DiFfRG::internal::MatsubaraStorage Class Reference

A class that stores Matsubara quadrature points and weights for a given T, E. Its main purpose is to avoid recomputing the quadrature points and weights for each Matsubara integrator and provide a search algorithm to find previously computed Matsubara quadratures. More...

#include <quadrature_provider.hh>

Public Member Functions
template<typename NT = double>
MatsubaraQuadrature< NT > &	get_matsubara_quadrature (const NT T, const NT E)
	Return the MatsubaraQuadrature object for a given T, E.
void	set_verbosity (int v)
void	set_vacuum_quad_size (const int size)
void	set_min_matsubara_size (const int value)
void	set_max_matsubara_size (const int value)
void	set_matsubara_precision_factor (const int value)

Private Types
template<typename NT = double>
using	StorageType = std::map< double, std::map< double, MatsubaraQuadrature< NT > > >
template<typename NT = double>
using	SubStorageType = std::map< double, MatsubaraQuadrature< NT > >
template<typename NT = double>
using	TemperatureIterator = typename StorageType< NT >::iterator
template<typename NT = double>
using	EnergyIterator = typename StorageType< NT >::mapped_type::iterator

Private Member Functions
MatsubaraQuadrature< double > &	get_matsubara_quadrature_d (const double T, const double E)
MatsubaraQuadrature< float > &	get_matsubara_quadrature_f (const float T, const float E)
TemperatureIterator< double >	find_T_d (const double T)
TemperatureIterator< float >	find_T_f (const float T)
EnergyIterator< double >	find_E_d (const double E, TemperatureIterator< double > T_it)
EnergyIterator< float >	find_E_f (const float E, TemperatureIterator< float > T_it)

Private Attributes
StorageType< double >	quadratures_d
StorageType< float >	quadratures_f
int	verbosity = 0
int	vacuum_quad_size = 64
int	matsubara_precision_factor = 0
int	min_matsubara_size = 32
int	max_matsubara_size = 128
std::mutex	m_mutex

Detailed Description

A class that stores Matsubara quadrature points and weights for a given T, E. Its main purpose is to avoid recomputing the quadrature points and weights for each Matsubara integrator and provide a search algorithm to find previously computed Matsubara quadratures.

Member Typedef Documentation

EnergyIterator

template<typename NT = double>

using DiFfRG::internal::MatsubaraStorage::EnergyIterator = typename StorageType<NT>::mapped_type::iterator

private

StorageType

template<typename NT = double>

using DiFfRG::internal::MatsubaraStorage::StorageType = std::map<double, std::map<double, MatsubaraQuadrature<NT> >>

private

SubStorageType

template<typename NT = double>

using DiFfRG::internal::MatsubaraStorage::SubStorageType = std::map<double, MatsubaraQuadrature<NT> >

private

TemperatureIterator

template<typename NT = double>

using DiFfRG::internal::MatsubaraStorage::TemperatureIterator = typename StorageType<NT>::iterator

private

Member Function Documentation

find_E_d()

EnergyIterator< double > DiFfRG::internal::MatsubaraStorage::find_E_d ( const double  E, TemperatureIterator< double >  T_it  )

private

find_E_f()

EnergyIterator< float > DiFfRG::internal::MatsubaraStorage::find_E_f ( const float  E, TemperatureIterator< float >  T_it  )

private

find_T_d()

TemperatureIterator< double > DiFfRG::internal::MatsubaraStorage::find_T_d ( const double  T )

private

find_T_f()

TemperatureIterator< float > DiFfRG::internal::MatsubaraStorage::find_T_f ( const float  T )

private

get_matsubara_quadrature()

template<typename NT = double>

MatsubaraQuadrature< NT > & DiFfRG::internal::MatsubaraStorage::get_matsubara_quadrature ( const NT  T, const NT  E  )

inline

Return the MatsubaraQuadrature object for a given T, E.

get_matsubara_quadrature_d()

MatsubaraQuadrature< double > & DiFfRG::internal::MatsubaraStorage::get_matsubara_quadrature_d ( const double  T, const double  E  )

private

get_matsubara_quadrature_f()

MatsubaraQuadrature< float > & DiFfRG::internal::MatsubaraStorage::get_matsubara_quadrature_f ( const float  T, const float  E  )

private

set_matsubara_precision_factor()

void DiFfRG::internal::MatsubaraStorage::set_matsubara_precision_factor

(

const int

value

)

set_max_matsubara_size()

void DiFfRG::internal::MatsubaraStorage::set_max_matsubara_size

(

const int

value

)

set_min_matsubara_size()

void DiFfRG::internal::MatsubaraStorage::set_min_matsubara_size

(

const int

value

)

set_vacuum_quad_size()

void DiFfRG::internal::MatsubaraStorage::set_vacuum_quad_size

(

const int

size

)

set_verbosity()

void DiFfRG::internal::MatsubaraStorage::set_verbosity

(

int

v

)

Member Data Documentation

m_mutex

std::mutex DiFfRG::internal::MatsubaraStorage::m_mutex

private

matsubara_precision_factor

int DiFfRG::internal::MatsubaraStorage::matsubara_precision_factor = 0

private

max_matsubara_size

int DiFfRG::internal::MatsubaraStorage::max_matsubara_size = 128

private

min_matsubara_size

int DiFfRG::internal::MatsubaraStorage::min_matsubara_size = 32

private

quadratures_d

StorageType<double> DiFfRG::internal::MatsubaraStorage::quadratures_d

private

quadratures_f

StorageType<float> DiFfRG::internal::MatsubaraStorage::quadratures_f

private

vacuum_quad_size

int DiFfRG::internal::MatsubaraStorage::vacuum_quad_size = 64

private

verbosity

int DiFfRG::internal::MatsubaraStorage::verbosity = 0

private

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

• /__w/DiFfRG_current/DiFfRG_current/DiFfRG/include/DiFfRG/common/quadrature/quadrature_provider.hh