UTIL Namespace Reference

Classes
class	UTIL::LCSplitWriter
class	UTIL::LCTokenizer
class	UTIL::BitFieldValue
class	UTIL::BitField64
class	UTIL::CellIDDecoder< T >
class	UTIL::CellIDEncoder< T >
class	UTIL::IndexMap
class	UTIL::LCFixedObject< NINT, NFLOAT, NDOUBLE >
class	UTIL::LCObjectHandle< T >
class	UTIL::LCRelationNavigator
class	UTIL::LCStdHepRdr
class	UTIL::LCTime
struct	UTIL::LCTime::CalendarTime
class	UTIL::LCTOOLS
class	UTIL::LCTypedVector< T >
struct	UTIL::lcio_short< T >
Functions
std::ostream &	operator<< (std::ostream &os, const BitField64 &b)
std::ostream &	operator<< (std::ostream &out, const UTIL::lcio_short< EVENT::Vertex > &sV)
std::ostream &	operator<< (std::ostream &out, const EVENT::Vertex *v)
const std::string &	header (const EVENT::Vertex *v)
const std::string &	tail (const EVENT::Vertex *v)
template<>
void	CellIDEncoder< IMPL::SimTrackerHitImpl >::setCellID (IMPL::SimTrackerHitImpl *hit)
template<>
int	CellIDEncoder< EVENT::SimCalorimeterHit >::cellID1Bit ()
template<>
int	CellIDEncoder< EVENT::RawCalorimeterHit >::cellID1Bit ()
template<>
int	CellIDEncoder< EVENT::TrackerData >::cellID1Bit ()
template<>
int	CellIDEncoder< EVENT::TrackerPulse >::cellID1Bit ()
template<>
int	CellIDEncoder< EVENT::TrackerRawData >::cellID1Bit ()
template<class T>
const char *	lctypename ()
template<>
const char *	lctypename< EVENT::MCParticle > ()
template<>
const char *	lctypename< EVENT::SimCalorimeterHit > ()
template<>
const char *	lctypename< EVENT::CalorimeterHit > ()
template<>
const char *	lctypename< EVENT::RawCalorimeterHit > ()
template<>
const char *	lctypename< EVENT::SimTrackerHit > ()
template<>
const char *	lctypename< EVENT::TrackerRawData > ()
template<>
const char *	lctypename< EVENT::TrackerData > ()
template<>
const char *	lctypename< EVENT::TrackerPulse > ()
template<>
const char *	lctypename< EVENT::TrackerHit > ()
template<>
const char *	lctypename< EVENT::LCStrVec > ()
template<>
const char *	lctypename< EVENT::LCFloatVec > ()
template<>
const char *	lctypename< EVENT::LCIntVec > ()
template<>
const char *	lctypename< EVENT::Track > ()
template<>
const char *	lctypename< EVENT::Cluster > ()
template<>
const char *	lctypename< EVENT::ReconstructedParticle > ()
template<>
const char *	lctypename< EVENT::LCRelation > ()
template<>
const char *	lctypename< EVENT::LCGenericObject > ()
template<>
const char *	lctypename< EVENT::Vertex > ()
template<class T>
const char *	lctypename (const T *t)
template<>
const char *	lctypename< EVENT::LCObject > (const EVENT::LCObject *o)
template<class T>
lcio_short< T >	lcshort (const T *t)
Variables
int	MAX_HITS = 1000

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Detailed Description

The namespace UTIL holds convenient and support classes and methods for the LCIO objects.

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Function Documentation

template<> int CellIDEncoder< EVENT::RawCalorimeterHit >::cellID1Bit (   )

specialization that returns the proper bit for the second cellid Definition at line 110 of file CellIDEncoder.h.

template<> int CellIDEncoder< EVENT::SimCalorimeterHit >::cellID1Bit (   )

specialization that returns the proper bit for the second cellid Definition at line 107 of file CellIDEncoder.h.

template<> int CellIDEncoder< EVENT::TrackerData >::cellID1Bit (   )

specialization that returns the proper bit for the second cellid Definition at line 113 of file CellIDEncoder.h.

template<> int CellIDEncoder< EVENT::TrackerPulse >::cellID1Bit (   )

specialization that returns the proper bit for the second cellid Definition at line 116 of file CellIDEncoder.h.

template<> int CellIDEncoder< EVENT::TrackerRawData >::cellID1Bit (   )

specialization that returns the proper bit for the second cellid Definition at line 119 of file CellIDEncoder.h.

template<> void CellIDEncoder< IMPL::SimTrackerHitImpl >::setCellID (  IMPL::SimTrackerHitImpl *  hit  )

Specialization for SimTrackerHits that have only one cellID Definition at line 102 of file CellIDEncoder.h. References IMPL::SimTrackerHitImpl::setCellID().

const std::string & UTIL::header (  const EVENT::Vertex *  v  )

for printing the header of a vertex object (e.g. cout << header(vertexObj) << endl; ) Definition at line 95 of file Operators.cc. References tail(). Referenced by UTIL::LCTOOLS::printVertices().

template<class T> lcio_short<T> lcshort (  const T *  t  )

Definition at line 35 of file Operators.h. Referenced by UTIL::LCTOOLS::printVertices().

template<class T> const char* lctypename (  const T *  t  )

Template that returns the LCIO type name as used in the LCCollctions (and files) based on the object's type, e.g. MCParticle* mcp ; std::cout << lctypename( mcp ) << std::endl ; Definition at line 76 of file LCIOTypeInfo.h.

template<class T> const char * UTIL::lctypename (   )

Template that returns the LCIO type name as used in the LCCollctions (and files), e.g. std::cout << lctypename<MCParticle>() << std::endl ; This can be used in user templates to create a new collection of the template type. Definition at line 44 of file LCIOTypeInfo.h.

template<> const char* lctypename< EVENT::CalorimeterHit > (   )

template<> const char* lctypename< EVENT::Cluster > (   )

template<> const char* lctypename< EVENT::LCFloatVec > (   )

template<> const char* lctypename< EVENT::LCGenericObject > (   )

template<> const char* lctypename< EVENT::LCIntVec > (   )

template<> const char* lctypename< EVENT::LCObject > (  const EVENT::LCObject *  o  )

Specialization for polymorphic LCObject pointers - slow. E.g.: LCObject* obj = new McParticle ; std::cout << lctypename( obj ) << std::endl ;

template<> const char* lctypename< EVENT::LCRelation > (   )

template<> const char* lctypename< EVENT::LCStrVec > (   )

template<> const char* lctypename< EVENT::MCParticle > (   )

template<> const char* lctypename< EVENT::RawCalorimeterHit > (   )

template<> const char* lctypename< EVENT::ReconstructedParticle > (   )

template<> const char* lctypename< EVENT::SimCalorimeterHit > (   )

template<> const char* lctypename< EVENT::SimTrackerHit > (   )

template<> const char* lctypename< EVENT::Track > (   )

template<> const char* lctypename< EVENT::TrackerData > (   )

template<> const char* lctypename< EVENT::TrackerHit > (   )

template<> const char* lctypename< EVENT::TrackerPulse > (   )

template<> const char* lctypename< EVENT::TrackerRawData > (   )

template<> const char* lctypename< EVENT::Vertex > (   )

std::ostream & UTIL::operator<< (  std::ostream &  out, const EVENT::Vertex *  v )

operator for detailed output of a vertex object (e.g. cout << vertexObj << endl; ) Definition at line 60 of file Operators.cc. References EVENT::Vertex::getAlgorithmType(), EVENT::Vertex::getAssociatedParticle(), EVENT::Vertex::getChi2(), EVENT::Vertex::getCovMatrix(), EVENT::Vertex::getParameters(), EVENT::Vertex::getPosition(), EVENT::Vertex::getProbability(), EVENT::LCObject::id(), and EVENT::Vertex::isPrimary().

std::ostream & UTIL::operator<< (  std::ostream &  out, const UTIL::lcio_short< EVENT::Vertex > &  sV )

operator for short output of a vertex object (e.g. cout << lcshort(vertexObj) << endl; ) Definition at line 41 of file Operators.cc. References EVENT::Vertex::getAlgorithmType(), EVENT::Vertex::getAssociatedParticle(), EVENT::Vertex::getChi2(), EVENT::Vertex::getParameters(), EVENT::Vertex::getPosition(), EVENT::Vertex::getProbability(), EVENT::LCObject::id(), and EVENT::Vertex::isPrimary().

std::ostream & UTIL::operator<< (  std::ostream &  os, const BitField64 &  b )

Operator for dumping BitField64 to streams Definition at line 248 of file BitField64.cc. References UTIL::BitField64::_map, and UTIL::BitField64::_value.

const std::string & UTIL::tail (  const EVENT::Vertex *  v  )

for printing the tail of a vertex object (e.g. cout << tail(vertexObj) << endl; ) Definition at line 103 of file Operators.cc. Referenced by header(), and UTIL::LCTOOLS::printVertices().

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Variable Documentation

int UTIL::MAX_HITS = 1000 [static]

Definition at line 47 of file LCTOOLS.cc.

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