Namespace containing all lha utilities. More...

Data Structures
struct	Comparator
	Helper class to define a comparison function for positions. More...

class	LHABlock
	LHABlock, containing a vector of LHAElement. More...

struct	LHAElement
	Corresponds to a line of a .lha file. More...

struct	LHAElementInputData
	Helper struct to define easily an object on which LHA data will apply. More...

class	LHAFileData
	Final class containing all the data coming from a LHA file. More...

struct	LHAInputData
	Helper struct to define a block of LHAElementInputData to make easy the definition of a modifiable block of expressions. More...

class	Reader
	Class the reads .lha file, parses them and create a LHAFileData containing all blocks with their elements. More...

Typedefs
using	FloatType = long double
	Floating point type for LHA support. Long double is 64 bits usually.

Enumerations
enum	BlockType { BlockType::None, BlockType::SMINPUTS, BlockType::MINPAR, BlockType::EXTPAR, BlockType::MSQ2, BlockType::MSL2, BlockType::MSu2, BlockType::MSd2, BlockType::MSe2, BlockType::TUIN, BlockType::TDIN, BlockType::TEIN }
	Enumeration of possible LHA blocks in MARTY. More...

Functions
void	readFile (std::string const &fileName)
	Load a .lha file for built-in values in MARTY, in particular SM and MSSM inputs. More...

void	readFile (std::ifstream &file)
	Load a .lha file for built-in values in MARTY, in particular SM and MSSM inputs. More...

bool	applyLHA (LHAFileData const &data, std::string_view nameBlock, size_t id, csl::Expr &expr)
	Applies a lha element on an expression, calling csl::Abstract::setValue(). More...

bool	applyLHA (LHAFileData const &data, std::string_view nameBlock, size_t i, size_t j, csl::Expr &expr)
	Applies a lha element on an expression, calling csl::Abstract::setValue(). More...

bool	applyLHA (LHAFileData const &data, std::string_view nameBlock, csl::Expr &expr)
	Applies a matrix lha element on an expression, calling csl::Abstract::setValue(). More...

void	applyLHAOnInputs (LHAFileData const &data, LHAInputData &inputs)
	Applies LHA data on a LHAInputData element. More...

LHAInputData &	getSMInput ()
	Returns all the input data for the SM. More...

LHAInputData	getMINPARInput (int model)
	Returnrs all the input data for MINPAR block. More...

LHAInputData	getEXTPARInput ()
	Returns the input data for the EXTPAR block. More...

LHAInputData	getMatrixInput (csl::Expr &matrix, std::string const &name)
	Returns the input data for a matrix input. More...

std::vector< LHAInputData > &	getMSSMInput (int model)
	Returns all the input data for the MSSM. More...

BlockType	blockType (std::string_view name)
	Returns the BlockType corresponding to its name. The name must correspond to the enumeration name (see BlockType). More...

std::ostream &	operator<< (std::ostream &out, BlockType type)
	Output stream overload for BlockType. More...

std::ostream &	operator<< (std::ostream &out, LHAElement const &element)
	Displays a LHAElement in an output stream. More...

std::ostream &	operator<< (std::ostream &out, LHABlock const &block)
	Displays a LHABlock in an output stream. More...

std::ostream &	operator<< (std::ostream &out, LHAFileData const &data)
	Displays a LHAFileData in an output stream. More...

std::string	tolower (std::string const &str)

int	nSpace (size_t n)
	Returns the number of spaces needed to display correctly an integer. More...

Detailed Description

Namespace containing all lha utilities.

Enumeration Type Documentation

◆ BlockType

enum mty::lha::BlockType

strong

Enumeration of possible LHA blocks in MARTY.

Enumerator
None	Invalid Block.
SMINPUTS	Standard Model inputs.
MINPAR	SUSY breaking input parameters.
EXTPAR	Optional input parameters for non-minimal / non-universal models.
MSQ2	Soft SUSY breaking left squark mass matrix.
MSL2	Soft SUSY breaking left slepton mass matrix.
MSu2	Soft SUSY breaking right up-squark mass matrix.
MSd2	Soft SUSY breaking right down-squark mass matrix.
MSe2	Soft SUSY breaking right selectron mass matrix.
TUIN	Trilinear up-type coupling.
TDIN	Trilinear down-type coupling.
TEIN	Trilinear electron-type coupling.

Function Documentation

◆ applyLHA() [1/3]

bool mty::lha::applyLHA	(	LHAFileData const &	data,
		std::string_view	nameBlock,
		size_t	id,
		csl::Expr &	expr
	)

Applies a lha element on an expression, calling csl::Abstract::setValue().

Parameters

data	LHAFileData read from the file.
nameBlock	Name of the block in which the value appears.
id	ID of the value.
expr	Expression, should be a literal (a csl::Constant typically).

Returns: True if the value of expr has been changed.; False else.

◆ applyLHA() [2/3]

bool mty::lha::applyLHA	(	LHAFileData const &	data,
		std::string_view	nameBlock,
		size_t	i,
		size_t	j,
		csl::Expr &	expr
	)

Applies a lha element on an expression, calling csl::Abstract::setValue().

Parameters

data	LHAFileData read from the file.
nameBlock	Name of the block in which the value appears.
i	Row position (starts from 1) of the matrix element.
j	Column position (starts from 1) of the matrix element.
expr	Expression, should be a literal (a csl::Constant typically).

Returns: True if the value of expr has been changed.; False else.

◆ applyLHA() [3/3]

bool mty::lha::applyLHA	(	LHAFileData const &	data,
		std::string_view	nameBlock,
		csl::Expr &	expr
	)

Applies a matrix lha element on an expression, calling csl::Abstract::setValue().

Parameters

data	LHAFileData read from the file.
nameBlock	Name of the block in which the value appears.
expr	Expression, should be a csl::Matrix.

Returns: True if the values in expr have been changed.; False else.

Note: If no value is found for matrix, nothing happens and this function returns false. If at least one value is found, all other values are set to zero by default.

◆ applyLHAOnInputs()

void mty::lha::applyLHAOnInputs	(	LHAFileData const &	data,
		LHAInputData &	inputs
	)

Applies LHA data on a LHAInputData element.

Parameters

data	LHAFileData read from a .lha file.
inputs	List of inputs for a given block.

◆ blockType()

BlockType mty::lha::blockType ( std::string_view name )

Returns the BlockType corresponding to its name. The name must correspond to the enumeration name (see BlockType).

Parameters

name	Name of the type.

Returns: The BlockType corresponding to name.

◆ getEXTPARInput()

LHAInputData mty::lha::getEXTPARInput ( )

Returns the input data for the EXTPAR block.

Returns: The input data for the EXTPAR block.

◆ getMatrixInput()

LHAInputData mty::lha::getMatrixInput	(	csl::Expr &	matrix,
		std::string const &	name
	)

Returns the input data for a matrix input.

Parameters

matrix	Matrix associated to the LHA input.
name	Name of the block defining the matrix.

Returns: The input data of the block named name, associated to the matric matrix.

◆ getMINPARInput()

LHAInputData mty::lha::getMINPARInput ( int model )

Returnrs all the input data for MINPAR block.

Parameters

model Model type (Block MODSEL, id = 0)

Returns: The input data for MINPAR block in the model model.

◆ getMSSMInput()

std::vector< LHAInputData > & mty::lha::getMSSMInput ( int model )

Returns all the input data for the MSSM.

Parameters

model Model integer corresponding to id 0 on MODSEL block.

Returns: A LHAInputData containing the various blocks of expressions for MSSM inputs.

◆ getSMInput()

LHAInputData & mty::lha::getSMInput ( )

Returns all the input data for the SM.

Returns: A LHAInputData containing the SMINPUTS block of expressions.

◆ nSpace()

int mty::lha::nSpace ( size_t n )

Returns the number of spaces needed to display correctly an integer.

Parameters

n	Integer to display.

Returns: std::ceil(std::log10(n)) >= 4 ? 10 : 5

◆ operator<<() [1/4]

std::ostream & mty::lha::operator<<	(	std::ostream &	out,
		BlockType	type
	)

Output stream overload for BlockType.

Parameters

out	Output stream.
type	BlockType to display.

Returns: A reference to out.

◆ operator<<() [2/4]

std::ostream & mty::lha::operator<<	(	std::ostream &	out,
		LHAElement const &	element
	)

Displays a LHAElement in an output stream.

Parameters

out	Output stream.
element	LHAElement to display.

Returns: A reference to out.

◆ operator<<() [3/4]

std::ostream & mty::lha::operator<<	(	std::ostream &	out,
		LHABlock const &	block
	)

Displays a LHABlock in an output stream.

Parameters

out	Output stream.
element	LHABlock to display.

Returns: A reference to out.

◆ operator<<() [4/4]

std::ostream & mty::lha::operator<<	(	std::ostream &	out,
		LHAFileData const &	data
	)

Displays a LHAFileData in an output stream.

Parameters

out	Output stream.
element	LHAFileData to display.

Returns: A reference to out.

◆ readFile() [1/2]

void mty::lha::readFile ( std::string const & fileName )

Load a .lha file for built-in values in MARTY, in particular SM and MSSM inputs.

Reading this function will automatically set values for all constants appearing in expressions if you are using SM or MSSM (or more generally variables in mty::sm_input or mty::mssm_input namespaces).

Note: This function applies directly the file content on the expressions it knows. If you want to simply get the file data, consider using Reader::readFile() instead.

Parameters

fileName Name of the file to read.

See also: Reader, Reader::readFile()

◆ readFile() [2/2]

void mty::lha::readFile ( std::ifstream & file )

Load a .lha file for built-in values in MARTY, in particular SM and MSSM inputs.

Reading this function will automatically set values for all constants appearing in expressions if you are using SM or MSSM (or more generally variables in mty::sm_input or mty::mssm_input namespaces).

Note: This function applies directly the file content on the expressions it knows. If you want to simply get the file data, consider using Reader::readFile() instead.

Parameters

file	Input file stream for the .lha file.

See also: Reader, Reader::readFile()

Data Structures

Typedefs

Enumerations

Functions

Detailed Description

Enumeration Type Documentation

◆ BlockType

Function Documentation

◆ applyLHA() [1/3]

◆ applyLHA() [2/3]

◆ applyLHA() [3/3]

◆ applyLHAOnInputs()

◆ blockType()

◆ getEXTPARInput()

◆ getMatrixInput()

◆ getMINPARInput()

◆ getMSSMInput()

◆ getSMInput()

◆ nSpace()

◆ operator<<() [1/4]

◆ operator<<() [2/4]

◆ operator<<() [3/4]

◆ operator<<() [4/4]

◆ readFile() [1/2]

◆ readFile() [2/2]