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ATLAS Offline Software
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5 #ifndef TRIGTAUCLUSTERDETAILS_H
6 #define TRIGTAUCLUSTERDETAILS_H
22 #include "GaudiKernel/MsgStream.h"
42 void print (
void )
const;
142 return !( left == right );
147 std::map< std::string, double >& varChange );
float EMRadius(int samp) const
get EM Radius per sampling
float m_HADenergyWide[NUMHADSAMP]
HAD Energy in the normalization region (0.3x0.3)
void setEMenergyWide(int samp, float e)
set EM Energy in the mormalization region (0.3x0.3)
void diff(const TrigTauClusterDetails &left, const TrigTauClusterDetails &right, std::map< std::string, double > &varChange)
Comparison with feedback.
bool operator!=(const TrigTauClusterDetails &left, const TrigTauClusterDetails &right)
Operator comparing two TrigTauCluster objects for inequality.
void setHADenergyNarrow(int samp, float e)
set HAD Energy in the narrow region (0.1x0.1)
float HADenergyWide(int samp) const
get HAD Energy in the normalization region (0.3x0.3)
float EMenergyWide(int samp) const
get EM Energy in the mormalization region (0.3x0.3)
float EMenergyNarrow(int samp) const
get EM Energy in the narrow region (0.1x0.1)
float m_HADRadius[NUMHADSAMP]
HAD Radius per sampling.
~TrigTauClusterDetails()
Destructor
float m_HADenergyMedium[NUMHADSAMP]
HAD Energy in the wide region (0.2x0.2)
float m_EMRadius[NUMEMSAMP]
EM Radius per sampling.
float m_EMenergyWidth[NUMEMSAMP]
Width in EM samplings.
void setHADenergyMedium(int samp, float e)
set HAD Energy in the wide region (0.2x0.2)
void setHADenergyWidth(int samp, float stripwidth)
set Width in HAD samplings
float m_HADenergyWidth[NUMHADSAMP]
Width in HAD samplings.
float HADenergyMedium(int samp) const
get HAD Energy in the wide region (0.2x0.2)
bool operator==(const TrigTauClusterDetails &left, const TrigTauClusterDetails &right)
Operator comparing two TrigTauCluster objects for equality.
std::string str(const TrigTauClusterDetails &tau)
Helper function for printing the object.
const int NUMHADSAMP
Number of HAD Samples.
void print(void) const
Prints out cluster variables to std::cout
float m_EMenergyNarrow[NUMEMSAMP]
EM Energy in the narrow region (0.1x0.1)
void setHADRadius(int samp, float hadradius)
set HAD Radius per sampling
float m_EMenergyWide[NUMEMSAMP]
EM Energy in the mormalization region (0.3x0.3)
float HADenergyWidth(int samp) const
get Width in HAD samplings
float HADRadius(int samp) const
get HAD Radius per sampling
void setEMenergyWidth(int samp, float stripwidth)
set Width in EM samplings
void setEMenergyNarrow(int samp, float e)
set EM Energy in the narrow region (0.1x0.1)
float m_EMenergyMedium[NUMEMSAMP]
EM Energy in the wide region (0.2x0.2)
float EMenergyWidth(int samp) const
get Width in EM samplings
const int NUMEMSAMP
Number of EM Samples.
#define CLASS_DEF(NAME, CID, VERSION)
associate a clid and a version to a type eg
TrigTauClusterDetails()
Constructor, please note the default values
void setEMRadius(int samp, float emradius)
set EM Radius per sampling
float HADenergyNarrow(int samp) const
get HAD Energy in the narrow region (0.1x0.1)
void setEMenergyMedium(int samp, float e)
set EM Energy in the wide region (0.2x0.2)
float EMenergyMedium(int samp) const
get EM Energy in the wide region (0.2x0.2)
macros to associate a CLID to a type
MsgStream & operator<<(MsgStream &m, const TrigTauClusterDetails &tau)
Helper operator for printing the object.
float m_HADenergyNarrow[NUMHADSAMP]
HAD Energy in the narrow region (0.1x0.1)
void setHADenergyWide(int samp, float e)
set HAD Energy in the mormalization region (0.3x0.3)