The generic simulated calorimeter hit. More...

#include <SimCalorimeterHit.h>

Inheritance diagram for EVENT::SimCalorimeterHit:

Public Types
typedef SimCalorimeterHit	lcobject_type
	Useful typedef for template programming with LCIO. More...

Public Types inherited from lcrtrel::LCRTRelations
typedef std::type_index	ext_index

typedef std::shared_ptr< void >	ext_type

typedef std::map< ext_index, ext_type >	ext_map

Public Member Functions
virtual	~SimCalorimeterHit ()
	Destructor. More...

virtual int	getCellID0 () const =0
	Returns the detector specific (geometrical) cell id. More...

virtual int	getCellID1 () const =0
	Returns the second detector specific (geometrical) cell id. More...

virtual float	getEnergy () const =0
	Returns the energy of the hit in [GeV]. More...

virtual const float *	getPosition () const =0
	Returns the position of the hit in world coordinates. More...

virtual const float *	getStepPosition (int i) const =0
	Returns the position where the energy deposited (step) occurred optional, only if bit LCIO::CHBIT_STEP is set. More...

virtual int	getNMCParticles () const =0
	Returns the number of MC contributions to the hit. More...

virtual int	getNMCContributions () const =0
	Returns the number of MC contributions to the hit. More...

virtual float	getEnergyCont (int i) const =0
	Returns the energy in [GeV] of the i-th contribution to the hit. More...

virtual float	getTimeCont (int i) const =0
	Returns the time in [ns] of the i-th contribution to the hit. More...

virtual float	getLengthCont (int i) const =0
	Returns the step length of the i-th contribution to the hit. More...

virtual int	getPDGCont (int i) const =0
	Returns the PDG code of the shower particle that caused this contribution. More...

virtual MCParticle *	getParticleCont (int i) const =0
	Returns the MCParticle that caused the shower responsible for this contribution to the hit. More...

Public Member Functions inherited from EVENT::LCObject
virtual	~LCObject ()
	Destructor. More...

virtual int	id () const =0
	Returns an object id for internal (debugging) use in LCIO. More...

virtual LCObject *	clone () const
	Returns an object id for internal (debugging) use in LCIO. More...

Public Member Functions inherited from lcrtrel::LCRTRelations
template<class V >
V::ext_type	ext ()
	Provides access to an extension object - the type and ownership is defined by the class V which should be a subtype of LCExtension, LCOwnedExtension, LCExtensionVector, LCExtensionList,... More...

template<class V >
const V::ext_type	ext () const
	Provides access to an extension object - the type and ownership is defined by the class V which should be a subtype of LCExtension, LCOwnedExtension, LCExtensionVector, LCExtensionList,... More...

template<class V >
V::rel_type	rel ()
	Provides read access to relations - the object types and their connectivity are defined by the class V which has to be a subtype of either LC1To1Relation, LC1ToNRelation or LCNToNRelation. More...

Detailed Description

The generic simulated calorimeter hit.

Author: gaede

Version

Id:: SimCalorimeterHit.aid,v 1.8 2006-03-24 13:25:52 gaede Exp

Definition at line 23 of file SimCalorimeterHit.h.

Member Typedef Documentation

typedef SimCalorimeterHit EVENT::SimCalorimeterHit::lcobject_type

Useful typedef for template programming with LCIO.

Definition at line 31 of file SimCalorimeterHit.h.

Constructor & Destructor Documentation

virtual EVENT::SimCalorimeterHit::~SimCalorimeterHit ( )

inlinevirtual

Destructor.

Definition at line 27 of file SimCalorimeterHit.h.

Member Function Documentation

virtual int EVENT::SimCalorimeterHit::getCellID0 ( ) const

pure virtual

Returns the detector specific (geometrical) cell id.

Implemented in IMPL::SimCalorimeterHitImpl.

Referenced by UTIL::operator<<().

virtual int EVENT::SimCalorimeterHit::getCellID1 ( ) const

pure virtual

Returns the second detector specific (geometrical) cell id.

0 if information is not stored - check the flag word (bit CHBIT_ID1) of the collection. Default is to store only cellid0.

Implemented in IMPL::SimCalorimeterHitImpl.

Referenced by UTIL::operator<<().

virtual float EVENT::SimCalorimeterHit::getEnergy ( ) const

pure virtual

Returns the energy of the hit in [GeV].

Implemented in IMPL::SimCalorimeterHitImpl.

Referenced by UTIL::operator<<().

virtual float EVENT::SimCalorimeterHit::getEnergyCont ( int i ) const

pure virtual

Returns the energy in [GeV] of the i-th contribution to the hit.

See Also: getNMCContributions()

Implemented in IMPL::SimCalorimeterHitImpl.

Referenced by UTIL::operator<<().

virtual float EVENT::SimCalorimeterHit::getLengthCont ( int i ) const

pure virtual

Returns the step length of the i-th contribution to the hit.

See Also: getNMCContributions()

Implemented in IMPL::SimCalorimeterHitImpl.

Referenced by UTIL::operator<<().

virtual int EVENT::SimCalorimeterHit::getNMCContributions ( ) const

pure virtual

Returns the number of MC contributions to the hit.

0 if information is not stored. There are two levels of detail: if collection flag bit LCIO.CHBIT_STEP==1 then all simulator steps' contributions to the hit are stored, otherwise there is only one contribution for every particle entering the calorimeter.

Implemented in IMPL::SimCalorimeterHitImpl.

Referenced by UTIL::operator<<().

virtual int EVENT::SimCalorimeterHit::getNMCParticles ( ) const

pure virtual

Returns the number of MC contributions to the hit.

0 if information is not stored. Renamed to getNMCContributions.