A module for the Standard Model. More...

Classes
class	BParameter
	A class for the bag parameters. More...

class	CKM
	A class for the CKM matrix elements. More...

class	EffectiveEDMcouplings
	A class for effective EDM couplings. More...

class	EWSM_Output
	A class for testing SM radiative corrections to the EW precision obsrvables. More...

class	EWSMApproximateFormulae
	A class for approximate formulae of the EW precision observables. More...

class	EWSMcache
	A class for cache variables used in computing radiative corrections to the EW precision observables. More...

class	EWSMOneLoopEW
	A class for \(O(\alpha)\) one-loop corrections to the EW precision observables. More...

class	EWSMOneLoopEW_HV
	A class for \(O(\alpha)\) one-loop corrections to the EW precision observables in the 't Hooft-Feynman gauge. More...

class	EWSMThreeLoopEW
	A class for \(O(\alpha^3)\) three-loop corrections to the EW precision observables. More...

class	EWSMThreeLoopEW2QCD
	A class for \(O(\alpha^2\alpha_s)\) three-loop corrections to the EW precision observables. More...

class	EWSMThreeLoopQCD
	A class for \(O(\alpha\alpha_s^2)\) three-loop corrections to the EW precision observables. More...

class	EWSMTwoFermionsLEP2
	A class for the form factors \(G_1\), \(G_2\) and \(G_3\) in the processes \(e^+e^-\to f\bar{f}\) at LEP-II. More...

class	EWSMTwoFermionsLEP2_Hollik
	A class for the cross sections and forward-backward asymmetries of \(e^+e^-\to f\bar{f}\) at LEP-II. More...

class	EWSMTwoLoopEW
	A class for \(O(\alpha^2)\) two-loop corrections to the EW precision observables. More...

class	EWSMTwoLoopQCD
	A class for \(O(\alpha\alpha_s)\) two-loop corrections to the EW precision observables. More...

class	Meson
	A class for mesons. More...

class	Model
	A class for the template of models. More...

class	ModelMatching
	A class for a template of model matching. More...

class	MtMSbar
	A class for \(m_t(m_t)\). More...

class	Particle
	A class for particles. More...

class	PMNS
	A class for the PMNS matrix elements. More...

class	QCD
	A class for parameters related to QCD, hadrons and quarks. More...

class	RGEvolutor
	A class for the RG evolutor of the Wilson coefficients. More...

class	StandardModel
	A model class for the Standard Model. More...

class	StandardModelMatching
	A class for the matching in the Standard Model. More...

class	WilsonCoefficient
	A class for the Wilson coefficients. More...

class	WilsonCoefficientNew
	A class for the Wilson coefficients. More...

class	WilsonTemplate< T >
	A template class for the Wilson coefficients. More...

Enumerations
enum	orders { LO = 0 , NLO , NNLO , NNNLO , FULLNLO , FULLNNLO , FULLNNNLO }
	An enum type for orders in QCD. More...

enum	orders_qed { NO_QED = orders(MAXORDER) + 1 , LO_QED , NLO_QED11 , NLO_QED21 , NLO_QED02 , NLO_QED12 , NLO_QED22 , FULLNLO_QED }
	An enum type for orders in electroweak. More...

enum	qcd_orders { QCD0 = 0 , QCD1 , QCD2 , QCD3 , FULLQCD1 , FULLQCD2 , FULLQCD3 }
	An enum type for qcd_orders in QCD. More...

enum	qed_orders { QED0 =0 , QED1 , QED2 , FULLQED1 , FULLQED2 }
	An enum type for qed_orders in electroweak. More...

enum	schemes { NDR = 0 , HV , LRI , LAT }
	An enum type for regularization schemes. More...

Functions
orders	getHighest (orders order)
	returns the highest order in QCD without the prefix FULL More...

Detailed Description

A module for the Standard Model.

This module contain all the parameters and associated code necessary to set up the SM. It also contains the computations for the EW observables. ZThe running of the masses and the couplings are computed by QCD for the strong corrections and in the StandardModel for the EW corrections.

Enumeration Type Documentation

◆ orders

enum orders

An enum type for orders in QCD.

Enumerator
LO	Leading order
NLO	Next-to-leading order
NNLO	Next-to-next-to-leading order
NNNLO	Next-to-next-to-next-to-leading order
FULLNLO	Full NLO = LO + NLO
FULLNNLO	Full NNLO = LO + NLO + NNLO
FULLNNNLO	Full NNNLO = LO + NLO + NNLO + NNNLO

Definition at line 32 of file OrderScheme.h.

{
    LO = 0, 
    NLO, 
    NNLO, 
    NNNLO, 
    FULLNLO, 
    FULLNNLO, 
    FULLNNNLO 
};

◆ orders_qed

enum orders_qed

An enum type for orders in electroweak.

Enumerator
NO_QED	An auxiliary enumerator
LO_QED	Leading order e/s
NLO_QED11	Next-to-leading order e
NLO_QED21
NLO_QED02
NLO_QED12
NLO_QED22
FULLNLO_QED	Full NLO_QED = LO + NLO + LO_QED + NLO_QED +...+ NLO_QED22

Definition at line 55 of file OrderScheme.h.

{
    NO_QED = orders(MAXORDER) + 1, 
    LO_QED, 
    NLO_QED11, 
    NLO_QED21,     /* e*s */
    NLO_QED02,   /* e^2/s^2 */
    NLO_QED12,    /* e^2/s */
    NLO_QED22,     /* e^2 */
    FULLNLO_QED 
};

◆ qcd_orders

enum qcd_orders

An enum type for qcd_orders in QCD.

Enumerator
QCD0	Leading order
QCD1	Next-to-leading order
QCD2	Next-to-next-to-leading order
QCD3	Next-to-next-to-next-to-leading order
FULLQCD1	Full NLO = LO + NLO
FULLQCD2	Full NNLO = LO + NLO + NNLO
FULLQCD3	Full NNLO = LO + NLO + NNLO + NNNLO

Definition at line 73 of file OrderScheme.h.

{
    QCD0 = 0, 
    QCD1, 
    QCD2, 
    QCD3, 
    FULLQCD1, 
    FULLQCD2, 
    FULLQCD3 
};

◆ qed_orders

enum qed_orders

An enum type for qed_orders in electroweak.

Enumerator
QED0
QED1
QED2	Next-to-leading order e
FULLQED1
FULLQED2

Definition at line 89 of file OrderScheme.h.

{
    QED0=0, /* Leading order e/s */
    QED1, /* */
    QED2, 
    FULLQED1,
    FULLQED2 /* all terms up to QED2 included */
};

◆ schemes

enum schemes

An enum type for regularization schemes.

Enumerator
NDR	Naive dimensional regularization (NDR) scheme
HV	't Hooft-Veltman (HV) scheme
LRI	Regularization-Independent (RI) renormalization schemes with the Landau gauge
LAT	< Bare Lattice

Definition at line 19 of file OrderScheme.h.

{
    NDR = 0, 
    HV, 
    LRI, 
    LAT 
};

Function Documentation

◆ getHighest()

orders getHighest ( orders order )

returns the highest order in QCD without the prefix FULL

Parameters

[in] order in QCD

Definition at line 10 of file OrderScheme.cpp.

                               {
    if (order < FULLNLO) return order;
    return orders(order - FULLNLO + NLO);
}

Classes

Enumerations

Functions