cadabra::ProjectedAdjform Class Reference

Description

Representation of a sum of tensor monomials, each having the same tensor names, but with different index positions.

As with AdjForm, the names of the tensors are not stored, only the index structure and the coefficient of each term.

#include <Adjform.hh>

Public Types
using	integer_type = int32_t
using	map_t = std::map< Adjform, integer_type >
using	iterator = map_t::iterator
using	const_iterator = map_t::const_iterator

Public Member Functions
	ProjectedAdjform ()
	ProjectedAdjform (const Adjform &adjform, const integer_type &value=1)
void	combine (const ProjectedAdjform &other)
void	combine (const ProjectedAdjform &other, integer_type factor)
ProjectedAdjform &	operator+= (const ProjectedAdjform &other)
void	multiply (const integer_type &k)
ProjectedAdjform &	operator*= (const integer_type &k)
iterator	begin ()
const_iterator	begin () const
iterator	end ()
const_iterator	end () const
void	clear ()
size_t	size () const
size_t	max_size () const
size_t	n_indices () const
bool	empty () const
const integer_type &	get (const Adjform &adjform) const
void	set (const Adjform &adjform, const integer_type &value=1)
void	add (const Adjform &adjform, const integer_type &value=1)
void	apply_young_symmetry (const std::vector< size_t > &indices, bool antisymmetric)
void	apply_ident_symmetry (const std::vector< size_t > &positions, size_t n_indices)
void	apply_ident_symmetry (const std::vector< size_t > &positions, size_t n_indices, const std::vector< std::vector< int >> &commutation_matrix)
void	apply_cyclic_symmetry ()

Private Member Functions
void	set_ (const Adjform &adjform, const integer_type &value=1)
void	add_ (const Adjform &adjform, const integer_type &value=1)

Private Attributes
map_t	data

Static Private Attributes
static integer_type	zero = 0

Friends
ProjectedAdjform	operator+ (ProjectedAdjform lhs, const ProjectedAdjform &rhs)
ProjectedAdjform	operator* (ProjectedAdjform lhs, const integer_type &rhs)

Member Typedef Documentation

const_iterator

using cadabra::ProjectedAdjform::const_iterator = map_t::const_iterator

integer_type

using cadabra::ProjectedAdjform::integer_type = int32_t

iterator

using cadabra::ProjectedAdjform::iterator = map_t::iterator

map_t

using cadabra::ProjectedAdjform::map_t = std::map<Adjform, integer_type>

Constructor & Destructor Documentation

ProjectedAdjform() [1/2]

cadabra::ProjectedAdjform::ProjectedAdjform

(

)

ProjectedAdjform() [2/2]

cadabra::ProjectedAdjform::ProjectedAdjform	(	const Adjform &	adjform,
		const integer_type &	value = 1
	)

Member Function Documentation

add()

void cadabra::ProjectedAdjform::add	(	const Adjform &	adjform,
		const integer_type &	value = 1
	)

add_()

void cadabra::ProjectedAdjform::add_ ( const Adjform &  adjform, const integer_type &  value = 1  )

private

apply_cyclic_symmetry()

void cadabra::ProjectedAdjform::apply_cyclic_symmetry

(

)

apply_ident_symmetry() [1/2]

void cadabra::ProjectedAdjform::apply_ident_symmetry	(	const std::vector< size_t > &	positions,
		size_t	n_indices
	)

apply_ident_symmetry() [2/2]

void cadabra::ProjectedAdjform::apply_ident_symmetry	(	const std::vector< size_t > &	positions,
		size_t	n_indices,
		const std::vector< std::vector< int >> &	commutation_matrix
	)

apply_young_symmetry()

void cadabra::ProjectedAdjform::apply_young_symmetry	(	const std::vector< size_t > &	indices,
		bool	antisymmetric
	)

begin() [1/2]

ProjectedAdjform::iterator cadabra::ProjectedAdjform::begin

(

)

begin() [2/2]

ProjectedAdjform::const_iterator cadabra::ProjectedAdjform::begin

(

)

const

clear()

void cadabra::ProjectedAdjform::clear

(

)

combine() [1/2]

void cadabra::ProjectedAdjform::combine

(

const ProjectedAdjform &

other

)

combine() [2/2]

void cadabra::ProjectedAdjform::combine	(	const ProjectedAdjform &	other,
		integer_type	factor
	)

empty()

bool cadabra::ProjectedAdjform::empty

(

)

const

end() [1/2]

ProjectedAdjform::iterator cadabra::ProjectedAdjform::end

(

)

end() [2/2]

ProjectedAdjform::const_iterator cadabra::ProjectedAdjform::end

(

)

const

get()

const ProjectedAdjform::integer_type & cadabra::ProjectedAdjform::get

(

const Adjform &

adjform

)

const

max_size()

size_t cadabra::ProjectedAdjform::max_size

(

)

const

multiply()

void cadabra::ProjectedAdjform::multiply

(

const integer_type &

k

)

n_indices()

size_t cadabra::ProjectedAdjform::n_indices

(

)

const

operator*=()

ProjectedAdjform & cadabra::ProjectedAdjform::operator*=

(

const integer_type &

k

)

operator+=()

ProjectedAdjform & cadabra::ProjectedAdjform::operator+=

(

const ProjectedAdjform &

other

)

set()

void cadabra::ProjectedAdjform::set	(	const Adjform &	adjform,
		const integer_type &	value = 1
	)

set_()

void cadabra::ProjectedAdjform::set_ ( const Adjform &  adjform, const integer_type &  value = 1  )

private

size()

size_t cadabra::ProjectedAdjform::size

(

)

const

Friends And Related Function Documentation

operator*

ProjectedAdjform operator* ( ProjectedAdjform  lhs, const integer_type &  rhs  )

friend

operator+

ProjectedAdjform operator+ ( ProjectedAdjform  lhs, const ProjectedAdjform &  rhs  )

friend

Member Data Documentation

data

map_t cadabra::ProjectedAdjform::data

private

zero

ProjectedAdjform::integer_type cadabra::ProjectedAdjform::zero = 0

staticprivate

---

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

• core/Adjform.hh
• core/Adjform.cc