Inheritance diagram for csl::IndexedSymmetry:

Public Member Functions
	IndexedSymmetry (const IndexStructure &init)

	IndexedSymmetry (const Index &i1, const Index &i2)

	IndexedSymmetry (const IndexStructure &init, const Symmetry &initialSym)

void	addSymmetry (const Index &i1, const Index &i2)

void	addSymmetry (const std::pair< Index, Index > &perm, int symmetry=1)

void	addAntiSymmetry (const Index &i1, const Index &i2)

void	addAntiSymmetry (const std::pair< Index, Index > &perm)

IndexedSymmetry	operator+ (const IndexedSymmetry &other) const

IndexedSymmetry &	operator+= (const IndexedSymmetry &other)

IndexedSymmetry	operator* (const IndexedSymmetry &other) const

IndexedSymmetry &	*operator=** (const IndexedSymmetry &other)

csl::vector_expr	applySymmetry (const Expr &expr) const

Public Member Functions inherited from csl::Symmetry
	Symmetry ()
	Default constructor.

	Symmetry (int t_dim)
	Initializes the symmetry in a given dimension.

	Symmetry (const Symmetry &t_symmetry)=default
	Copy constructor. More...

	~Symmetry ()
	Destructor.

int	getDim () const
	The dimension of the symmetry is the number of indices on which it is applied, and then also the Permutation::size of the Permutation objects it encapsulates. More...

size_t	getNPermutation () const

std::vector< Permutation >	getPermutation () const

int	getSymmetryOf (int i, int j) const

void	addSymmetry (const Permutation &newPermutation, int sym=1)
	Adds a new symmetry in the form of a Permutation. The user must give the Permutation and the symmetry factor associated (1 if the Permutation is a symmetry, -1 if it is an anti-symmetry). More...

void	addSymmetry (const std::vector< int > &newPermutation, int sym=1)
	Adds a new symmetry in the form of a Permutation. The user must give the Permutation and the symmetry factor associated (1 if the Permutation is a symmetry, -1 if it is an anti-symmetry). More...

void	addSymmetry (const std::vector< std::vector< int >> &newPermutation, int sym=1)
	Adds a new symmetry in the form of a Permutation. The user must give the Permutation and the symmetry factor associated (1 if the Permutation is a symmetry, -1 if it is an anti-symmetry). More...

void	adjustPermutationSize ()

void	setMustGetSpan (bool t_must)

bool	operator== (const Symmetry &symmetry) const
	operator==, compares two Symmetry objects. More...

bool	operator!= (const Symmetry &symmetry) const
	operator!=, compares two Symmetry objects. More...

Symmetry	operator* (const Symmetry &other) const

Friends
std::ostream &	operator<< (std::ostream &fout, const IndexedSymmetry &sym)

Additional Inherited Members
Protected Attributes inherited from csl::Symmetry
int	dim
	Dimension of the symmetry, i.e. number of indices of the TensorElement.

bool	mustGetSpan = true

std::vector< Permutation >	permutation
	List of the permutations for which the TensorElement have a symmetry or an antisymmetry property.

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

include/symmetry.h
src/symmetry.cpp

Public Member Functions

Friends

Additional Inherited Members