Inheritance diagram for mty::DiracSpace:

[legend]

Data Structures
struct	alignedCycle

struct	Chain

struct	FiertzContraction

Public Member Functions
	DiracSpace (csl::Space const *t_spaceTime)

csl::Space const *	getSpaceTime () const

bool	hasSpecialTraceProperty (const csl::vector_expr &tensors) const override

csl::Expr	calculateTrace (csl::vector_expr tensors) const override

csl::Expr	calculateTrace (csl::Expr const &init) const

csl::Index	index () const

csl::Index	st_index () const

void	initProperties ()

alignedCycle	align (csl::vector_expr tensors) const

alignedCycle	alignOpen (csl::vector_expr tensors) const

void	insert (csl::Index const &toInsert, std::vector< csl::Index > &tensors, std::vector< size_t > &cuts, size_t i) const

void	contract (std::vector< csl::Index > &tensors, std::vector< size_t > &cuts, size_t i) const

void	contract (std::vector< csl::Index > &tensors, std::vector< size_t > &cuts, size_t i, size_t j) const

void	contractTensor (std::vector< csl::Index > &tensors, std::vector< size_t > &cuts, size_t i, size_t j) const

std::vector< Chain >	simplifyGammaProd (std::vector< csl::Index > const &indices, std::vector< size_t > const &cuts, csl::Expr const &factor) const

std::vector< Chain >	simplifyGammaProd (Chain const &init) const

Chirality	getChirality (size_t pos, size_t cut, csl::Index proj) const

std::vector< FiertzContraction >	getFiertzContractions (Chain const &init) const

std::vector< Chain >	simplifyFiertzProd (Chain const &init) const

void	applyUniqueChiralityStructure (std::vector< csl::Index > &tensors, std::vector< size_t > &cuts, csl::Expr &factor) const

std::pair< csl::Index, csl::Index >	getBorderOfChain (std::vector< csl::Expr >::const_iterator first, std::vector< csl::Expr >::const_iterator last) const

std::vector< std::pair< csl::Index, csl::Index > >	getBorderOfChains (std::vector< csl::Expr > const &tensors, std::vector< size_t > &cuts) const

csl::vector_expr	applyChainIndices (std::vector< csl::Index > const &tensors, std::vector< size_t > const &cuts, std::vector< std::pair< size_t, size_t >> const &flipped, std::vector< std::pair< csl::Index, csl::Index >> const &indices) const

csl::vector_expr	simplifyChain (csl::vector_expr const &tensors) const

std::vector< csl::Index >	applyInvolution (csl::vector_expr &tensors, csl::Expr &factor) const

void	applyChiralityProp (std::vector< csl::Index > &tensors, csl::Expr &factor) const

void	simplifySquares (std::vector< csl::Index > &tensors, csl::Expr &factor) const

csl::Expr	applyRecursion (std::vector< csl::Index > &tensors, csl::Expr &factor) const

csl::Expr	applyStandardRecursion (std::vector< csl::Index > const &tensors, bool first=true) const

csl::Expr	applyChiralRecursion (std::vector< csl::Index > const &tensors, bool first=true) const

csl::Expr	compute (csl::vector_expr const &tensors) const

size_t	countGammaMult (csl::vector_expr const &tensors) const

size_t	countGammaMult (std::vector< csl::Index > const &tensors) const

std::vector< csl::Index >	exprToIndex (std::vector< csl::Expr > const &tensors, std::vector< size_t > &cuts) const

csl::Expr	indexToExpr (csl::Index const &spaceTimeIndex, csl::Index const &first, csl::Index const &second) const

bool	isDelta (csl::Expr const &tensor) const

bool	isGammaTensor (csl::Expr const &tensor) const

bool	isGammaMu (csl::Expr const &tensor) const

bool	isSigma (csl::Expr const &tensor) const

bool	isGammaChir (csl::Expr const &tensor) const

bool	isP_L (csl::Expr const &tensor) const

bool	isP_R (csl::Expr const &tensor) const

bool	isProjector (csl::Expr const &tensor) const

bool	isCMatrix (csl::Expr const &tensor) const

bool	isSymmetric (csl::Expr const &tensor) const

bool	isDelta (csl::Expr_info tensor) const

bool	isGammaTensor (csl::Expr_info tensor) const

bool	isGammaMu (csl::Expr_info tensor) const

bool	isSigma (csl::Expr_info tensor) const

bool	isGammaChir (csl::Expr_info tensor) const

bool	isP_L (csl::Expr_info tensor) const

bool	isP_R (csl::Expr_info tensor) const

bool	isProjector (csl::Expr_info tensor) const

bool	isCMatrix (csl::Expr_info tensor) const

bool	isSymmetric (csl::Expr_info tensor) const

bool	isDelta (csl::Index const &tensor) const

bool	isGammaMu (csl::Index const &tensor) const

bool	isGammaChir (csl::Index const &tensor) const

bool	isP_L (csl::Index const &tensor) const

bool	isP_R (csl::Index const &tensor) const

bool	isProjector (csl::Index const &tensor) const

bool	isCMatrix (csl::Index const &tensor) const

void	flipChirality (csl::Index &tensor) const

csl::Index	flippedChirality (csl::Index const &tensor) const

csl::Index	getSpaceTimeIndex (csl::Expr const &tensor) const

csl::Index	getFirstIndex (csl::Expr const &tensor) const

csl::Index	getSecondIndex (csl::Expr const &tensor) const

Public Member Functions inherited from csl::Space
	Space (const std::string &t_name, int t_dim, std::vector< std::string > const &indexNames={"i", "j", "k", "l"})

	Space (const std::string &t_name, int t_dim, const std::string &name_metric, const Expr &t_metric, std::vector< std::string > const &indexNames={"i", "j", "k", "l"})

virtual std::string	getName () const

int	getDim () const

bool	getSignedIndex () const

Index	generateIndex (const std::string &name) const

Index	generateIndex () const

Expr	generateVector (const std::string &t_name) const

Static Public Member Functions
static size_t	getSpinorDimension (size_t spaceTimeDim)

Data Fields
csl::Tensor	gamma

csl::Tensor	sigma

csl::Tensor	gamma_chir

csl::Tensor	P_L

csl::Tensor	P_R

csl::Tensor	C_matrix

Private Attributes
csl::Space const *	spaceTime

Friends
void	setDiracTensor4 (const DiracSpace *self)

Additional Inherited Members
Protected Attributes inherited from csl::Space
std::string	name

int	dim

bool	signedIndex

Tensor	delta

Tensor	metric

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

include/diracology.h
src/diracology.cpp

Data Structures

Public Member Functions

Static Public Member Functions

Data Fields

Private Attributes

Friends

Additional Inherited Members