Template Class Operator¶

Defined in File op.hpp

Inheritance Relationships¶

Base Types¶

public container::svector< Op< Statistics::FermiDirac > >
public sequant::Expr (Class Expr)
public sequant::detail::VectorExprAccess< Operator< Statistics::FermiDirac >, container::svector< Op< Statistics::FermiDirac > > > (Template Class VectorExprAccess)

Class Documentation¶

template<Statistics S = Statistics::FermiDirac> class Operator : public container::svector<Op<Statistics::FermiDirac>>, public sequant::Expr, public sequant::detail::VectorExprAccess<Operator<Statistics::FermiDirac>, container::svector<Op<Statistics::FermiDirac>>>¶

Operator is a sequence of Op objects.

Template Parameters:: S – specifies the particle statistics

Public Types

using base_type = container::svector<Op<S>>¶

using iterator = typename base_type::iterator¶

using const_iterator = typename base_type::const_iterator¶

Public Functions

Operator() = default¶

inline explicit Operator(std::initializer_list<Op<S>> ops)¶

inline explicit Operator(base_type &&ops)¶

template<typename I> inline Operator(Action action, std::initializer_list<I> indices)¶

inline operator base_type&() const &¶

inline operator base_type&&() &&¶

inline virtual void adjoint() override¶: adjoint of an Operator is a reversed string of the adjoints of its ops

inline virtual std::wstring to_latex() const override¶

Returns:: the string representation of this in LaTeX format

inline virtual type_id_type type_id() const override¶

Computes and returns the derived type identifier

See also

Expr::get_type_id

Returns:: the hash value for this Expr

inline virtual ExprPtr clone() const override¶

Returns:: a clone of this object, i.e. an object that is equal to this

inline const container::svector<Op<S>>::value_type &at(std::size_t i) const¶

inline container::svector<Op<S>>::value_type &at(std::size_t i)¶

inline auto begin() const¶

inline auto begin()¶

inline void clear()¶

inline container::svector<Op<S>>::value_type &emplace_back(Args&&... args)¶

inline auto end() const¶

inline auto end()¶

inline auto erase(typename container::svector<Op<S>>::const_iterator pos)¶

inline auto erase(typename container::svector<Op<S>>::const_iterator first, typename container::svector<Op<S>>::const_iterator last)¶

inline auto insert(typename container::svector<Op<S>>::const_iterator pos, Args&&... args)¶

inline auto insert(typename container::svector<Op<S>>::const_iterator pos, std::initializer_list<typename container::svector<Op<S>>::value_type> values)¶

inline void pop_back()¶

inline void push_back(const typename container::svector<Op<S>>::value_type &value)¶

inline void push_back(typename container::svector<Op<S>>::value_type &&value)¶

inline auto rbegin() const¶

inline auto rbegin()¶

inline auto rend() const¶

inline auto rend()¶

inline void resize(Args&&... args)¶

inline const container::svector<Op<S>>::value_type &operator[](std::size_t i) const¶

inline container::svector<Op<S>>::value_type &operator[](std::size_t i)¶

Public Static Functions

static inline constexpr std::string static_type_name(std::type_identity<Operator> = {})¶

Public Static Attributes

static constexpr Statistics statistics = S ¶

static constexpr type_rank_type type_rank = S == Statistics::FermiDirac ? expr_type_rank::foperator : S == Statistics::BoseEinstein ? expr_type_rank::boperator : default_type_rank¶

Protected Functions

virtual std::weak_ordering static_lexicographic_compare(const Expr &that, const LexicographicCompareOptions &opts) const override¶: orders by the Op objects (lexicographically)