Inheritance diagram for SUSYResonanceWidths:

Public Member Functions
	SUSYResonanceWidths ()
	Constructor.

virtual	~SUSYResonanceWidths ()
	Destructor.

Public Member Functions inherited from ResonanceWidths
virtual	~ResonanceWidths ()
	Destructor.

void	initBasic (int idResIn, bool isGenericIn=false)
	Set up standard properties.

virtual bool	init (Info *infoPtrIn)
	Calculate and store partial and total widths at the nominal mass. More...

int	id () const
	Return identity of particle species.

double	width (int idSgn, double mHatIn, int idInFlavIn=0, bool openOnly=false, bool setBR=false, int idOutFlav1=0, int idOutFlav2=0)
	Calculate the total/open width for given mass, charge and instate. More...

double	widthOpen (int idSgn, double mHatIn, int idIn=0)
	Special case to calculate open final-state width.

double	widthStore (int idSgn, double mHatIn, int idIn=0)
	Special case to store open final-state widths for channel selection.

double	openFrac (int idSgn)
	Return fraction of width open for particle and antiparticle.

double	widthRescaleFactor ()
	Return forced rescaling factor of resonance width.

double	widthChan (double mHatIn, int idOutFlav1, int idOutFlav2)

Protected Member Functions
virtual bool	initBSM () override
	Virtual methods to handle model-specific (non-SM) part of initialization.

virtual bool	allowCalc () override

virtual bool	getChannels (int)

Protected Member Functions inherited from ResonanceWidths
	ResonanceWidths ()
	Constructor.

virtual void	initConstants ()
	Initialize constants.

virtual void	calcPreFac (bool=false)

virtual void	calcWidth (bool=false)

double	numInt1BW (double mHatIn, double m1, double Gamma1, double mMin1, double m2, int psMode=1)
	Simple routines for matrix-element integration over Breit-Wigners. More...

double	numInt2BW (double mHatIn, double m1, double Gamma1, double mMin1, double m2, double Gamma2, double mMin2, int psMode=1)

Static Protected Attributes
static const bool	DBSUSY = false

Static Protected Attributes inherited from ResonanceWidths
static const int	NPOINT = 100
	Constants: could only be changed in the code itself. More...

static const double	MASSMIN = 0.1
	The mass of a resonance must not be too small.

static const double	MASSMARGIN = 0.1
	The sum of product masses must not be too close to the resonance mass.

Additional Inherited Members
Protected Attributes inherited from ResonanceWidths
int	idRes
	Particle properties always present.

int	hasAntiRes

bool	doForceWidth

bool	isGeneric

bool	allowCalcWidth

double	minWidth

double	minThreshold

double	mRes

double	GammaRes

double	m2Res

double	GamMRat

double	openPos

double	openNeg

double	forceFactor

int	iChannel
	Properties for currently studied decay channel(s).

int	onMode

int	meMode

int	mult

int	id1

int	id2

int	id3

int	id1Abs

int	id2Abs

int	id3Abs

int	idInFlav

double	widNow

double	mHat

double	mf1

double	mf2

double	mf3

double	mr1

double	mr2

double	mr3

double	ps

double	kinFac

double	alpEM

double	alpS

double	colQ

double	preFac

weak_ptr< ParticleDataEntry >	particlePtr
	Pointer to properties of the particle species.

Info *	infoPtr
	Pointer to various information on the generation.

Settings *	settingsPtr
	Pointer to the settings database.

ParticleData *	particleDataPtr
	Pointer to the particle data table.

Logger *	loggerPtr
	Pointer to the logger.

CoupSM *	coupSMPtr
	Pointers to Standard Model and SUSY couplings.

CoupSUSY *	coupSUSYPtr

Member Function Documentation

bool allowCalc ( )

overrideprotectedvirtual

Check if decay calculations at all possible

Next check if decay table was read in via SLHA and takes precedence

Else we should do the calculation; set available channels

Reimplemented from ResonanceWidths.

Member Data Documentation

const bool DBSUSY = false

staticprotected

The SUSYResonanceWidths Class Derived class for SUSY resonances

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