ug::StdArrayCommunicationScheme< TArray > Class Template Reference

Communication Scheme for synchronization of arrays or similar datastructures. More...

#include <communication_scheme.h>

Inheritance diagram for ug::StdArrayCommunicationScheme< TArray >:

Public Member Functions
int	get_element_size () const
void	receive (int pid, size_t index, value_type &v)
const value_type &	send (int pid, size_t index) const
	StdArrayCommunicationScheme (TArray &t)
Public Member Functions inherited from ug::CommunicationScheme< StdArrayCommunicationScheme< TArray >, TArray::value_type >
virtual bool	collect (ug::BinaryBuffer &buff, const Interface &interface)
	send data on the interface based on TDerived::send
StdArrayCommunicationScheme< TArray > &	derived ()
	get the derived class
virtual bool	extract (ug::BinaryBuffer &buff, const Interface &interface)
	receive data on the interface and hand it over to TDerived::receive
virtual int	get_required_buffer_size (const Interface &interface)
	get the size of the required buffer for an interface
Public Member Functions inherited from pcl::ICommunicationPolicy< IndexLayout >
virtual bool	begin_layout_collection (const Layout *pLayout)
	signals the beginning of a layout collection.
virtual bool	begin_layout_extraction (const Layout *pLayout)
	signals the beginning of a layout extraction.
virtual void	begin_level_extraction (int level)
	signals that a new layout-level will now be processed.
virtual bool	end_layout_collection (const Layout *pLayout)
	signals the end of a layout collection
virtual bool	end_layout_extraction (const Layout *pLayout)
	signals the end of a layout extraction
virtual	~ICommunicationPolicy ()

Private Types
typedef TArray::value_type	value_type

Private Attributes
TArray &	m_arr

Additional Inherited Members
Public Types inherited from pcl::ICommunicationPolicy< IndexLayout >
typedef Layout::Interface	Interface
typedef IndexLayout	Layout

Detailed Description

template<typename TArray>
class ug::StdArrayCommunicationScheme< TArray >

Communication Scheme for synchronization of arrays or similar datastructures.

Template Parameters

TArray

array to sync. has to support TArray::value_type operator [] (size_t i) const.

example: std::vector<int> vec; ... do sth with the vector on both processors transfer data from master to slave StdArrayCommunicationScheme<std::vector<int> > arrScheme(vec) CommunicateOnIntefaces(parallelCommunicator, slaveLayout, masterLayout, arrScheme); ... done. Now all master nodes have overwritten the data on the slave nodes.

Member Typedef Documentation

value_type

template<typename TArray >

typedef TArray::value_type ug::StdArrayCommunicationScheme< TArray >::value_type

private

Constructor & Destructor Documentation

StdArrayCommunicationScheme()

template<typename TArray >

ug::StdArrayCommunicationScheme< TArray >::StdArrayCommunicationScheme ( TArray &  t )

inline

Member Function Documentation

get_element_size()

template<typename TArray >

int ug::StdArrayCommunicationScheme< TArray >::get_element_size ( ) const

inline

receive()

template<typename TArray >

void ug::StdArrayCommunicationScheme< TArray >::receive ( int  pid, size_t  index, value_type &  v  )

inline

References ug::StdArrayCommunicationScheme< TArray >::m_arr.

send()

template<typename TArray >

const value_type & ug::StdArrayCommunicationScheme< TArray >::send ( int  pid, size_t  index  ) const

inline

References ug::StdArrayCommunicationScheme< TArray >::m_arr.

Member Data Documentation

m_arr

template<typename TArray >

TArray& ug::StdArrayCommunicationScheme< TArray >::m_arr

private

Referenced by ug::StdArrayCommunicationScheme< TArray >::receive(), and ug::StdArrayCommunicationScheme< TArray >::send().

---

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

• ugbase/lib_algebra/parallelization/communication_scheme.h