Xped::FusionTree< Rank, Symmetry > Struct Template Reference

#include <FusionTree.hpp>

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Public Types
typedef Symmetry::qType	qType
typedef Symmetry::Scalar	Scalar

Public Member Functions
template<typename Ar >
void	serialize (Ar &ar)
void	computeDim ()
void	computeIntermediates ()
bool	operator< (const FusionTree< Rank, Symmetry > &other) const
bool	operator> (const FusionTree< Rank, Symmetry > &other) const
bool	operator== (const FusionTree< Rank, Symmetry > &other) const
bool	operator!= (const FusionTree< Rank, Symmetry > &other) const
std::string	printTree (const std::array< std::string, Rank > &s_uncoupled, const std::array< std::string, util::inter_dim(Rank)> &s_intermediates, const std::string &s_coupled, const std::array< std::string, util::mult_dim(Rank)> &s_multiplicities) const
std::string	draw () const
std::string	print () const
template<typename PlainLib >
PlainLib::template TType< Scalar, Rank+1 >	asTensor (const mpi::XpedWorld &world=mpi::getUniverse()) const
FusionTree< Rank+1, Symmetry >	enlarge (const FusionTree< 1, Symmetry > &other) const
std::unordered_map< FusionTree< Rank, Symmetry >, typename Symmetry::Scalar >	permute (const util::Permutation &p) const
std::unordered_map< FusionTree< Rank, Symmetry >, typename Symmetry::Scalar >	swap (const std::size_t &pos) const
template<typename PlainLib >
PlainLib::template TType< typename Symmetry::Scalar, Rank+1 >	asTensor (const mpi::XpedWorld &world) const

Public Attributes
std::array< qType, Rank >	q_uncoupled {}
qType	q_coupled {}
std::size_t	dim {}
std::array< size_t, Rank >	dims {}
std::array< qType, util::inter_dim(Rank)>	q_intermediates {}
std::array< size_t, util::mult_dim(Rank)>	multiplicities
std::array< bool, Rank >	IS_DUAL {}

Friends
std::size_t	hash_value (const FusionTree< Rank, Symmetry > &tree)

Member Typedef Documentation

qType

template<std::size_t Rank, typename Symmetry >

typedef Symmetry::qType Xped::FusionTree< Rank, Symmetry >::qType

Scalar

template<std::size_t Rank, typename Symmetry >

typedef Symmetry::Scalar Xped::FusionTree< Rank, Symmetry >::Scalar

Member Function Documentation

asTensor() [1/2]

template<std::size_t Rank, typename Symmetry >

template<typename PlainLib >

PlainLib::template TType< typename Symmetry::Scalar, Rank+1 > Xped::FusionTree< Rank, Symmetry >::asTensor

(

const mpi::XpedWorld &

world

)

const

asTensor() [2/2]

template<std::size_t Rank, typename Symmetry >

template<typename PlainLib >

PlainLib::template TType< Scalar, Rank+1 > Xped::FusionTree< Rank, Symmetry >::asTensor

(

const mpi::XpedWorld &

world = mpi::getUniverse()

)

const

computeDim()

template<std::size_t Rank, typename Symmetry >

void Xped::FusionTree< Rank, Symmetry >::computeDim ( )

inline

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computeIntermediates()

template<std::size_t Rank, typename Symmetry >

void Xped::FusionTree< Rank, Symmetry >::computeIntermediates

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draw()

template<std::size_t Rank, typename Symmetry >

std::string Xped::FusionTree< Rank, Symmetry >::draw

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enlarge()

template<std::size_t Rank, typename Symmetry >

FusionTree< Rank+1, Symmetry > Xped::FusionTree< Rank, Symmetry >::enlarge

(

const FusionTree< 1, Symmetry > &

other

)

const

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operator!=()

template<std::size_t Rank, typename Symmetry >

bool Xped::FusionTree< Rank, Symmetry >::operator!= ( const FusionTree< Rank, Symmetry > &  other ) const

inline

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operator<()

template<std::size_t Rank, typename Symmetry >

bool Xped::FusionTree< Rank, Symmetry >::operator<

(

const FusionTree< Rank, Symmetry > &

other

)

const

operator==()

template<std::size_t Rank, typename Symmetry >

bool Xped::FusionTree< Rank, Symmetry >::operator==

(

const FusionTree< Rank, Symmetry > &

other

)

const

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operator>()

template<std::size_t Rank, typename Symmetry >

bool Xped::FusionTree< Rank, Symmetry >::operator>

(

const FusionTree< Rank, Symmetry > &

other

)

const

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permute()

template<std::size_t Rank, typename Symmetry >

std::unordered_map< FusionTree< Rank, Symmetry >, typename Symmetry::Scalar > Xped::FusionTree< Rank, Symmetry >::permute

(

const util::Permutation &

p

)

const

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print()

template<std::size_t Rank, typename Symmetry >

std::string Xped::FusionTree< Rank, Symmetry >::print

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printTree()

template<std::size_t Rank, typename Symmetry >

std::string Xped::FusionTree< Rank, Symmetry >::printTree	(	const std::array< std::string, Rank > &	s_uncoupled,
		const std::array< std::string, util::inter_dim(Rank)> &	s_intermediates,
		const std::string &	s_coupled,
		const std::array< std::string, util::mult_dim(Rank)> &	s_multiplicities
	)		const

serialize()

template<std::size_t Rank, typename Symmetry >

template<typename Ar >

void Xped::FusionTree< Rank, Symmetry >::serialize ( Ar &  ar )

inline

swap()

template<std::size_t Rank, typename Symmetry >

std::unordered_map< FusionTree< Rank, Symmetry >, typename Symmetry::Scalar > Xped::FusionTree< Rank, Symmetry >::swap

(

const std::size_t &

pos

)

const

Friends And Related Function Documentation

hash_value

template<std::size_t Rank, typename Symmetry >

std::size_t hash_value ( const FusionTree< Rank, Symmetry > &  tree )

friend

Member Data Documentation

dim

template<std::size_t Rank, typename Symmetry >

std::size_t Xped::FusionTree< Rank, Symmetry >::dim {}

dims

template<std::size_t Rank, typename Symmetry >

std::array<size_t, Rank> Xped::FusionTree< Rank, Symmetry >::dims {}

IS_DUAL

template<std::size_t Rank, typename Symmetry >

std::array<bool, Rank> Xped::FusionTree< Rank, Symmetry >::IS_DUAL {}

multiplicities

template<std::size_t Rank, typename Symmetry >

std::array<size_t, util::mult_dim(Rank)> Xped::FusionTree< Rank, Symmetry >::multiplicities

Initial value:

=
        std::array<size_t, util::mult_dim(Rank)>()

q_coupled

template<std::size_t Rank, typename Symmetry >

qType Xped::FusionTree< Rank, Symmetry >::q_coupled {}

q_intermediates

template<std::size_t Rank, typename Symmetry >

std::array<qType, util::inter_dim(Rank)> Xped::FusionTree< Rank, Symmetry >::q_intermediates {}

q_uncoupled

template<std::size_t Rank, typename Symmetry >

std::array<qType, Rank> Xped::FusionTree< Rank, Symmetry >::q_uncoupled {}

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The documentation for this struct was generated from the following files:

• include/Xped/Core/FusionTree.hpp
• src/Core/FusionTree.cpp