Event::McPrimaryParticle Class Reference

#include <McPrimaryParticle.h>

Inheritance diagram for Event::McPrimaryParticle:

Public Types
enum	ClassificationBits {   NOPRIMARY = 1 , CHARGED = 1<<1 , NEUTRAL = 1<<2 , GAMMA = 1<<3 ,   CONVERT = 1<<4 , BREM = 1<<5 , COMPT = 1<<6 , PHOT = 1<<7 ,   OTHER = 1<<8 , TRKCONVERT = 1<<12 , TRKBREM = 1<<13 , TRKCOMPT = 1<<14 ,   TRKPHOT = 1<<15 , TRKOTHER = 1<<16 , RUNBIT = 1<<24 }
	Define bits to help classify the event. More...

Public Member Functions
	McPrimaryParticle ()
	Dataobject compliant constructor.
	~McPrimaryParticle ()
virtual const CLID &	clID () const
const unsigned long	getClassificationBits () const
	Retrieve classification bits (see above definitions)
const Event::McParticleRef	getPrimaryParticle () const
	Retrieve reference to the primary particle.
const int	getNumSecondaries () const
	Retrieve number and iterators to the daughters of the primary with hits in tracker.
Event::McParticleRefVec::const_iterator	beginSecondaries () const
Event::McParticleRefVec::const_iterator	endSecondaries () const
const int	getNumAssociated () const
	Retrieve number and iterators to the particles associated with primary.
Event::McParticleRefVec::const_iterator	beginAssociated () const
Event::McParticleRefVec::const_iterator	endAssociated () const
Event::McParticleRefVec	getTrackVector ()
	Return an McParticle reference vector of all McParticles which leave hits in tracker.
void	setPrimaryParticle (const Event::McParticleRef mcPart)
	For building.
void	addSecondary (const Event::McParticleRef mcPart)
void	addAssociated (const Event::McParticleRef mcPart)
void	setClassificationBits (const unsigned long bits)

Static Public Member Functions
static const CLID &	classID ()

Detailed Description

Definition at line 24 of file McPrimaryParticle.h.

Member Enumeration Documentation

ClassificationBits

enum Event::McPrimaryParticle::ClassificationBits

Define bits to help classify the event.

Enumerator
NOPRIMARY
CHARGED	No primary particle found (can't happen?)
NEUTRAL	Primary particle is charged.
GAMMA	Primary particle is neutral.
CONVERT	Primary is a gamma.
BREM	Secondaries from gamma conversion.
COMPT	Secondaries from Bremstrahlung.
PHOT	Secondaries from Compton scatter.
OTHER	Secondaries from Photoelectric effect (?)
TRKCONVERT	Secondaries from some other process.
TRKBREM	Secondaries from gamma conversion in tracker.
TRKCOMPT	Secondaries from Bremstrahlung in tracker.
TRKPHOT	Secondaries from Compton scatter in tracker.
TRKOTHER	Secondaries from Photoelectric effect in tracker.
RUNBIT	Secondaries from some other process in tracker.

Definition at line 28 of file McPrimaryParticle.h.

                           {  
        NOPRIMARY  = 1 ,    //! No primary particle found (can't happen?)
        CHARGED    = 1<<1,  //! Primary particle is charged
        NEUTRAL    = 1<<2,  //! Primary particle is neutral
        GAMMA      = 1<<3,  //! Primary is a gamma
        CONVERT    = 1<<4,  //! Secondaries from gamma conversion
        BREM       = 1<<5,  //! Secondaries from Bremstrahlung
        COMPT      = 1<<6,  //! Secondaries from Compton scatter
        PHOT       = 1<<7,  //! Secondaries from Photoelectric effect (?)
        OTHER      = 1<<8,  //! Secondaries from some other process 
        TRKCONVERT = 1<<12, //! Secondaries from gamma conversion in tracker
        TRKBREM    = 1<<13, //! Secondaries from Bremstrahlung in tracker
        TRKCOMPT   = 1<<14, //! Secondaries from Compton scatter in tracker
        TRKPHOT    = 1<<15, //! Secondaries from Photoelectric effect in tracker
        TRKOTHER   = 1<<16, //! Secondaries from some other process in tracker
        RUNBIT     = 1<<24  //! Indicates code was called (does nothing)
    };

Constructor & Destructor Documentation

McPrimaryParticle()

Event::McPrimaryParticle::McPrimaryParticle ( )

inline

Dataobject compliant constructor.

Definition at line 47 of file McPrimaryParticle.h.

                        : ContainedObject()
    {
        m_classification = 0;
        m_primary = 0;
        m_secondaries.clear();
        m_associated.clear();
    }

~McPrimaryParticle()

Event::McPrimaryParticle::~McPrimaryParticle ( )

inline

Definition at line 56 of file McPrimaryParticle.h.

{}

Member Function Documentation

addAssociated()

void Event::McPrimaryParticle::addAssociated ( const Event::McParticleRef  mcPart )

inline

Definition at line 83 of file McPrimaryParticle.h.

{m_associated.push_back(mcPart);}

addSecondary()

void Event::McPrimaryParticle::addSecondary ( const Event::McParticleRef  mcPart )

inline

Definition at line 82 of file McPrimaryParticle.h.

{m_secondaries.push_back(mcPart);}

beginAssociated()

Event::McParticleRefVec::const_iterator Event::McPrimaryParticle::beginAssociated ( ) const

inline

Definition at line 74 of file McPrimaryParticle.h.

{return m_associated.begin();}

beginSecondaries()

Event::McParticleRefVec::const_iterator Event::McPrimaryParticle::beginSecondaries ( ) const

inline

Definition at line 69 of file McPrimaryParticle.h.

{return m_secondaries.begin();}

classID()

static const CLID & Event::McPrimaryParticle::classID ( )

inlinestatic

Definition at line 59 of file McPrimaryParticle.h.

{ return CLID_McPrimaryParticle; }

Referenced by clID().

clID()

virtual const CLID & Event::McPrimaryParticle::clID ( ) const

inlinevirtual

Definition at line 58 of file McPrimaryParticle.h.

{ return McPrimaryParticle::classID(); }

endAssociated()

Event::McParticleRefVec::const_iterator Event::McPrimaryParticle::endAssociated ( ) const

inline

Definition at line 75 of file McPrimaryParticle.h.

{return m_associated.end();}

endSecondaries()

Event::McParticleRefVec::const_iterator Event::McPrimaryParticle::endSecondaries ( ) const

inline

Definition at line 70 of file McPrimaryParticle.h.

{return m_secondaries.end();}

getClassificationBits()

const unsigned long Event::McPrimaryParticle::getClassificationBits ( ) const

inline

Retrieve classification bits (see above definitions)

Definition at line 62 of file McPrimaryParticle.h.

{return m_classification;}

getNumAssociated()

const int Event::McPrimaryParticle::getNumAssociated ( ) const

inline

Retrieve number and iterators to the particles associated with primary.

Definition at line 73 of file McPrimaryParticle.h.

{return m_associated.size();}

getNumSecondaries()

const int Event::McPrimaryParticle::getNumSecondaries ( ) const

inline

Retrieve number and iterators to the daughters of the primary with hits in tracker.

Definition at line 68 of file McPrimaryParticle.h.

{return m_secondaries.size();}

getPrimaryParticle()

const Event::McParticleRef Event::McPrimaryParticle::getPrimaryParticle ( ) const

inline

Retrieve reference to the primary particle.

Definition at line 65 of file McPrimaryParticle.h.

{return m_primary;}

getTrackVector()

Event::McParticleRefVec McPrimaryParticle::getTrackVector ( )

inline

Return an McParticle reference vector of all McParticles which leave hits in tracker.

Definition at line 9 of file McPrimaryParticle.cxx.

{
/*    Event::McParticleRefVec trackVec;
 
    trackVec.clear();
 
    if (m_primary->statusFlags() & Event::McParticle::POSHIT) trackVec.push_back(m_primary);
 
    Event::McParticleRefVec::const_iterator refIter;
 
    for(refIter = m_secondaries.begin(); refIter != m_secondaries.end(); refIter++) trackVec.push_back(*refIter);
    for(refIter = m_associated.begin();  refIter != m_associated.end();  refIter++) trackVec.push_back(*refIter);
 
    return trackVec;
*/
}

setClassificationBits()

void Event::McPrimaryParticle::setClassificationBits ( const unsigned long  bits )

inline

Definition at line 84 of file McPrimaryParticle.h.

{m_classification |= bits;}

setPrimaryParticle()

void Event::McPrimaryParticle::setPrimaryParticle ( const Event::McParticleRef  mcPart )

inline

For building.

Definition at line 81 of file McPrimaryParticle.h.

{m_primary = mcPart;}

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

• McPrimaryParticle.h
• McPrimaryParticle.cxx