mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks > Struct Template Reference

Collaboration diagram for mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >:

Documentation

template<typename TGenerator, bool AbsHBData, typename T, std::size_t... Ranks>
struct mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >

Combines a generator producing tuples with HBTupleGenerator.

Template Parameters

TGenerator	a generator type producing generalized tuples
AbsHBData	whether uses a HBData object containing absolute values (magnitudes) or not
T	the values contained by the HBData object
Ranks	result rank or ranks; if Ranks is a single value, produces std::tuple<const std::array<orbital_index_type, Ranks>&, const typename TGenerator::value_type&> else produces std::tuple<std::tuple<const std::array<orbital_index_type, Ranks>&...>, const typename TGenerator::value_type&>

Public Types
using	tvalue_type = typename TGenerator::value_type
using	hbvalue_type = std::conditional_t< sizeof...(Ranks)==1, std::array< orbital_index_type, Rank >, std::tuple< const std::array< orbital_index_type, Ranks > &... > >
using	value_type = std::tuple< const hbvalue_type &, const tvalue_type & >
using	base_type = utility::GeneratorRangeFacade< HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks... >, value_type >
using	HBGenerator = HBTupleGenerator< Rank, RI, AbsHBData, T >
Public Types inherited from mpqc::utility::GeneratorRangeFacade< HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks... >, std::tuple< const std::conditional_t< sizeof...(Ranks)==1, std::array< orbital_index_type,(...+Ranks)>, std::tuple< const std::array< orbital_index_type, Ranks > &... > > &, const TGenerator::value_type & > >
typedef GeneratorIterator< HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks... >, HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks... > *, std::tuple< const std::conditional_t< sizeof...(Ranks)==1, std::array< orbital_index_type,(...+Ranks)>, std::tuple< const std::array< orbital_index_type, Ranks > &... > > &, const TGenerator::value_type & > >	iterator
typedef GeneratorIterator< HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks... >, HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks... > *, const std::tuple< const std::conditional_t< sizeof...(Ranks)==1, std::array< orbital_index_type,(...+Ranks)>, std::tuple< const std::array< orbital_index_type, Ranks > &... > > &, const TGenerator::value_type & > >	const_iterator

Public Member Functions
template<typename TGenerator_ >
	HBCompositeGenerator (TGenerator_ &&tgenerator, std::shared_ptr< const HBSparseTensor< RI, Rank, AbsHBData, T >> hbtensor, typename HBSparseTensor< RI, Rank, AbsHBData, T >::magnitude_type epsilon)
	operator bool () const
HBCompositeGenerator &	operator++ ()
const value_type &	operator* () const
bool	operator== (const HBCompositeGenerator &other) const
const auto &	tgenerator () const
const auto &	hbgenerator () const
const_iterator	begin ()
const_iterator	end () const
Public Member Functions inherited from mpqc::utility::GeneratorRangeFacade< HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks... >, std::tuple< const std::conditional_t< sizeof...(Ranks)==1, std::array< orbital_index_type,(...+Ranks)>, std::tuple< const std::array< orbital_index_type, Ranks > &... > > &, const TGenerator::value_type & > >
const_iterator	begin ()
const_iterator	end () const

Static Public Attributes
constexpr static std::size_t	Rank = (... + Ranks)
constexpr static std::size_t	arity = sizeof...(Ranks)
constexpr static std::size_t	RI

Member Typedef Documentation

base_type

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

using mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::base_type = utility::GeneratorRangeFacade< HBCompositeGenerator<TGenerator, AbsHBData, T, Ranks...>, value_type>

HBGenerator

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

using mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::HBGenerator = HBTupleGenerator<Rank, RI, AbsHBData, T>

hbvalue_type

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

using mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::hbvalue_type = std::conditional_t< sizeof...(Ranks) == 1, std::array<orbital_index_type, Rank>, std::tuple<const std::array<orbital_index_type, Ranks>&...> >

tvalue_type

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

using mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::tvalue_type = typename TGenerator::value_type

value_type

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

using mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::value_type = std::tuple<const hbvalue_type&, const tvalue_type&>

Constructor & Destructor Documentation

HBCompositeGenerator()

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

template<typename TGenerator_ >

mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::HBCompositeGenerator ( TGenerator_ &&  tgenerator, std::shared_ptr< const HBSparseTensor< RI, Rank, AbsHBData, T >>  hbtensor, typename HBSparseTensor< RI, Rank, AbsHBData, T >::magnitude_type  epsilon  )

inline

Member Function Documentation

begin()

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

const_iterator mpqc::utility::GeneratorRangeFacade< Generator, Value >::begin

inline

end()

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

const_iterator mpqc::utility::GeneratorRangeFacade< Generator, Value >::end

inline

hbgenerator()

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

const auto& mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::hbgenerator ( ) const

inline

operator bool()

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::operator bool ( ) const

inlineexplicit

Returns

true if there are no more items to generate

operator*()

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

const value_type& mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::operator* ( ) const

inline

operator++()

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

HBCompositeGenerator& mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::operator++ ( )

inline

operator==()

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

bool mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::operator== ( const HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks > &  other ) const

inline

return true if the current state of generators of other and this are identical

tgenerator()

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

const auto& mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::tgenerator ( ) const

inline

Member Data Documentation

arity

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

constexpr static std::size_t mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::arity = sizeof...(Ranks)

staticconstexpr

Rank

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

constexpr static std::size_t mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::Rank = (... + Ranks)

staticconstexpr

RI

template<typename TGenerator , bool AbsHBData, typename T , std::size_t... Ranks>

constexpr static std::size_t mpqc::HBCompositeGenerator< TGenerator, AbsHBData, T, Ranks >::RI

staticconstexpr

Initial value:

=
      utility::recursive_tuple_size_v<tvalue_type>

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

• mpqc/math/fock/hb.h