#include <TRecEmcShower.h>
Public Member Functions | |
Double_t | a20Moment () const |
Double_t | a20Moment () const |
Double_t | a42Moment () const |
Double_t | a42Moment () const |
Int_t | cellId () const |
Int_t | cellId () const |
vector< Int_t > | cellId3x3 () const |
vector< Int_t > | cellId3x3 () const |
vector< Int_t > | cellId5x5 () const |
vector< Int_t > | cellId5x5 () const |
map< Int_t, Double_t > | cellIdMap () const |
map< Int_t, Double_t > | cellIdMap () const |
Int_t | clusterId () const |
Int_t | clusterId () const |
Double_t | dE () const |
Double_t | dE () const |
Double_t | dphi () const |
Double_t | dphi () const |
Double_t | dtheta () const |
Double_t | dtheta () const |
Double_t | e3x3 () const |
Double_t | e3x3 () const |
Double_t | e5x5 () const |
Double_t | e5x5 () const |
Double_t | eAll () const |
Double_t | eAll () const |
Double_t | eLepton () const |
Double_t | eLepton () const |
Double_t | energy () const |
Double_t | energy () const |
Double_t | err (Int_t i) const |
Double_t | err (Int_t i) const |
Double_t | eSeed () const |
Double_t | eSeed () const |
Double_t | latMoment () const |
Double_t | latMoment () const |
Int_t | module () const |
Int_t | module () const |
Int_t | numHits () const |
Int_t | numHits () const |
Double_t | phi () const |
Double_t | phi () const |
Double_t | secondMoment () const |
Double_t | secondMoment () const |
void | setA20Moment (const Double_t a20Moment) |
void | setA20Moment (const Double_t a20Moment) |
void | setA42Moment (const Double_t a42Moment) |
void | setA42Moment (const Double_t a42Moment) |
void | setCellId (const Int_t id) |
void | setCellId (const Int_t id) |
void | setCellId3x3 (const vector< Int_t > &cellId3x3) |
void | setCellId3x3 (const vector< Int_t > &cellId3x3) |
void | setCellId5x5 (const vector< Int_t > &cellId5x5) |
void | setCellId5x5 (const vector< Int_t > &cellId5x5) |
void | setCellIdMap (const map< Int_t, Double_t > &cellIdMap) |
void | setCellIdMap (const map< Int_t, Double_t > &cellIdMap) |
void | setClusterId (const Int_t clusterId) |
void | setClusterId (const Int_t clusterId) |
void | setDE (const Double_t de) |
void | setDE (const Double_t de) |
void | setDphi (const Double_t dpi) |
void | setDphi (const Double_t dpi) |
void | setDtheta (const Double_t dt) |
void | setDtheta (const Double_t dt) |
void | setE3x3 (const Double_t e3x3) |
void | setE3x3 (const Double_t e3x3) |
void | setE5x5 (const Double_t e5x5) |
void | setE5x5 (const Double_t e5x5) |
void | setEAll (const Double_t eall) |
void | setEAll (const Double_t eall) |
void | setELepton (const Double_t elepton) |
void | setELepton (const Double_t elepton) |
void | setEnergy (const Double_t e) |
void | setEnergy (const Double_t e) |
void | setErr (const Double_t err[6]) |
void | setErr (const Double_t err[6]) |
void | setESeed (const Double_t eSeed) |
void | setESeed (const Double_t eSeed) |
void | setLatMoment (const Double_t latMoment) |
void | setLatMoment (const Double_t latMoment) |
void | setModule (const Int_t mod) |
void | setModule (const Int_t mod) |
void | setNumHits (const Int_t hit) |
void | setNumHits (const Int_t hit) |
void | setPhi (const Double_t pi) |
void | setPhi (const Double_t pi) |
void | setSecondMoment (const Double_t secondMoment) |
void | setSecondMoment (const Double_t secondMoment) |
void | setStatus (const Int_t st) |
void | setStatus (const Int_t st) |
void | setTheta (const Double_t theta) |
void | setTheta (const Double_t theta) |
void | setTime (const Double_t time) |
void | setTime (const Double_t time) |
void | setTrackId (const Int_t trackId) |
void | setTrackId (const Int_t trackId) |
void | setTRecEmcShower (const TRecEmcShower *emcshower) |
void | setTRecEmcShower (const TRecEmcShower *emcshower) |
void | setX (const Double_t x) |
void | setX (const Double_t x) |
void | setY (const Double_t y) |
void | setY (const Double_t y) |
void | setZ (const Double_t z) |
void | setZ (const Double_t z) |
Int_t | status () const |
Int_t | status () const |
Double_t | theta () const |
Double_t | theta () const |
Double_t | time () const |
Double_t | time () const |
Int_t | trackId () const |
Int_t | trackId () const |
TRecEmcShower () | |
TRecEmcShower () | |
Double_t | x () const |
Double_t | x () const |
Double_t | y () const |
Double_t | y () const |
Double_t | z () const |
Double_t | z () const |
~TRecEmcShower () | |
~TRecEmcShower () | |
Private Attributes | |
Double_t | m_a20Moment |
Double_t | m_a42Moment |
Int_t | m_cellId |
vector< Int_t > | m_cellId3x3 |
vector< Int_t > | m_cellId3x3 |
vector< Int_t > | m_cellId5x5 |
vector< Int_t > | m_cellId5x5 |
map< Int_t, Double_t > | m_cellIdMap |
map< Int_t, Double_t > | m_cellIdMap |
Int_t | m_clusterId |
Double_t | m_dE |
Double_t | m_dPhi |
Double_t | m_dTheta |
Double_t | m_e3x3 |
Double_t | m_e5x5 |
Double_t | m_eall |
Double_t | m_elepton |
Double_t | m_energy |
Double_t | m_err [6] |
Double_t | m_eSeed |
Double_t | m_latMoment |
Int_t | m_module |
Int_t | m_numHits |
Double_t | m_phi |
Double_t | m_secondMoment |
Int_t | m_status |
Double_t | m_theta |
Double_t | m_time |
Int_t | m_trackId |
Double_t | m_x |
Double_t | m_y |
Double_t | m_z |
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00012 { 00013 Clear(); 00014 }
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00045 {return m_a20Moment;}
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00045 {return m_a20Moment;}
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00046 {return m_a42Moment;}
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00046 {return m_a42Moment;}
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00026 { return m_cellId; }
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00026 { return m_cellId; }
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00050 { return m_cellId3x3; }
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00050 { return m_cellId3x3; }
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00051 { return m_cellId5x5; }
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00051 { return m_cellId5x5; }
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00049 { return m_cellIdMap; }
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00049 { return m_cellIdMap; }
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00052 { return m_clusterId; }
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00052 { return m_clusterId; }
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00036 { return m_dE; }
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00036 { return m_dE; }
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00034 { return m_dPhi; }
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00034 { return m_dPhi; }
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00032 { return m_dTheta; }
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00032 { return m_dTheta; }
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00038 {return m_e3x3;}
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00038 {return m_e3x3;}
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00039 {return m_e5x5;}
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00039 {return m_e5x5;}
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00040 { return m_eall; }
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00040 { return m_eall; }
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00041 { return m_elepton; }
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00041 { return m_elepton; }
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00035 { return m_energy; }
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00035 { return m_energy; }
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00047 { return m_err[i]; }
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00047 { return m_err[i]; }
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00037 {return m_eSeed;}
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00037 {return m_eSeed;}
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00044 {return m_latMoment;}
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00044 {return m_latMoment;}
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00027 { return m_module; }
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00027 { return m_module; }
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00024 { return m_numHits; }
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00024 { return m_numHits; }
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00033 { return m_phi; }
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00033 { return m_phi; }
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00043 {return m_secondMoment;}
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00043 {return m_secondMoment;}
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00077 { m_a20Moment = a20Moment; }
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00077 { m_a20Moment = a20Moment; }
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00078 { m_a42Moment = a42Moment; }
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00078 { m_a42Moment = a42Moment; }
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00058 { m_cellId = id; }
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00058 { m_cellId = id; }
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00082 { m_cellId3x3 = cellId3x3; }
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00082 { m_cellId3x3 = cellId3x3; }
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00083 { m_cellId5x5 = cellId5x5; }
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00083 { m_cellId5x5 = cellId5x5; }
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00081 { m_cellIdMap = cellIdMap; }
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00081 { m_cellIdMap = cellIdMap; }
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00084 { m_clusterId = clusterId; }
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00084 { m_clusterId = clusterId; }
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00064 { m_dE = de; }
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00064 { m_dE = de; }
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00068 { m_dPhi = dpi ; }
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00068 { m_dPhi = dpi ; }
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00066 { m_dTheta = dt; }
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00066 { m_dTheta = dt; }
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00070 { m_e3x3 = e3x3 ; }
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00070 { m_e3x3 = e3x3 ; }
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00071 { m_e5x5 = e5x5 ; }
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00071 { m_e5x5 = e5x5 ; }
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00072 { m_eall = eall ; }
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00072 { m_eall = eall ; }
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00073 { m_elepton = elepton ; }
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00073 { m_elepton = elepton ; }
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00063 { m_energy = e ; }
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00063 { m_energy = e ; }
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00016 { 00017 for (int i=0;i<6;i++) { 00018 m_err[i] = err[i]; 00019 } 00020 }
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00069 { m_eSeed = eSeed ; }
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00069 { m_eSeed = eSeed ; }
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00076 { m_latMoment = latMoment; }
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00076 { m_latMoment = latMoment; }
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00059 { m_module = mod; }
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00059 { m_module = mod; }
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00056 { m_numHits = hit; }
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00056 { m_numHits = hit; }
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00067 { m_phi = pi ; }
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00067 { m_phi = pi ; }
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00075 { m_secondMoment = secondMoment; }
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00075 { m_secondMoment = secondMoment; }
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00057 { m_status = st; }
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00057 { m_status = st; }
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00065 { m_theta = theta ; }
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00065 { m_theta = theta ; }
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00074 { m_time = time; }
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00074 { m_time = time; }
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00055 { m_trackId = trackId; }
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00055 { m_trackId = trackId; }
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00085 { 00086 m_trackId = emcshower->trackId(); 00087 m_numHits = emcshower->numHits(); 00088 m_status = emcshower->status(); 00089 m_cellId = emcshower->cellId(); 00090 m_module = emcshower->module(); 00091 m_x = emcshower->x(); 00092 m_y = emcshower->y(); 00093 m_z = emcshower->z(); 00094 m_theta = emcshower->theta(); 00095 m_dTheta = emcshower->dtheta(); 00096 m_phi = emcshower->phi(); 00097 m_dPhi = emcshower->dphi(); 00098 m_energy = emcshower->energy(); 00099 m_dE = emcshower->dE(); 00100 m_eSeed = emcshower->eSeed(); 00101 m_e3x3 = emcshower->e3x3(); 00102 m_e5x5 = emcshower->e5x5(); 00103 m_eall = emcshower->eAll(); 00104 m_elepton = emcshower->eLepton(); 00105 m_time = emcshower->time(); 00106 m_secondMoment = emcshower->secondMoment(); 00107 m_latMoment = emcshower->latMoment(); 00108 m_a20Moment = emcshower->a20Moment(); 00109 m_a42Moment = emcshower->a42Moment(); 00110 for(int i=0;i<6;i++){ 00111 m_err[i] = emcshower->err(i); 00112 } 00113 m_cellIdMap = emcshower->cellIdMap(); 00114 m_cellId3x3 = emcshower->cellId3x3(); 00115 m_cellId5x5 = emcshower->cellId5x5(); 00116 m_clusterId = emcshower->clusterId(); 00117 }
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00085 { 00086 m_trackId = emcshower->trackId(); 00087 m_numHits = emcshower->numHits(); 00088 m_status = emcshower->status(); 00089 m_cellId = emcshower->cellId(); 00090 m_module = emcshower->module(); 00091 m_x = emcshower->x(); 00092 m_y = emcshower->y(); 00093 m_z = emcshower->z(); 00094 m_theta = emcshower->theta(); 00095 m_dTheta = emcshower->dtheta(); 00096 m_phi = emcshower->phi(); 00097 m_dPhi = emcshower->dphi(); 00098 m_energy = emcshower->energy(); 00099 m_dE = emcshower->dE(); 00100 m_eSeed = emcshower->eSeed(); 00101 m_e3x3 = emcshower->e3x3(); 00102 m_e5x5 = emcshower->e5x5(); 00103 m_eall = emcshower->eAll(); 00104 m_elepton = emcshower->eLepton(); 00105 m_time = emcshower->time(); 00106 m_secondMoment = emcshower->secondMoment(); 00107 m_latMoment = emcshower->latMoment(); 00108 m_a20Moment = emcshower->a20Moment(); 00109 m_a42Moment = emcshower->a42Moment(); 00110 for(int i=0;i<6;i++){ 00111 m_err[i] = emcshower->err(i); 00112 } 00113 m_cellIdMap = emcshower->cellIdMap(); 00114 m_cellId3x3 = emcshower->cellId3x3(); 00115 m_cellId5x5 = emcshower->cellId5x5(); 00116 m_clusterId = emcshower->clusterId(); 00117 }
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00060 { m_x = x ; }
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00060 { m_x = x ; }
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00061 { m_y = y ; }
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00061 { m_y = y ; }
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00062 { m_z = z ; }
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00062 { m_z = z ; }
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00025 { return m_status; }
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00025 { return m_status; }
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00031 { return m_theta; }
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00031 { return m_theta; }
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00042 { return m_time; }
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00042 { return m_time; }
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00023 { return m_trackId; }
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00023 { return m_trackId; }
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00028 { return m_x; }
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00028 { return m_x; }
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00029 { return m_y; }
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00029 { return m_y; }
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00030 { return m_z; }
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00030 { return m_z; }
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