Generate Collision. More...

#include <InitialParticleGeneration.h>

Collaboration diagram for InitialParticleGeneration:

[legend]

Public Member Functions
	InitialParticleGeneration (int allowedFlags=0)
	constructor More...

MCInitialParticles &	generate ()
	Generate a new event.

TVector3	updateVertex (bool force=false)
	Update the vertex position: More...

const BeamParameters &	getBeamParameters () const
	Return reference to nominal beam parameters.

void	initialize ()
	function to be executed on initialize()

void	setAllowedFlags (int allowedFlags)
	Set allowed flags.

Private Member Functions
MCInitialParticles &	generate (int allowedFlags)
	Generate a new event wit a particular set of allowed flags. More...

TVector3	generateVertex (const TVector3 &initial, const TMatrixDSym &cov, MultivariateNormalGenerator &gen)
	generate the vertex More...

TLorentzVector	generateBeam (const TLorentzVector &initial, const TMatrixDSym &cov, MultivariateNormalGenerator &gen)
	generate 4 vector for one beam More...

Private Attributes
DBObjPtr< BeamParameters >	m_beamParams
	Datastore object containing the nominal beam parameters.

StoreObjPtr< MCInitialParticles >	m_event
	Datastore object containing the generated event.

MultivariateNormalGenerator	m_generateHER
	Generator for HER.

MultivariateNormalGenerator	m_generateLER
	Generator for LER.

MultivariateNormalGenerator	m_generateVertex
	Generator for Vertex.

int	m_allowedFlags
	Allowed generation flags.

Detailed Description

Generate Collision.

This class is meant to be a common interface to be used by physics generators for generating the initial beam collision.

A generator module should have this class as a member. In each event, a call to generate() will return the initial event information and also automatically put it in the datastore.

Definition at line 33 of file InitialParticleGeneration.h.