Class cv::GCPUContext#

#include <opencv2/gapi/cpu/gcpukernel.hpp>

Collaboration diagram for cv::GCPUContext:

cv::GCPUContext Node1 cv::GCPUContext   + inArg() + inMat() + inVal() + outFrame() + outMatR() + outOpaqueR() + outValR() + outVecR() + state() # outOpaqueRef() # outVecRef() Node2 std::vector< cv::GArg >     Node2->Node1 #m_args Node3 cv::GArg   + GArg() + GArg() + GArg() + get() + get() + unsafe_get() + unsafe_get() Node3->Node1 #m_state Node3->Node2 +elements Node4 ArgKind     Node4->Node3 +kind Node5 OpaqueKind     Node5->Node3 +opaque_kind Node6 cv::util::any   + any() + any() + any() + any() + any() + operator=() + operator=() Node6->Node3 #value Node7 std::vector< T >     Node7->Node2 < cv::GArg > Node8 T     Node8->Node7 +elements Node13 std::unordered_map < K, T >     Node8->Node13 +elements Node9 std::unordered_map < std::size_t, cv::util ::variant >     Node9->Node1 #m_results Node10 size_t     Node10->Node9 +keys Node11 cv::util::variant< Ts >   + variant() + variant() + variant() + variant() + ~variant() + index() + operator=() + operator=() + operator=() + operator=() + operator=() + operator=() + swap() + index_of() Node11->Node9 +elements Node12 type[1]     Node12->Node11 #memory Node13->Node9 < std::size_t, cv:: util::variant > Node14 K     Node14->Node13 +keys

cv::GCPUContext Node1 cv::GCPUContext   + inArg() + inMat() + inVal() + outFrame() + outMatR() + outOpaqueR() + outValR() + outVecR() + state() # outOpaqueRef() # outVecRef() Node2 std::vector< cv::GArg >     Node2->Node1 #m_args Node3 cv::GArg   + GArg() + GArg() + GArg() + get() + get() + unsafe_get() + unsafe_get() Node3->Node1 #m_state Node3->Node2 +elements Node4 ArgKind     Node4->Node3 +kind Node5 OpaqueKind     Node5->Node3 +opaque_kind Node6 cv::util::any   + any() + any() + any() + any() + any() + operator=() + operator=() Node6->Node3 #value Node7 std::vector< T >     Node7->Node2 < cv::GArg > Node8 T     Node8->Node7 +elements Node13 std::unordered_map < K, T >     Node8->Node13 +elements Node9 std::unordered_map < std::size_t, cv::util ::variant >     Node9->Node1 #m_results Node10 size_t     Node10->Node9 +keys Node11 cv::util::variant< Ts >   + variant() + variant() + variant() + variant() + ~variant() + index() + operator=() + operator=() + operator=() + operator=() + operator=() + operator=() + swap() + index_of() Node11->Node9 +elements Node12 type[1]     Node12->Node11 #memory Node13->Node9 < std::size_t, cv:: util::variant > Node14 K     Node14->Node13 +keys

Friends#

Return

Name

Description

class

gimpl::GCPUExecutable

Member Function Documentation#

inArg()#

template<typename T>
const T & cv::GCPUContext::inArg(int input)

inMat()#

const cv::Mat & cv::GCPUContext::inMat(int input)

inVal()#

const cv::Scalar & cv::GCPUContext::inVal(int input)

outFrame()#

cv::MediaFrame & cv::GCPUContext::outFrame(int output)

outMatR()#

cv::Mat & cv::GCPUContext::outMatR(int output)

outOpaqueR()#

template<typename T>
T & cv::GCPUContext::outOpaqueR(int output)

outValR()#

cv::Scalar & cv::GCPUContext::outValR(int output)

outVecR()#

template<typename T>
std::vector< T > & cv::GCPUContext::outVecR(int output)

state()#

GArg cv::GCPUContext::state()

outOpaqueRef()#

detail::OpaqueRef & cv::GCPUContext::outOpaqueRef(int output)

outVecRef()#

detail::VectorRef & cv::GCPUContext::outVecRef(int output)

Member Data Documentation#

m_args#

std::vector< GArg > cv::GCPUContext::m_args

m_results#

std::unordered_map< std::size_t, GRunArgP > cv::GCPUContext::m_results

m_state#

GArg cv::GCPUContext::m_state

Source file#

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