#include <graphicalmodel.hxx>

Inheritance diagram for opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >:

Collaboration diagram for opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >:

Public Types
enum	FunctionInformation { NrOfFunctionTypes = meta::LengthOfTypeList<FunctionTypeList>::value }

typedef GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >	GraphicalModelType

typedef SPACE	SpaceType

typedef SpaceType::IndexType	IndexType

typedef SpaceType::LabelType	LabelType

typedef T	ValueType

typedef meta::GenerateFunctionTypeList< FUNCTION_TYPE_LIST, ExplicitFunction< T, IndexType, LabelType >, false >::type	FunctionTypeList

typedef FunctionIdentification< IndexType, UInt8Type >	FunctionIdentifier

typedef IndependentFactor< ValueType, IndexType, LabelType >	IndependentFactorType

typedef Factor< GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE > >	FactorType

typedef OPERATOR	OperatorType

Public Types inherited from opengm::FactorGraph< GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >, SPACE::IndexType >
typedef GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >	SpecialType

typedef AccessorIterator< VariableAccessor, true >	ConstVariableIterator

typedef AccessorIterator< FactorAccessor, true >	ConstFactorIterator

Public Member Functions
	GraphicalModel ()

	GraphicalModel (const GraphicalModel &)

	GraphicalModel (const SpaceType &, const size_t reserveFactorsPerVariable=0)
	construct a graphical model based on a label space More...

GraphicalModel &	operator= (const GraphicalModel &)

const SpaceType &	space () const
	return the label space underlying the graphical model More...

IndexType	numberOfVariables () const

IndexType	numberOfVariables (const IndexType) const
	return the order (number of variables) of a specific factor More...

IndexType	numberOfLabels (const IndexType) const
	return the number of labels of an indicated variable More...

IndexType	numberOfFunctions (const size_t) const
	return the number of functions of a specific type More...

IndexType	numberOfFactors () const

IndexType	numberOfFactors (const IndexType) const
	return the order (number of factors) connected to a specific variable More...

IndexType	variableOfFactor (const IndexType, const IndexType) const
	return the k-th variable of the j-th factor More...

IndexType	factorOfVariable (const IndexType, const IndexType) const
	return the k-th factor connected to the j-th variable More...

const FactorType &	operator[] (const IndexType) const
	access a factor of the graphical model More...

template<class ITERATOR >
ValueType	evaluate (ITERATOR) const
	evaluate the modeled function for a given labeling More...

size_t	factorOrder () const
	return the maximum of the orders of all factors More...

void	assign (const SpaceType &)
	clear the graphical model and construct a new one based on a label space More...

IndexType	addVariable (const IndexType)
	add a new variable to the graphical model and underlying label space More...

template<class FUNCTION_TYPE >
FunctionIdentifier	addFunction (const FUNCTION_TYPE &)
	add a function to the graphical model More...

template<class FUNCTION_TYPE >
std::pair< FunctionIdentifier, FUNCTION_TYPE & >	addFunctionWithRefReturn (const FUNCTION_TYPE &)

template<class FUNCTION_TYPE >
FunctionIdentifier	addSharedFunction (const FUNCTION_TYPE &)
	add a function to the graphical model avoiding duplicates (requires search) More...

template<class FUNCTION_TYPE >
FUNCTION_TYPE &	getFunction (const FunctionIdentifier &)
	access functions More...

template<class ITERATOR >
IndexType	addFactor (const FunctionIdentifier &, ITERATOR, ITERATOR)
	add a factor to the graphical model More...

template<class ITERATOR >
IndexType	addFactorNonFinalized (const FunctionIdentifier &, ITERATOR, ITERATOR)
	add a factor to the graphical model More...

void	finalize ()

template<class FUNCTION_TYPE >
void	reserveFunctions (const size_t numF)

void	reserveFactors (const size_t numF)

void	reserveFactorsVarialbeIndices (const size_t size)

LabelType	maxNumberOfLabels () const

template<class FUNCTION_TYPE >
std::pair< typename GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::FunctionIdentifier, FUNCTION_TYPE & >	addFunctionWithRefReturn (const FUNCTION_TYPE &function)

template<size_t FUNCTION_INDEX>
const std::vector< typename meta::TypeAtTypeList< typename GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::FunctionTypeList, FUNCTION_INDEX >::type > &	functions () const

template<size_t FUNCTION_INDEX>
std::vector< typename meta::TypeAtTypeList< typename GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::FunctionTypeList, FUNCTION_INDEX >::type > &	functions ()

Public Member Functions inherited from opengm::FactorGraph< GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >, SPACE::IndexType >
size_t	numberOfVariables () const
	total number of variable nodes in the factor graph More...

size_t	numberOfVariables (const size_t) const
	number of variable nodes connected to a factor node More...

size_t	numberOfFactors () const
	total number of factor nodes in the factor graph More...

size_t	numberOfFactors (const size_t) const
	number of factor nodes connected to a variable node More...

size_t	variableOfFactor (const size_t, const size_t) const
	j-th variable node connected to a factor node More...

size_t	factorOfVariable (const size_t, const size_t) const
	j-th factor node connected to a variable node More...

ConstVariableIterator	variablesOfFactorBegin (const size_t) const
	constant iterator to the beginning of the squence of variables connected to a factor More...

ConstVariableIterator	variablesOfFactorEnd (const size_t) const
	constant iterator to the end of the squence of variables connected to a factor More...

ConstFactorIterator	factorsOfVariableBegin (const size_t) const
	constant iterator to the beginning of the squence of factors connected to a variable More...

ConstFactorIterator	factorsOfVariableEnd (const size_t) const
	constant iterator to the end of the squence of factors connected to a variable More...

bool	variableFactorConnection (const size_t, const size_t) const
	return true if a factor is connected to a variable More...

bool	factorVariableConnection (const size_t, const size_t) const
	return true if a variable is connected to a factor More...

bool	variableVariableConnection (const size_t, const size_t) const
	return true if a variable is connected to a variable More...

bool	factorFactorConnection (const size_t, const size_t) const
	return true if a factor is connected to a factor More...

bool	isAcyclic () const
	return true if the factor graph (!) is acyclic More...

bool	isConnected (marray::Vector< size_t > &representatives) const
	return true if the factor graph (!) is connected More...

bool	isChain (marray::Vector< size_t > &) const
	return true if the factor graph (!) is a chain More...

bool	isGrid (marray::Matrix< size_t > &) const
	return true if the factor graph (!) is a grid More...

size_t	maxFactorOrder () const
	return maximum factor order More...

bool	maxFactorOrder (const size_t maxOrder) const
	return true if the maximum factor order is less or equal to maxOrder More...

size_t	numberOfNthOrderFactorsOfVariable (const size_t, const size_t) const
	return number of factors with order n which are connected to variable More...

size_t	numberOfNthOrderFactorsOfVariable (const size_t, const size_t, marray::Vector< size_t > &) const
	return number of factors with order n which are connected to variable and stores the corresponding factorIDs More...

size_t	secondVariableOfSecondOrderFactor (const size_t, const size_t) const
	return returns the id of the second variable which is connected to a given variable via a second order factor More...

void	variableAdjacencyMatrix (marray::Matrix< bool > &) const
	outputs the factor graph as a variable adjacency matrix More...

void	variableAdjacencyList (std::vector< std::set< IndexType > > &) const
	outputs the factor graph as variable adjacency lists More...

void	variableAdjacencyList (std::vector< RandomAccessSet< IndexType > > &) const
	outputs the factor graph as variable adjacency lists More...

void	factorAdjacencyList (std::vector< std::set< IndexType > > &) const

void	factorAdjacencyList (std::vector< RandomAccessSet< IndexType > > &) const

Protected Member Functions
template<size_t FUNCTION_INDEX>
const std::vector< typename meta::TypeAtTypeList< FunctionTypeList, FUNCTION_INDEX >::type > &	functions () const

template<size_t FUNCTION_INDEX>
std::vector< typename meta::TypeAtTypeList< FunctionTypeList, FUNCTION_INDEX >::type > &	functions ()

Protected Member Functions inherited from opengm::FactorGraph< GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >, SPACE::IndexType >
	operator GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE > & ()

	operator GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >const & () const

bool	shortestPath (const size_t, const size_t, LIST &, const LIST &=LIST()) const
	computes the shortest path from s to t using Dijkstra's algorithm with uniform distances More...

bool	twoHopConnected (const size_t, const size_t, LIST &) const
	checks if variabel1 is connected to variable2 via two hops More...

Friends
template<typename GM >
void	opengm::hdf5::save (const GM &, const std::string &, const std::string &)

template<typename GM >
void	opengm::hdf5::load (GM &, const std::string &, const std::string &)

Detailed Description

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>
class opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >

GraphicalModel.

Implements the graphical model interface see also for factorgraph_view

Examples:: gibbs.cxx, grid_potts.cxx, inference_types.cxx, interpixel_boundary_segmentation.cxx, io_graphical_model.cxx, markov-chain.cxx, one_to_one_matching.cxx, opengmBuild.cxx, quick_start.cxx, space_types.cxx, and swendsenwang.cxx.

Definition at line 63 of file graphicalmodel.hxx.

Member Typedef Documentation

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

typedef Factor<GraphicalModel<T, OPERATOR, FUNCTION_TYPE_LIST, SPACE> > opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::FactorType

Definition at line 87 of file graphicalmodel.hxx.

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

typedef FunctionIdentification<IndexType, UInt8Type> opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::FunctionIdentifier

Definition at line 85 of file graphicalmodel.hxx.

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

typedef meta::GenerateFunctionTypeList< FUNCTION_TYPE_LIST, ExplicitFunction<T,IndexType,LabelType>,false >::type opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::FunctionTypeList

Definition at line 79 of file graphicalmodel.hxx.

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

typedef GraphicalModel<T, OPERATOR, FUNCTION_TYPE_LIST, SPACE> opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::GraphicalModelType

Definition at line 70 of file graphicalmodel.hxx.

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

typedef IndependentFactor<ValueType, IndexType, LabelType> opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndependentFactorType

Definition at line 86 of file graphicalmodel.hxx.

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

typedef SpaceType::IndexType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndexType

Definition at line 72 of file graphicalmodel.hxx.

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

typedef SpaceType::LabelType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::LabelType

Definition at line 73 of file graphicalmodel.hxx.

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

typedef OPERATOR opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::OperatorType

Definition at line 88 of file graphicalmodel.hxx.

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

typedef SPACE opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::SpaceType

Definition at line 71 of file graphicalmodel.hxx.

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

typedef T opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::ValueType

Definition at line 74 of file graphicalmodel.hxx.

Constructor & Destructor Documentation

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::GraphicalModel ( )

inline

Definition at line 305 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::GraphicalModel ( const GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE > & gm )

inline

Definition at line 318 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::GraphicalModel	(	const SpaceType &	space,
		const size_t	reserveFactorsPerVariable = `0`
	)

inline

construct a graphical model based on a label space

Definition at line 347 of file graphicalmodel.hxx.

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Member Function Documentation

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

template<class ITERATOR >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndexType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::addFactor	(	const FunctionIdentifier &	functionIdentifier,
		ITERATOR	begin,
		ITERATOR	end
	)

inline

add a factor to the graphical model

Parameters

functionIdentifier	identifier of the underlying function, cf. addFunction
begin	iterator to the beginning of a sequence of variable indices
end	iterator to the end of a sequence of variable indices

See also: addFunction

Definition at line 656 of file graphicalmodel.hxx.

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template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

template<class ITERATOR >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndexType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::addFactorNonFinalized	(	const FunctionIdentifier &	functionIdentifier,
		ITERATOR	begin,
		ITERATOR	end
	)

inline

add a factor to the graphical model

Parameters

functionIdentifier	identifier of the underlying function, cf. addFunction
begin	iterator to the beginning of a sequence of variable indices
end	iterator to the end of a sequence of variable indices

See also: addFunction

IF FACTORS ARE ADDED WITH THIS FUNCTION , gm.finalize() needs to be called

Definition at line 707 of file graphicalmodel.hxx.

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template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

template<class FUNCTION_TYPE >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::FunctionIdentifier opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::addFunction ( const FUNCTION_TYPE & function )

inline

add a function to the graphical model

Parameters

function a copy of function is stored in the model

Returns: the identifier of the new function that can be used e.g. with the function addFactor

See also: addFactor; getFunction

Definition at line 523 of file graphicalmodel.hxx.

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template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

template<class FUNCTION_TYPE >

std::pair<FunctionIdentifier,FUNCTION_TYPE &> opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::addFunctionWithRefReturn ( const FUNCTION_TYPE & )

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

template<class FUNCTION_TYPE >

std::pair<typename GraphicalModel<T, OPERATOR, FUNCTION_TYPE_LIST, SPACE>::FunctionIdentifier,FUNCTION_TYPE &> opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::addFunctionWithRefReturn ( const FUNCTION_TYPE & function )

inline

Definition at line 551 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

template<class FUNCTION_TYPE >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::FunctionIdentifier opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::addSharedFunction ( const FUNCTION_TYPE & function )

inline

add a function to the graphical model avoiding duplicates (requires search)

Returns: the identifier of the function that can be used e.g. with the function addFactor

See also: addFactor

Definition at line 582 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndexType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::addVariable ( const IndexType nLabels )

inline

add a new variable to the graphical model and underlying label space

Returns: index of the newly added variable

Definition at line 372 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

void opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::assign ( const SpaceType & space )

inline

clear the graphical model and construct a new one based on a label space

Definition at line 385 of file graphicalmodel.hxx.

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template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

template<class ITERATOR >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::ValueType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::evaluate ( ITERATOR labels ) const

inline

evaluate the modeled function for a given labeling

Parameters

labels iterator to the beginning of a sequence of label indices

Definition at line 445 of file graphicalmodel.hxx.

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template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndexType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::factorOfVariable	(	const IndexType	variableIndex,
		const IndexType	factorNumber
	)		const

inline

return the k-th factor connected to the j-th variable

See also: FactorGraph

Definition at line 294 of file graphicalmodel.hxx.

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template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

size_t opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::factorOrder ( ) const

inline

return the maximum of the orders of all factors

Definition at line 498 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

void opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::finalize ( )

Definition at line 749 of file graphicalmodel.hxx.

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template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

template<size_t FUNCTION_INDEX>

const std::vector<typename meta::TypeAtTypeList<FunctionTypeList, FUNCTION_INDEX>::type>& opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::functions ( ) const

protected

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

template<size_t FUNCTION_INDEX>

std::vector<typename meta::TypeAtTypeList<FunctionTypeList, FUNCTION_INDEX>::type>& opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::functions ( )

protected

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

template<size_t FUNCTION_INDEX>

const std::vector< typename meta::TypeAtTypeList< typename GraphicalModel<T, OPERATOR, FUNCTION_TYPE_LIST, SPACE>::FunctionTypeList, FUNCTION_INDEX >::type >& opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::functions ( ) const

Definition at line 802 of file graphicalmodel.hxx.

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

template<size_t FUNCTION_INDEX>

std::vector< typename meta::TypeAtTypeList< typename GraphicalModel<T, OPERATOR, FUNCTION_TYPE_LIST, SPACE>::FunctionTypeList, FUNCTION_INDEX >::type >& opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::functions ( )

Definition at line 816 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

template<class FUNCTION_TYPE >

FUNCTION_TYPE & opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::getFunction ( const FunctionIdentifier & fid )

access functions

For example:

opengm::ExplicitFunction<double> f = gm.getFunction<opengm::ExplicitFunction<double> >(fid);

If your function and graphical model type both depend on one or more common template parameters, you may have to add the .template keyword for some compilers:

opengm::ExplicitFunction<double> f = gm.template getFunction< FunctionType >(fid);

Parameters

functionIdentifier identifier of the underlying function, cf. addFunction

See also: addFunction

Definition at line 632 of file graphicalmodel.hxx.

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

LabelType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::maxNumberOfLabels ( ) const

inline

Definition at line 153 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndexType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::numberOfFactors ( ) const

inline

Definition at line 426 of file graphicalmodel.hxx.

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template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndexType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::numberOfFactors ( const IndexType variableIndex ) const

inline

return the order (number of factors) connected to a specific variable

See also: FactorGraph

Definition at line 242 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndexType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::numberOfFunctions ( const size_t functionTypeIndex ) const

inline

return the number of functions of a specific type

Definition at line 266 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndexType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::numberOfLabels ( const IndexType index ) const

inline

return the number of labels of an indicated variable

Definition at line 404 of file graphicalmodel.hxx.

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template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndexType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::numberOfVariables ( ) const

inline

Definition at line 395 of file graphicalmodel.hxx.

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template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndexType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::numberOfVariables ( const IndexType factorIndex ) const

inline

return the order (number of variables) of a specific factor

See also: FactorGraph

Definition at line 254 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE > & opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::operator= ( const GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE > & gm )

inline

Definition at line 771 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

const GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::FactorType & opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::operator[] ( const IndexType index ) const

inline

access a factor of the graphical model

Definition at line 416 of file graphicalmodel.hxx.

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

void opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::reserveFactors ( const size_t numF )

inline

Definition at line 144 of file graphicalmodel.hxx.

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template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

void opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::reserveFactorsVarialbeIndices ( const size_t size )

inline

Definition at line 148 of file graphicalmodel.hxx.

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template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

template<class FUNCTION_TYPE >

void opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::reserveFunctions ( const size_t numF )

inline

Definition at line 134 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

const SPACE & opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::space ( ) const

inline

return the label space underlying the graphical model

Definition at line 434 of file graphicalmodel.hxx.

template<class T , class OPERATOR , class FUNCTION_TYPE_LIST , class SPACE >

GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::IndexType opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >::variableOfFactor	(	const IndexType	factorIndex,
		const IndexType	variableNumber
	)		const

inline

return the k-th variable of the j-th factor

See also: FactorGraph

Definition at line 279 of file graphicalmodel.hxx.

Friends And Related Function Documentation

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

template<typename GM >

void opengm::hdf5::load	(	GM &	,
		const std::string &	,
		const std::string &
	)

friend

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>

template<typename GM >

void opengm::hdf5::save	(	const GM &	,
		const std::string &	,
		const std::string &
	)

friend

Public Types

Public Member Functions

Protected Member Functions

Friends

Detailed Description

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>> class opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

template<class T, class OPERATOR, class FUNCTION_TYPE_LIST = meta::TypeList<ExplicitFunction<T>, meta::ListEnd>, class SPACE = opengm::DiscreteSpace<size_t, size_t>>
class opengm::GraphicalModel< T, OPERATOR, FUNCTION_TYPE_LIST, SPACE >