Inheritance diagram for DipoleSwingBase:

Public Member Functions
	DipoleSwingBase ()=default
	Empty default constructor.

virtual	~DipoleSwingBase ()
	Empty virtual destructor.

virtual bool	init ()
	Called after PhysicsBase initInfoPtr has been called.

virtual void	reassignBeamPtrs (BeamParticle beamAPtrIn, BeamParticle beamBPtrIn, int beamOffsetIn=0)
	New beams possible for handling of hard diffraction.

virtual void	prepare (int, Event &, bool=true)=0

virtual void	rescatterUpdate (int, Event &)=0

virtual void	update (int, Event &, bool=false)=0

virtual double	pTnext (Event &, double, double, bool=false, bool=false)=0

virtual bool	swing (Event &event)=0
	Perform the swing previousl generated in pTnext.

Public Member Functions inherited from PhysicsBase
void	initInfoPtr (Info &infoPtrIn)
	This function is called from above for physics objects used in a run. More...

virtual	~PhysicsBase ()
	Empty virtual destructor.

bool	flag (string key) const
	Shorthand to read settings values.

int	mode (string key) const

double	parm (string key) const

string	word (string key) const

vector< bool >	fvec (string key) const

vector< int >	mvec (string key) const

vector< double >	pvec (string key) const

vector< string >	wvec (string key) const

Protected Attributes
int	beamOffset {}
	Offset the location of the beam pointers in an event.

Protected Attributes inherited from PhysicsBase
Info *	infoPtr = {}

Settings *	settingsPtr = {}
	Pointer to the settings database.

ParticleData *	particleDataPtr = {}
	Pointer to the particle data table.

Logger *	loggerPtr = {}
	Pointer to logger.

HadronWidths *	hadronWidthsPtr = {}
	Pointer to the hadron widths data table.

Rndm *	rndmPtr = {}
	Pointer to the random number generator.

CoupSM *	coupSMPtr = {}
	Pointers to SM and SUSY couplings.

CoupSUSY *	coupSUSYPtr = {}

BeamSetup *	beamSetupPtr = {}

BeamParticle *	beamAPtr = {}

BeamParticle *	beamBPtr = {}

BeamParticle *	beamPomAPtr = {}

BeamParticle *	beamPomBPtr = {}

BeamParticle *	beamGamAPtr = {}

BeamParticle *	beamGamBPtr = {}

BeamParticle *	beamVMDAPtr = {}

BeamParticle *	beamVMDBPtr = {}

PartonSystems *	partonSystemsPtr = {}
	Pointer to information on subcollision parton locations.

SigmaTotal *	sigmaTotPtr = {}
	Pointers to the total/elastic/diffractive cross sections.

SigmaCombined *	sigmaCmbPtr = {}

set< PhysicsBase * >	subObjects

UserHooksPtr	userHooksPtr

mutex *	mutexPtr
	Mutex that should be locked for thread-unsafe code.

Additional Inherited Members
Public Types inherited from PhysicsBase
enum	Status { INCOMPLETE = -1, COMPLETE = 0, CONSTRUCTOR_FAILED, INIT_FAILED, LHEF_END, LOWENERGY_FAILED, PROCESSLEVEL_FAILED, PROCESSLEVEL_USERVETO, MERGING_FAILED, PARTONLEVEL_FAILED, PARTONLEVEL_USERVETO, HADRONLEVEL_FAILED, CHECK_FAILED, OTHER_UNPHYSICAL, HEAVYION_FAILED, HADRONLEVEL_USERVETO }
	Enumerate the different status codes the event generation can have.

Protected Member Functions inherited from PhysicsBase
	PhysicsBase ()
	Default constructor.

virtual void	onInitInfoPtr ()

virtual void	onBeginEvent ()
	This function is called in the very beginning of each Pythia::next call.

virtual void	onEndEvent (Status)

virtual void	onStat ()
	This function is called from the Pythia::stat() call.

virtual void	onStat (vector< PhysicsBase * >, Pythia *)

void	registerSubObject (PhysicsBase &pb)
	Register a sub object that should have its information in sync with this.

Detailed Description

DipoleSwingBase is responsible for the perturbative swing and is active anytime the TimeShower is active.

Member Function Documentation

pure virtual

Prepare system for evolution after each new interaction; identify ME. Usage: prepare( iSys, event, limitPTmax).

pure virtual

Select next pT in downwards evolution. Usage: pTnext( event, pTbegAll, pTendAll, isFirstTrial, doTrialIn).

virtual void rescatterUpdate	(	int	,
		Event &
	)

pure virtual

Update dipole list after a multiparton interactions rescattering. Usage: rescatterUpdate( iSys, event).

pure virtual

Update dipole list after each ISR emission. Usage: update( iSys, event, hasWeakRad).

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