uni20::DenseSpace Class Reference

Symmetry-neutral dense tensor space with one fixed extent. More...

#include <dense_space.hpp>

Public Member Functions
	DenseSpace (std::size_t extent, std::string label={})
	Construct a dense space.
auto	empty () const -> bool
	Return whether the dense space has zero extent.
auto	extent () const -> std::size_t
	Return the dense extent.
auto	label () const -> std::string const &
	Return the semantic leg label.
auto	operator== (DenseSpace const &other) const -> bool=default
	Compare dense extent and label.
void	set_label (std::string label)
	Replace the semantic leg label without changing the extent.

Detailed Description

Symmetry-neutral dense tensor space with one fixed extent.

A dense leg bundles structurally identical symmetric tensors without contributing a quantum number to the block-selection rule.

Constructor & Destructor Documentation

DenseSpace()

uni20::DenseSpace::DenseSpace ( std::size_t  extent, std::string  label = {}  )

inlineexplicit

Construct a dense space.

Parameters

extent	Number of dense entries; zero is permitted.
label	Semantic leg label.

Member Function Documentation

empty()

auto uni20::DenseSpace::empty ( ) const -> bool

inline

Return whether the dense space has zero extent.

Returns

true when the extent is zero.

extent()

auto uni20::DenseSpace::extent ( ) const -> std::size_t

inline

Return the dense extent.

Returns

Number of dense entries.

label()

auto uni20::DenseSpace::label ( ) const -> std::string const&

inline

Return the semantic leg label.

Returns

Label, which may be empty.

operator==()

auto uni20::DenseSpace::operator== ( DenseSpace const &  other ) const -> bool=default

default

Compare dense extent and label.

Parameters

other

Other dense space.

Returns

true when extent and label are equal.

set_label()

void uni20::DenseSpace::set_label ( std::string  label )

inline

Replace the semantic leg label without changing the extent.

Parameters

label

New label.

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

• dense_space.hpp