Class cv::GComputationT< R(Args…)>#

#include <opencv2/gapi/gtyped.hpp>

Collaboration diagram for cv::GComputationT< R(Args…)>:

cv::GComputationT< R(Args...)> Node1 cv::GComputationT< R(Args...)>   + GComputationT() + apply() + apply() + compile() + compile()

cv::GComputationT< R(Args...)> Node1 cv::GComputationT< R(Args...)>   + GComputationT() + apply() + apply() + compile() + compile()

Member Typedef Documentation#

Gen#

typedef std::function< R(Args…)> cv::GComputationT< R(Args…)>::Gen

Captured#

typedef std::pair< R, GProtoInputArgs > cv::GComputationT< R(Args…)>::Captured

Member Function Documentation#

capture()#

Captured cv::GComputationT< R(Args…)>::capture(
const Gen & g,
Args… args )

GComputationT()#

cv::GComputationT< R(Args…)>::GComputationT(const Gen & generator)

apply()#

void cv::GComputationT< R(Args…)>::apply(
detail::ProtoToParamT< Args >… inArgs,
detail::ProtoToParamT< R > & outArg )

apply()#

void cv::GComputationT< R(Args…)>::apply(
detail::ProtoToParamT< Args >… inArgs,
detail::ProtoToParamT< R > & outArg,
GCompileArgs && args )

Here is the call graph for this function:

cv::GComputationT< R(Args...)>::apply Node1 cv::GComputationT< R(Args...)>::apply Node2 cv::GComputation::apply Node1->Node2 Node3 cv::gin Node1->Node3 Node4 cv::gout Node1->Node4

cv::GComputationT< R(Args...)>::apply Node1 cv::GComputationT< R(Args...)>::apply Node2 cv::GComputation::apply Node1->Node2 Node3 cv::gin Node1->Node3 Node4 cv::gout Node1->Node4

compile()#

GCompiledT cv::GComputationT< R(Args…)>::compile(detail::ProtoToMetaT< Args >… inDescs)

Here is the call graph for this function:

cv::GComputationT< R(Args...)>::compile Node1 cv::GComputationT< R(Args...)>::compile Node2 cv::GComputation::compile Node1->Node2

cv::GComputationT< R(Args...)>::compile Node1 cv::GComputationT< R(Args...)>::compile Node2 cv::GComputation::compile Node1->Node2

compile()#

GCompiledT cv::GComputationT< R(Args…)>::compile(
detail::ProtoToMetaT< Args >… inDescs,
GCompileArgs && args )

Here is the call graph for this function:

cv::GComputationT< R(Args...)>::compile Node1 cv::GComputationT< R(Args...)>::compile Node2 cv::GComputation::compile Node1->Node2

cv::GComputationT< R(Args...)>::compile Node1 cv::GComputationT< R(Args...)>::compile Node2 cv::GComputation::compile Node1->Node2

Member Data Documentation#

m_capture#

Captured cv::GComputationT< R(Args…)>::m_capture

m_comp#

cv::GComputation cv::GComputationT< R(Args…)>::m_comp

Source file#

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