemAllocated Node2 INCVMemAllocator::isCounting Node1->Node2

NCVVectorAlloc::isMemAllocated Node1 NCVVectorAlloc::isMemAllocated Node2 INCVMemAllocator::isCounting Node1->Node2

Member Data Documentation#

allocatedMem#

NCVMemSegment NCVVectorAlloc::allocatedMem

allocator#

INCVMemAllocator & NCVVectorAlloc::allocator

Source file#

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