#include <RecBTofCalHit.h>
Inheritance diagram for RecBTofCalHit:
Public Member Functions | |
double | adc1 () const |
double | adc1 () const |
double | adc2 () const |
double | adc2 () const |
virtual const CLID & | clID () const |
virtual const CLID & | clID () const |
double | deltaPhi () const |
double | deltaPhi () const |
double | dzHit () const |
double | dzHit () const |
int | event () const |
int | event () const |
int | mod () const |
int | mod () const |
RecBTofCalHit * | next () const |
RecBTofCalHit * | next () const |
double | p () const |
double | p () const |
double | path () const |
double | path () const |
double | Q () const |
double | Q () const |
int | qual () const |
int | qual () const |
RecBTofCalHit () | |
RecBTofCalHit () | |
int | run () const |
int | run () const |
void | setAdc1 (double adc1) |
void | setAdc1 (double adc1) |
void | setAdc2 (double adc2) |
void | setAdc2 (double adc2) |
void | setDeltaPhi (double deltaPhi) |
void | setDeltaPhi (double deltaPhi) |
void | setdZHit (double dzHit) |
void | setdZHit (double dzHit) |
void | setEvent (int event) |
void | setEvent (int event) |
void | setMod (int imod) |
void | setMod (int imod) |
void | setnext (RecBTofCalHit *n) |
void | setnext (RecBTofCalHit *n) |
void | setP (double p) |
void | setP (double p) |
void | setPath (double l) |
void | setPath (double l) |
void | setQ (double q) |
void | setQ (double q) |
void | setQual (int qual) |
void | setQual (int qual) |
void | setRun (int run) |
void | setRun (int run) |
void | setsinTheta (double sint) |
void | setsinTheta (double sint) |
void | setTdc1 (double tdc1) |
void | setTdc1 (double tdc1) |
void | setTdc2 (double tdc2) |
void | setTdc2 (double tdc2) |
void | setTpred (double tpred) |
void | setTpred (int idx, double t) |
void | setTpred (double tpred) |
void | setTpred (int idx, double t) |
void | setZHit (double zHit) |
void | setZHit (double zHit) |
double | sinTheta () const |
double | sinTheta () const |
double | tdc1 () const |
double | tdc1 () const |
double | tdc2 () const |
double | tdc2 () const |
double | tpred (int index) const |
double | tpred () const |
double | tpred (int index) const |
double | tpred () const |
double | zHit () const |
double | zHit () const |
virtual | ~RecBTofCalHit () |
virtual | ~RecBTofCalHit () |
Static Public Member Functions | |
const CLID & | classID () |
const CLID & | classID () |
Private Attributes | |
double | m_adc1 |
double | m_adc2 |
RecBTofCalHit * | m_bch |
RecBTofCalHit * | m_bch |
double | m_deltaPhi |
double | m_dzHit |
int | m_event |
int | m_imod |
double | m_p |
double | m_path |
double | m_Q |
int | m_qual |
int | m_run |
double | m_sintheta |
double | m_tdc1 |
double | m_tdc2 |
double | m_texp [5] |
double | m_tpred |
double | m_zHit |
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00010 { 00011 m_imod=-1; 00012 m_qual=-1; 00013 m_tpred=-1.; 00014 m_tdc1=-1.; 00015 m_tdc2=-1.; 00016 m_adc1=-1.; 00017 m_adc2=-1.; 00018 m_zHit=-1.; 00019 m_dzHit=-1.; 00020 m_sintheta=-1.; 00021 m_bch=NULL; 00022 for(int i=0;i<5;i++) 00023 m_texp[i]=0.; 00024 m_p=-1.; 00025 m_Q=-1.; 00026 m_path=-1.; 00027 }
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00024 {}
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00024 {}
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00037 { return m_adc1; }
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00037 { return m_adc1; }
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00038 { return m_adc2; }
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00038 { return m_adc2; }
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00027 { return CLID_RecBTofCalHit; }
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00027 { return CLID_RecBTofCalHit; }
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00026 { return RecBTofCalHit::classID();}
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00026 { return RecBTofCalHit::classID();}
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00041 { return m_deltaPhi; }
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00041 { return m_deltaPhi; }
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00040 { return m_dzHit; }
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00040 { return m_dzHit; }
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00031 { return m_event; }
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00031 { return m_event; }
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00032 { return m_imod; }
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00032 { return m_imod; }
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00088 { return m_bch;}
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00088 { return m_bch;}
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00043 { return m_p; }
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00043 { return m_p; }
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00045 { return m_path; }
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00045 { return m_path; }
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00044 { return m_Q; }
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00044 { return m_Q; }
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00033 { return m_qual; }
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00033 { return m_qual; }
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00030 { return m_run; }
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00030 { return m_run; }
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00061 { m_adc1 = adc1; }
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00061 { m_adc1 = adc1; }
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00062 { m_adc2 = adc2; }
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00062 { m_adc2 = adc2; }
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00065 { m_deltaPhi = deltaPhi; }
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00065 { m_deltaPhi = deltaPhi; }
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00064 { m_dzHit = dzHit; }
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00064 { m_dzHit = dzHit; }
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00055 { m_event = event; }
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00055 { m_event = event; }
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00056 { m_imod = imod; }
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00056 { m_imod = imod; }
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00089 { m_bch=n;}
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00089 { m_bch=n;}
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00067 { m_p = p; }
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00067 { m_p = p; }
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00069 { m_path = l; }
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00069 { m_path = l; }
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00068 { m_Q = q; }
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00068 { m_Q = q; }
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00057 { m_qual = qual; }
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00057 { m_qual = qual; }
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00054 { m_run = run; }
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00054 { m_run = run; }
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00066 { m_sintheta = sint; }
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00066 { m_sintheta = sint; }
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00059 { m_tdc1 = tdc1; }
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00059 { m_tdc1 = tdc1; }
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00060 { m_tdc2 = tdc2; }
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00060 { m_tdc2 = tdc2; }
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00058 { m_tpred = tpred; }
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00049 {if(idx<0||idx>=5) idx=0; m_texp[idx]=t; }
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00058 { m_tpred = tpred; }
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00049 {if(idx<0||idx>=5) idx=0; m_texp[idx]=t; }
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00063 { m_zHit = zHit; }
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00063 { m_zHit = zHit; }
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00042 { return m_sintheta; }
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00042 { return m_sintheta; }
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00035 { return m_tdc1; }
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00035 { return m_tdc1; }
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00036 { return m_tdc2; }
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00036 { return m_tdc2; }
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00048 { if(index<0||index>=5) index=0;return m_texp[index];}
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00034 { return m_tpred; }
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00048 { if(index<0||index>=5) index=0;return m_texp[index];}
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00034 { return m_tpred; }
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00039 { return m_zHit; }
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00039 { return m_zHit; }
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