#include <HierarchyObject.hpp>

Public Member Functions
	HierarchyObject (bool isAlphab)

bool	getIsAlphab () const

int	getSuitableHierarchy () const

double	getAbsDiff2L () const

double	getRelDiff2L () const

double	getDMhExpUncertainty (int loops) const

Eigen::Matrix2d	getDMh (int loops) const

double	getDMh2 (int loops) const

Eigen::Matrix2d	getDMhDRbarPrimeToMDRbarPrimeShift () const

Eigen::Vector2d	getMDRMasses () const

int	getMDRFlag () const

int	getRenormalizationScheme () const

double	getDLambdaH3m () const

double	getDLambdaEFT () const

double	getDLambdaNonLog () const

double	getDLambdaUncertainty (int loops) const

double	getDLambda (int loops) const

double	getDLambdaDRbarPrimeToMSbarShift (int loops) const

double	getDMh2EFTAt (int loops) const

double	getDMh2FO (int loops) const

double	getDMh2FOAt (int loops) const

void	setSuitableHierarchy (int hierarchy)

void	setAbsDiff2L (double absDiff2L)

void	setRelDiff2L (double relDiff2L)

void	setDMhExpUncertainty (int loops, double uncertainty)

void	setDMhDRbarPrimeToMDRbarPrimeShift (const Eigen::Matrix2d &mdrShift)

void	setMDRMasses (const Eigen::Vector2d &mdrMasses)

void	setDMh (int loops, const Eigen::Matrix2d &dMh)

void	setDMh2 (int loops, double dMh2)

void	setMDRFlag (int mdrFlag)

void	setRenormalizationScheme (int renScheme)

void	setDLambda (int loops, double deltaLambda)

void	setDLambdaDRbarPrimeToMSbarShift (int loops, double shift)

void	setDLambdaH3m (double deltaLambda)

void	setDLambdaEFT (double deltaLambda)

void	setDLambdaNonLog (double deltaLambda)

void	setDLambdaXtUncertainty (double uncertainty)

std::string	getH3mHierarchyNotation (int hierarchy) const

void	setDMhDRbarPrimeToH3mShift (const Eigen::Matrix2d &shift)

Eigen::Matrix2d	getDMhDRbarPrimeToH3mShift () const

void	setDMh2EFT (int loops, double deltaMh2)

void	setDMh2FO (int loops, double deltaMh2)

void	setDMh2FOAt (int loops, double deltaMh2)

Private Attributes
bool	isAlphab {false}
	the bool isAlphab More...

int	hierarchy {}
	the suitable hierarchy More...

int	mdrFlag {}
	the MDR-scheme flag More...

int	renormalizationScheme {}
	the renormalization scheme flag More...

double	absDiff2L {}
	the absolute difference of the two loop Higgs masses More...

double	relDiff2L {}
	the relative difference of the two loop Higgs masses More...

std::array< double, 4 >	expUncertainties {}
	holds the expansion uncertainties, the keys are the loop order: 0, 1, 2, 3 More...

std::array< Eigen::Matrix2d, 4 >	dMhMap
	holds all mass matrices at the given loop order More...

std::array< double, 4 >	dMh2Map {}
	holds loop corretions to squared CP-even Higgs mass More...

Eigen::Matrix2d	mdrShift {Eigen::Matrix2d::Zero()}
	the mass matrix of the difference of the MDR - DR contributions of the order alpha_x + alpha_x*alpha_s More...

Eigen::Vector2d	mdrMasses {Eigen::Vector2d::Zero()}
	the 'array' which holds the MDR masses More...

double	dLambdaH3m {}
	delta_lambda 3-loop with H3m logs More...

double	dLambdaEFT {}
	delta_lambda 3-loop with EFT logs More...

double	dLambdaNonLog {}
	delta_lambda 3-loop, non-logarithmic part More...

double	dLambdaXtUncertainty {}
	The uncertainty of delta_lambda_EFT due to mising Xt terms. More...

Eigen::Matrix2d	h3mShift {Eigen::Matrix2d::Zero()}
	The DR' -> H3m shift which should be added to the DR' result. More...

std::array< double, 4 >	dLambdaMap {}
	holds all delta_lambda corrections multiplied with prefactors More...

std::array< double, 4 >	dLambdaDRbarPrimeToMSbarShiftMap {}
	holds all DR' -> MS shifts for delta_lambda corrections multiplied with prefactors More...

std::array< double, 4 >	dMh2EFTMap {}
	holds all delta_Mh2_EFT corrections More...

std::array< double, 4 >	dMh2FOMap {}
	holds all delta_Mh2_FO corrections More...

std::array< double, 4 >	dMh2FOAtMap {}
	holds all delta_Mh2_FO corrections (only contributions that go with αt) More...

Detailed Description

The HierarchyObject class.

Definition at line 26 of file HierarchyObject.hpp.

Constructor & Destructor Documentation

◆ HierarchyObject()

himalaya::HierarchyObject::HierarchyObject ( bool isAlphab )

A constructor.

Parameters

isAlphab the boolean which determines wether the members are proportinal to alpha_b or alpha_t.

Definition at line 59 of file HierarchyObject.cpp.

Member Function Documentation

◆ getAbsDiff2L()

double himalaya::HierarchyObject::getAbsDiff2L ( ) const

Returns: The absolute difference of the exact and expanded Higgs masses at two-loop level at the order O(alpha_x + alpha_x*alpha_s).

Definition at line 102 of file HierarchyObject.cpp.

◆ getDLambda()

double himalaya::HierarchyObject::getDLambda ( int loops ) const

Returns: delta_lambda

Parameters

loops an integer, could be 0 (tree), 1 (1L), ..., 3 (3L)

Definition at line 388 of file HierarchyObject.cpp.

◆ getDLambdaDRbarPrimeToMSbarShift()

double himalaya::HierarchyObject::getDLambdaDRbarPrimeToMSbarShift ( int loops ) const

Returns: shift to convert delta_lambda from DR' to MS scheme. This shift has to be added to the 1L result

Parameters

loops an integer, could be 0 (tree), 1 (1L), ..., 3 (3L)

Definition at line 501 of file HierarchyObject.cpp.

◆ getDLambdaEFT()

double himalaya::HierarchyObject::getDLambdaEFT ( ) const

Returns: 3-loop delta_lambda with EFT logs

Definition at line 339 of file HierarchyObject.cpp.

◆ getDLambdaH3m()

double himalaya::HierarchyObject::getDLambdaH3m ( ) const

Returns: 3-loop delta_lambda with H3m logs

Definition at line 322 of file HierarchyObject.cpp.

◆ getDLambdaNonLog()

double himalaya::HierarchyObject::getDLambdaNonLog ( ) const

Returns: 3-loop non-logarithmic part of delta_lambda; 3-loop delta_lambda for the degenerated mass case with EFT logs

Definition at line 356 of file HierarchyObject.cpp.

◆ getDLambdaUncertainty()

double himalaya::HierarchyObject::getDLambdaUncertainty ( int loops ) const

Returns: the uncertainty of delta_lambda

Parameters

loops an integer, could be 0 (tree), 1 (1L), ..., 3 (3L)

Definition at line 370 of file HierarchyObject.cpp.

◆ getDMh()

Eigen::Matrix2d himalaya::HierarchyObject::getDMh ( int loops ) const

Parameters

loops an integer which can be 0, 1, 2, 3. Here, 0 corresponds to the tree-level matrix.

Returns: The CP-even Higgs mass matrix at the given loop order.

Definition at line 192 of file HierarchyObject.cpp.

◆ getDMh2()

double himalaya::HierarchyObject::getDMh2 ( int loops ) const

Parameters

loops an integer which can be 0, 1, 2, 3. Here, 0 corresponds to the tree-level matrix.

Returns: The correction to squared CP-even Higgs mass at the given loop order.

Definition at line 206 of file HierarchyObject.cpp.

◆ getDMh2EFTAt()

double himalaya::HierarchyObject::getDMh2EFTAt ( int loops ) const

Returns: Delta_Mh2_EFT (only contributions that go with αt)

Parameters

loops an integer, could be 0 (tree), 1 (1L), ..., 3 (3L)

Definition at line 417 of file HierarchyObject.cpp.

◆ getDMh2FO()

double himalaya::HierarchyObject::getDMh2FO ( int loops ) const

Returns: Delta_Mh2_FO

Parameters

loops an integer, could be 0 (tree), 1 (1L), ..., 3 (3L)

Definition at line 430 of file HierarchyObject.cpp.

◆ getDMh2FOAt()

double himalaya::HierarchyObject::getDMh2FOAt ( int loops ) const

Returns: Delta_Mh2_FO (only contributions that go with αt)

Parameters

loops an integer, could be 0 (tree), 1 (1L), ..., 3 (3L)

Definition at line 443 of file HierarchyObject.cpp.

◆ getDMhDRbarPrimeToH3mShift()

Eigen::Matrix2d himalaya::HierarchyObject::getDMhDRbarPrimeToH3mShift ( ) const

Returns the DR' -> H3m shift which should be added to the DR' result

Returns: Returns the DR' -> H3m shift

Definition at line 238 of file HierarchyObject.cpp.

◆ getDMhDRbarPrimeToMDRbarPrimeShift()

Eigen::Matrix2d himalaya::HierarchyObject::getDMhDRbarPrimeToMDRbarPrimeShift ( ) const

Returns: The matrix M(MDR') - M(DR') at the order O(alpha_x + alpha_x*alpha_s)

Definition at line 228 of file HierarchyObject.cpp.

◆ getDMhExpUncertainty()

double himalaya::HierarchyObject::getDMhExpUncertainty ( int loops ) const

Parameters

loops an integer which can be 1, 2 or 3.

Returns: A double which is the expansion uncertainty for the given loop order.

Definition at line 144 of file HierarchyObject.cpp.

◆ getH3mHierarchyNotation()

std::string himalaya::HierarchyObject::getH3mHierarchyNotation ( int hierarchy ) const

Returns the H3m notation of a given hierarchy.

Parameters

hierarchy An integer of a Himalaya hierarchy.

Returns: Returns the corresponding H3m notation of the given hierarchy as a string.

Definition at line 532 of file HierarchyObject.cpp.

◆ getIsAlphab()

bool himalaya::HierarchyObject::getIsAlphab ( ) const

Returns: the value of isAlphab.; The value of isAlphab.

Definition at line 68 of file HierarchyObject.cpp.

◆ getMDRFlag()

int himalaya::HierarchyObject::getMDRFlag ( ) const

Returns: the MDRFlag integer.

Definition at line 279 of file HierarchyObject.cpp.

◆ getMDRMasses()

Eigen::Vector2d himalaya::HierarchyObject::getMDRMasses ( ) const

Returns: A vector of the MDR stop/sbottom masses. The 0th entry corresponds to the lighter particle.

Definition at line 256 of file HierarchyObject.cpp.

◆ getRelDiff2L()

double himalaya::HierarchyObject::getRelDiff2L ( ) const

Returns: The relative difference of the exact and expanded Higgs masses at two-loop level at the order O(alpha_x + alpha_x*alpha_s).

Definition at line 119 of file HierarchyObject.cpp.

◆ getRenormalizationScheme()

int himalaya::HierarchyObject::getRenormalizationScheme ( ) const

Returns: Renormalization scheme key

Definition at line 304 of file HierarchyObject.cpp.

◆ getSuitableHierarchy()

int himalaya::HierarchyObject::getSuitableHierarchy ( ) const

Returns: The key to the suitable hierarchy

Definition at line 85 of file HierarchyObject.cpp.

◆ setAbsDiff2L()

void himalaya::HierarchyObject::setAbsDiff2L ( double absDiff2L )

Sets the absolute difference of the Higgs masses at two-loop level

Parameters

absDiff2L the absolute difference of the Higgs masses as a double.

Definition at line 94 of file HierarchyObject.cpp.

◆ setDLambda()

void himalaya::HierarchyObject::setDLambda	(	int	loops,
		double	deltaLambda
	)

Sets the Delta_lambda at loops-loop

Parameters

loops	an integer, could be 0 (tree), ..., 3 (3L Delta_lambda_EFT)
deltaLambda	delta_lambda at tree-level

Sets the Delta_lambda at loops-loop

Parameters

loops	an integer, could be 0 (tree), ..., 3 (3L)
deltaLambda	delta_lambda at tree-level

Definition at line 403 of file HierarchyObject.cpp.

◆ setDLambdaDRbarPrimeToMSbarShift()

void himalaya::HierarchyObject::setDLambdaDRbarPrimeToMSbarShift	(	int	loops,
		double	shift
	)

Sets the DR' to MS shift for delta_lambda at loops-loop

Parameters

loops	an integer, could be 0(tree), ..., 3 (3L Delta_lambda_EFT shift)
shift	the shift

Sets the DR' to MS shift for delta_lambda at loops-loop

Parameters

loops	an integer, could be 0(tree), ..., 3 (3L shift)
shift	the shift

Definition at line 516 of file HierarchyObject.cpp.

◆ setDLambdaEFT()

void himalaya::HierarchyObject::setDLambdaEFT ( double deltaLambda )

Sets the delta_lambda at 3-loop order with EFT logs

Parameters

deltaLambda delta_lambda at 3-loop order.

Sets the delta_lambda at 3-loop order with EFT logs.

Parameters

deltaLambda delta_lambda at 3-loop order.

Definition at line 331 of file HierarchyObject.cpp.

◆ setDLambdaH3m()

void himalaya::HierarchyObject::setDLambdaH3m ( double deltaLambda )

Sets the delta_lambda at 3-loop order with H3m logs. This variable is only used in the hierarchy selection process.

Parameters

deltaLambda delta_lambda at 3-loop order.

Sets the delta_lambda at 3-loop order with H3m logs.

Parameters

deltaLambda delta_lambda at 3-loop order.

Definition at line 314 of file HierarchyObject.cpp.

◆ setDLambdaNonLog()

void himalaya::HierarchyObject::setDLambdaNonLog ( double deltaLambda )

Sets the non-logarithmic part of delta_lambda at 3-loop order.

Parameters

deltaLambda constant part of delta_lambda at 3-loop order.

Sets the constant part of delta_lambda at 3-loop order.

Parameters

deltaLambda constant part of delta_lambda at 3-loop order.

Definition at line 348 of file HierarchyObject.cpp.

◆ setDLambdaXtUncertainty()

void himalaya::HierarchyObject::setDLambdaXtUncertainty ( double uncertainty )

Sets the Xt parts of the uncertainty of delta_lambda_EFT

Parameters

uncertainty of 3-loop delta_lambda

Sets the Xt parts of the uncertainty of delta_lambda

Parameters

uncertainty of 3-loop delta_lambda

Definition at line 365 of file HierarchyObject.cpp.

◆ setDMh()

void himalaya::HierarchyObject::setDMh	(	int	loops,
		const Eigen::Matrix2d &	dMh
	)

Sets the delta of the CP-even Higgs mass matrix

Parameters

loops	the integer value of the corresponding loops. Can be 0, 1, 2 or 3. 0 corresponds to the tree-level.
dMh	the delta of the mass matrix.

Definition at line 161 of file HierarchyObject.cpp.

◆ setDMh2()

void himalaya::HierarchyObject::setDMh2	(	int	loops,
		double	dMh2
	)

Sets the delta of the squared CP-even Higgs mass

Parameters

loops	the integer value of the corresponding loops. Can be 0, 1, 2 or 3. 0 corresponds to the tree-level.
dMh2	the delta of the squared mass.

Definition at line 177 of file HierarchyObject.cpp.

◆ setDMh2EFT()

void himalaya::HierarchyObject::setDMh2EFT	(	int	loops,
		double	deltaMh2
	)

Sets Delta_Mh2_EFT at loops-loop (only contributions that go with αt)

Parameters

loops	an integer, could be 0 (tree), ..., 3 (3L with Delta_lambda_EFT)
deltaMh2	delta_Mh^2

Sets Delta_Mh2_EFT at loops-loop (only contributions that go with αt)

Parameters

loops	an integer, could be 0 (tree), ..., 3 (3L)
deltaMh2	delta_Mh^2

Definition at line 457 of file HierarchyObject.cpp.

◆ setDMh2FO()

void himalaya::HierarchyObject::setDMh2FO	(	int	loops,
		double	deltaMh2
	)

Sets Delta_Mh2_FO at loops-loop

Parameters

loops	an integer, could be 0 (tree), ..., 3 (3L)
deltaMh2	delta_Mh^2

Definition at line 472 of file HierarchyObject.cpp.

◆ setDMh2FOAt()

void himalaya::HierarchyObject::setDMh2FOAt	(	int	loops,
		double	deltaMh2
	)

Sets Delta_Mh2_FO at loops-loop (only contributions that go with αt)

Parameters

loops	an integer, could be 0 (tree), ..., 3 (3L)
deltaMh2	delta_Mh^2

Definition at line 487 of file HierarchyObject.cpp.

◆ setDMhDRbarPrimeToH3mShift()

void himalaya::HierarchyObject::setDMhDRbarPrimeToH3mShift ( const Eigen::Matrix2d & shift )

Sets the DR' -> H3m shift which should be added to the DR' result

Parameters

shift the DR' -> H3m shift

Definition at line 233 of file HierarchyObject.cpp.

◆ setDMhDRbarPrimeToMDRbarPrimeShift()

void himalaya::HierarchyObject::setDMhDRbarPrimeToMDRbarPrimeShift ( const Eigen::Matrix2d & mdrShift )

Sets the DR' -> MDR' shift

Parameters

mdrShift the DR' -> MDR' shiftet matrix of the form M(MDR') - M(DR').

Definition at line 220 of file HierarchyObject.cpp.

◆ setDMhExpUncertainty()

void himalaya::HierarchyObject::setDMhExpUncertainty	(	int	loops,
		double	uncertainty
	)

Sets the uncertainty of the expansion at a given loop level.

Parameters

loops	the integer value of the corresponding loops. Can be 1, 2 or 3.
uncertainty	the expansion untertainty at the given loop order as a double.

Definition at line 130 of file HierarchyObject.cpp.

◆ setMDRFlag()

void himalaya::HierarchyObject::setMDRFlag ( int mdrFlag )

Sets the mdrFlag to calculate the corretions in the without MDR (0) or with MDR (1) shifts

Parameters

mdrFlag an int. (0) for H3m (DR')- and (1) for MDR-scheme.

Exceptions

runtime_exception if the flag is neither 0 or 1 an exception is thrown.

Sets the mdrFlag to calculate the corretions in without MDR (0) or with MDR (1) shifts.

Parameters

mdrFlag an int. (0) for H3m (DR')- and (1) for MDR-scheme.

Exceptions

runtime_exception if the flag is neither 0 or 1 an exception is thrown.

Definition at line 266 of file HierarchyObject.cpp.

◆ setMDRMasses()

void himalaya::HierarchyObject::setMDRMasses ( const Eigen::Vector2d & mdrMasses )

Sets the MDR masses

Parameters

mdrMasses a vector containting the MDR masses with the lightest particle at position 0.

Definition at line 248 of file HierarchyObject.cpp.

◆ setRelDiff2L()

void himalaya::HierarchyObject::setRelDiff2L ( double relDiff2L )

Sets the relative difference ot the Higgs masses at two-loop level

Parameters

relDiff2L the relative difference of the Higgs masses as a double.

Definition at line 111 of file HierarchyObject.cpp.

◆ setRenormalizationScheme()

void himalaya::HierarchyObject::setRenormalizationScheme ( int renScheme )

Sets the renormalization scheme accodring to the RenScheme enum

Parameters

renScheme an int according to the RenScheme enum.

Exceptions

runtime_exception if the flag is not in {0,1,2,3} an exception is thrown

Definition at line 289 of file HierarchyObject.cpp.

◆ setSuitableHierarchy()

void himalaya::HierarchyObject::setSuitableHierarchy ( int hierarchy )

Sets the suitable hierarchy

Parameters

hierarchy the integer key of the hierarchy.

Definition at line 77 of file HierarchyObject.cpp.

Member Data Documentation

◆ absDiff2L

double himalaya::HierarchyObject::absDiff2L {}

private

the absolute difference of the two loop Higgs masses

Definition at line 249 of file HierarchyObject.hpp.

◆ dLambdaDRbarPrimeToMSbarShiftMap

std::array<double,4> himalaya::HierarchyObject::dLambdaDRbarPrimeToMSbarShiftMap {}

private

holds all DR' -> MS shifts for delta_lambda corrections multiplied with prefactors

Definition at line 265 of file HierarchyObject.hpp.

◆ dLambdaEFT

double himalaya::HierarchyObject::dLambdaEFT {}

private

delta_lambda 3-loop with EFT logs

Definition at line 260 of file HierarchyObject.hpp.

◆ dLambdaH3m

double himalaya::HierarchyObject::dLambdaH3m {}

private

delta_lambda 3-loop with H3m logs

Definition at line 259 of file HierarchyObject.hpp.

◆ dLambdaMap

std::array<double,4> himalaya::HierarchyObject::dLambdaMap {}

private

holds all delta_lambda corrections multiplied with prefactors

Definition at line 264 of file HierarchyObject.hpp.

◆ dLambdaNonLog

double himalaya::HierarchyObject::dLambdaNonLog {}

private

delta_lambda 3-loop, non-logarithmic part

Definition at line 261 of file HierarchyObject.hpp.

◆ dLambdaXtUncertainty

double himalaya::HierarchyObject::dLambdaXtUncertainty {}

private

The uncertainty of delta_lambda_EFT due to mising Xt terms.

Definition at line 262 of file HierarchyObject.hpp.

◆ dMh2EFTMap

std::array<double,4> himalaya::HierarchyObject::dMh2EFTMap {}

private

holds all delta_Mh2_EFT corrections

Definition at line 266 of file HierarchyObject.hpp.

◆ dMh2FOAtMap

std::array<double,4> himalaya::HierarchyObject::dMh2FOAtMap {}

private

holds all delta_Mh2_FO corrections (only contributions that go with αt)

Definition at line 268 of file HierarchyObject.hpp.

◆ dMh2FOMap

std::array<double,4> himalaya::HierarchyObject::dMh2FOMap {}

private

holds all delta_Mh2_FO corrections

Definition at line 267 of file HierarchyObject.hpp.

◆ dMh2Map

std::array<double,4> himalaya::HierarchyObject::dMh2Map {}

private

holds loop corretions to squared CP-even Higgs mass

Definition at line 256 of file HierarchyObject.hpp.

◆ dMhMap

std::array<Eigen::Matrix2d,4> himalaya::HierarchyObject::dMhMap

private

Initial value:

{ {Eigen::Matrix2d::Zero(),
                                             Eigen::Matrix2d::Zero(),
                                             Eigen::Matrix2d::Zero(),
                                             Eigen::Matrix2d::Zero()} }

holds all mass matrices at the given loop order

Definition at line 252 of file HierarchyObject.hpp.

◆ expUncertainties

std::array<double,4> himalaya::HierarchyObject::expUncertainties {}

private

holds the expansion uncertainties, the keys are the loop order: 0, 1, 2, 3

Definition at line 251 of file HierarchyObject.hpp.

◆ h3mShift

Eigen::Matrix2d himalaya::HierarchyObject::h3mShift {Eigen::Matrix2d::Zero()}

private

The DR' -> H3m shift which should be added to the DR' result.

Definition at line 263 of file HierarchyObject.hpp.

◆ hierarchy

int himalaya::HierarchyObject::hierarchy {}

private

the suitable hierarchy

Definition at line 246 of file HierarchyObject.hpp.

◆ isAlphab

bool himalaya::HierarchyObject::isAlphab {false}

private

the bool isAlphab

Definition at line 245 of file HierarchyObject.hpp.

◆ mdrFlag

int himalaya::HierarchyObject::mdrFlag {}

private

the MDR-scheme flag

Definition at line 247 of file HierarchyObject.hpp.

◆ mdrMasses

Eigen::Vector2d himalaya::HierarchyObject::mdrMasses {Eigen::Vector2d::Zero()}

private

the 'array' which holds the MDR masses

Definition at line 258 of file HierarchyObject.hpp.

◆ mdrShift

Eigen::Matrix2d himalaya::HierarchyObject::mdrShift {Eigen::Matrix2d::Zero()}

private

the mass matrix of the difference of the MDR - DR contributions of the order alpha_x + alpha_x*alpha_s

Definition at line 257 of file HierarchyObject.hpp.

◆ relDiff2L

double himalaya::HierarchyObject::relDiff2L {}

private

the relative difference of the two loop Higgs masses

Definition at line 250 of file HierarchyObject.hpp.

◆ renormalizationScheme

int himalaya::HierarchyObject::renormalizationScheme {}

private

the renormalization scheme flag

Definition at line 248 of file HierarchyObject.hpp.

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

/home/avoigt/packages/Himalaya/include/himalaya/HierarchyObject.hpp
/home/avoigt/packages/Himalaya/source/himalaya/HierarchyObject.cpp

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ HierarchyObject()

Member Function Documentation

◆ getAbsDiff2L()

◆ getDLambda()

◆ getDLambdaDRbarPrimeToMSbarShift()

◆ getDLambdaEFT()

◆ getDLambdaH3m()

◆ getDLambdaNonLog()

◆ getDLambdaUncertainty()

◆ getDMh()

◆ getDMh2()

◆ getDMh2EFTAt()

◆ getDMh2FO()

◆ getDMh2FOAt()

◆ getDMhDRbarPrimeToH3mShift()

◆ getDMhDRbarPrimeToMDRbarPrimeShift()

◆ getDMhExpUncertainty()

◆ getH3mHierarchyNotation()

◆ getIsAlphab()

◆ getMDRFlag()

◆ getMDRMasses()

◆ getRelDiff2L()

◆ getRenormalizationScheme()

◆ getSuitableHierarchy()

◆ setAbsDiff2L()

◆ setDLambda()

◆ setDLambdaDRbarPrimeToMSbarShift()

◆ setDLambdaEFT()

◆ setDLambdaH3m()

◆ setDLambdaNonLog()

◆ setDLambdaXtUncertainty()

◆ setDMh()

◆ setDMh2()

◆ setDMh2EFT()

◆ setDMh2FO()

◆ setDMh2FOAt()

◆ setDMhDRbarPrimeToH3mShift()

◆ setDMhDRbarPrimeToMDRbarPrimeShift()

◆ setDMhExpUncertainty()

◆ setMDRFlag()

◆ setMDRMasses()

◆ setRelDiff2L()

◆ setRenormalizationScheme()

◆ setSuitableHierarchy()

Member Data Documentation

◆ absDiff2L

◆ dLambdaDRbarPrimeToMSbarShiftMap

◆ dLambdaEFT

◆ dLambdaH3m

◆ dLambdaMap

◆ dLambdaNonLog

◆ dLambdaXtUncertainty

◆ dMh2EFTMap

◆ dMh2FOAtMap

◆ dMh2FOMap

◆ dMh2Map

◆ dMhMap

◆ expUncertainties

◆ h3mShift

◆ hierarchy

◆ isAlphab

◆ mdrFlag

◆ mdrMasses

◆ mdrShift

◆ relDiff2L

◆ renormalizationScheme