Inheritance diagram for Dire_fsr_u1new_A2SS:

Public Member Functions
	Dire_fsr_u1new_A2SS (int idRadAfterIn, string idIn, int softRS, Settings settings, ParticleData particleData, Rndm rndm, BeamParticle beamA, BeamParticle beamB, CoupSM coupSM, Info info, DireInfo direInfo)

Public Member Functions inherited from Dire_fsr_u1new_A2FF
	Dire_fsr_u1new_A2FF (int idRadAfterIn, string idIn, int softRS, Settings settings, ParticleData particleData, Rndm rndm, BeamParticle beamA, BeamParticle beamB, CoupSM coupSM, Info info, DireInfo direInfo)

bool	canRadiate (const Event &state, pair< int, int > ints, unordered_map< string, bool >=unordered_map< string, bool >(), Settings =NULL, PartonSystems =NULL, BeamParticle *=NULL)

bool	canRadiate (const Event &state, int iRadBef, int iRecBef, Settings =NULL, PartonSystems =NULL, BeamParticle *=NULL)

int	kinMap ()

bool	isPartial ()

vector< pair< int, int > >	radAndEmtCols (int iRad, int, Event state)

int	motherID (int)
	Return id of mother after splitting.

int	sisterID (int)
	Return id of emission.

vector< int >	radAndEmt (int, int)

double	gaugeFactor (int=0, int=0)
	{ return createvector<int>(1)(-1); }

double	symmetryFactor (int=0, int=0)
	Return symmetry factor for splitting.

int	radBefID (int idRadAfter, int idEmtAfter)
	Return id of recombined radiator (before splitting!)

pair< int, int >	radBefCols (int, int, int, int)
	Return colours of recombined radiator (before splitting!)

vector< int >	recPositions (const Event &state, int iRad, int iEmt)
	All charged particles are potential recoilers. More...

int	set_nCharged (const Event &state)
	All charged particles are potential recoilers. More...

double	zSplit (double zMinAbs, double zMaxAbs, double)
	Pick z for new splitting.

double	overestimateInt (double zMinAbs, double zMaxAbs, double, double, int=-1)
	New overestimates, z-integrated versions.

double	overestimateDiff (double, double, int=-1)
	Return kernel for new splitting.

bool	calc (const Event &state, int orderNow)
	Functions to calculate the kernel from SplitInfo information. More...

Public Member Functions inherited from DireSplittingU1new
	DireSplittingU1new (string idIn, int softRS, Settings settings, ParticleData particleData, Rndm rndm, BeamParticle beamA, BeamParticle beamB, CoupSM coupSM, Info info, DireInfo direInfo)
	Constructor and destructor.

void	init ()
	The SplittingU1new class. More...

double	aem2Pi (double pT2, int=0)

bool	useFastFunctions ()

virtual int	nEmissions ()

virtual bool	canUseForBranching ()

virtual int	couplingType (int, int)

virtual double	coupling (double=0., double=0., double=0., double=-1., pair< int, bool >=pair< int, bool >(), pair< int, bool >=pair< int, bool >())

virtual double	couplingScale2 (double=0., double=0., double=0., pair< int, bool >=pair< int, bool >(), pair< int, bool >=pair< int, bool >())

Public Member Functions inherited from DireSplittingQCD
	DireSplittingQCD (string idIn, int softRS, Settings settings, ParticleData particleData, Rndm rndm, BeamParticle beamA, BeamParticle beamB, CoupSM coupSM, Info info, DireInfo direInfo)
	Constructor and destructor.

void	init ()

double	getNF (double pT2)
	AUXILIARY FUNCTIONS. More...

double	GammaQCD2 (double NF=5.)

double	GammaQCD3 (double NF=5.)

double	betaQCD0 (double NF=5.)

double	betaQCD1 (double NF=5.)

double	betaQCD2 (double NF=5.)

double	as2Pi (double pT2, int orderNow=-1, double renormMultFacNow=-1.)

double	softRescaleInt (int order)

double	softRescaleDiff (int order, double pT2, double renormMultFacNow=-1.)

double	beta0Endpoint (int order, double m2dip, double pT2, double z, double renormMultFacNow=-1.)

double	polevl (double x, double *coef, int N)
	Helper function to calculate dilogarithm.

double	DiLog (double x)
	Function to calculate dilogarithm.

vector< int >	sharedColor (const Event &event, int iRad, int iRec)

bool	hasSharedColor (const Event &event, int iRad, int iRec)

int	findCol (int col, vector< int > iExc, const Event &, int type)

virtual double	getJacobian (const Event &=Event(), PartonSystems *partonSystems=0)

virtual unordered_map< string, double >	getPhasespaceVars (const Event &=Event(), PartonSystems *=0)

double	sCoef (int powz)

double	sExp (int powz)

double	kCoef (int powz)

double	kExp (int powz)

double	cCoef (int powz)

double	cExp (int powz)

double	fCoef ()

bool	hasMECBef (const Event &state, double pT2)

bool	hasMECAft (const Event &state, double pT2)

Public Member Functions inherited from DireSplitting
	DireSplitting ()
	Constructor and destructor.

	DireSplitting (string idIn, int softRS, Settings settings, ParticleData particleData, Rndm rndm, BeamParticle beamA, BeamParticle beamB, CoupSM coupSMPtrIn, Info infoPtrIn, DireInfo direInfo)

void	init ()
	The Splitting class.

bool	is (ulong pattern)

string	name ()

virtual bool	aboveCutoff (double, const Particle &, const Particle &, int, PartonSystems *=NULL)
	Discard below the cut-off for the splitting.

virtual bool	swapRadEmt ()

virtual bool	isSymmetric (const Particle =NULL, const Particle =NULL)

virtual double	getKernel (string="")
	Functions to store and retrieve all the variants of the kernel.

virtual unordered_map< string, double >	getKernelVals ()

virtual void	clearKernels ()

void	setTimesPtr (shared_ptr< DireTimes > fsrIn)

void	setTimesDecPtr (shared_ptr< DireTimes > fsrIn)

void	setSpacePtr (shared_ptr< DireSpace > isrIn)

virtual bool	allow_z_endpoint_for_kinematics ()
	Treatment of additional virtual corrections.

virtual bool	allow_pT2_endpoint_for_kinematics ()

virtual bool	allow_sai_endpoint_for_kinematics ()

virtual bool	allow_xa_endpoint_for_kinematics ()

virtual void	try_z_endpoint ()
	Functions to set if kernel should contribute to a kinematical endpoint.

virtual void	try_pT2_endpoint ()

virtual void	try_sai_endpoint ()

virtual void	try_xa_endpoint ()

virtual bool	is_z_endpoint ()
	Return endpoint information.

virtual bool	is_pT2_endpoint ()

virtual bool	is_sai_endpoint ()

virtual bool	is_xa_endpoint ()

virtual double	tdire_ff (double, double t, double)
	Functions to calculate Dire variables from the evolution variables.

virtual double	zdire_ff (double z, double, double)

virtual double	tdire_fi (double, double t, double)

virtual double	zdire_fi (double z, double, double)

virtual double	tdire_if (double, double t, double)

virtual double	zdire_if (double z, double, double)

virtual double	tdire_ii (double, double t, double)

virtual double	zdire_ii (double z, double, double)

virtual void	storeOverhead (double pT2, double x, int radid, int nf, double val)

virtual double	overhead (double pT2, int idd, int nf)

Additional Inherited Members
Public Attributes inherited from Dire_fsr_u1new_A2FF
int	idRadAfterSave

double	nchSaved

Public Attributes inherited from DireSplittingU1new
double	sumCharge2Tot
	VARIABLES.

double	sumCharge2L

double	sumCharge2Q

double	ax0

double	enhance

bool	doU1NEWshowerByQ

bool	doU1NEWshowerByL

AlphaEM	alphaEM

Public Attributes inherited from DireSplittingQCD
double	CA
	VARIABLES.

double	TR

double	CF

double	pTmin

double	pT2minVariations

int	NF_qcd_fsr

int	orderSave

bool	usePDFalphas

bool	doVariations

bool	doCorrelations

bool	doMECs

double	alphaSorder

double	alphaS2pi

AlphaStrong	alphaS

int	asSchemeISR

int	asSchemeFSR

bool	useBackboneGluons

bool	doGeneralizedKernel

Public Attributes inherited from DireSplitting
double	renormMultFac

string	id

int	correctionOrder

Settings *	settingsPtr

ParticleData *	particleDataPtr

Rndm *	rndmPtr

BeamParticle *	beamAPtr

BeamParticle *	beamBPtr

CoupSM *	coupSMPtr

Info *	infoPtr

DireInfo *	direInfoPtr

bool	is_qcd
	Some short-cuts and string hashes to help avoid string comparisons.

bool	is_qed

bool	is_ewk

bool	is_fsr

bool	is_isr

bool	is_dire

ulong	nameHash

unordered_map< string, double >	kernelVals

DireSplitInfo	splitInfo

shared_ptr< DireSpace >	isr

shared_ptr< DireTimes >	fsr

shared_ptr< DireTimes >	fsrDec

multimap< double, OverheadInfo >	overhead_map

Static Public Attributes inherited from DireSplittingQCD
static const double	SMALL_TEVOL = 2.0
	The SplittingQCD class.

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

include/Pythia8/DireSplittingsU1new.h

Public Member Functions

Additional Inherited Members