This is the important function of the tool.
37 {
38
41
42
43 const unsigned int samplings = 25;
44
45
48
49 for( ; aod_itr != aod_end; ++aod_itr ) {
50
51
54
56 cluster->
setRawEt ( ( *aod_itr )->rawEt() );
57 cluster->
setRawEta ( ( *aod_itr )->rawEta() );
58 cluster->
setRawPhi ( ( *aod_itr )->rawPhi() );
59 cluster->
setRoIword ( ( *aod_itr )->RoIword() );
60 cluster->
setNCells ( ( *aod_itr )->nCells() );
62
63 cluster->
setEnergy ( ( *aod_itr )->energy() );
64 cluster->
setEt ( ( *aod_itr )->et() );
65 cluster->
setEta ( ( *aod_itr )->eta() );
66 cluster->
setPhi ( ( *aod_itr )->phi() );
67 cluster->
setE237 ( ( *aod_itr )->e237() );
68 cluster->
setE277 ( ( *aod_itr )->e277() );
69 cluster->
setFracs1 ( ( *aod_itr )->fracs1() );
70 cluster->
setWeta2 ( ( *aod_itr )->weta2() );
71 cluster->
setEhad1 ( ( *aod_itr )->ehad1() );
72 cluster->
setEta1 ( ( *aod_itr )->Eta1() );
73 cluster->
setEmaxs1 ( ( *aod_itr )->emaxs1() );
74 cluster->
setE2tsts1( ( *aod_itr )->e2tsts1() );
75 cluster->
setE233 ( ( *aod_itr )->e233() );
76 cluster->
setWstot ( ( *aod_itr )->wstot() );
77
78 for(
unsigned int i = 0;
i < samplings; ++
i ) {
81 const float rawValue = ( *aod_itr )->rawEnergy( sample );
84 << sample );
85 }
86 const float value = ( *aod_itr )->energy( sample );
87 if( ! cluster->
setEnergy( sample, value ) ) {
89 << sample );
90 }
91 }
92
94 << ( *aod_itr )->rawEnergy() << "; "
95 << "rawEt: "
96 << ( *aod_itr )->rawEt() << "; "
97 << "rawEta: "
98 << ( *aod_itr )->rawEta() << "; "
99 << "rawPhi: "
100 << ( *aod_itr )->rawPhi() << "; "
101 << std::hex << "m_roiWord: 0x"
102 << ( *aod_itr )->RoIword() << "; " << std::dec
103 << "numberUsedCells: "
104 << ( *aod_itr )->nCells() << "; "
105 << "quality: "
106 << ( *aod_itr )->quality() << ";" );
107
109 for(
unsigned int i = 0;
i < samplings; ++
i ) {
114 << " = "
115 << ( *aod_itr )->rawEnergy( sample ) << ";" );
116 }
117 }
118
120 << ( *aod_itr )->energy() << "; "
121 << "et: "
122 << ( *aod_itr )->et() << "; "
123 << "eta: "
124 << ( *aod_itr )->eta() << "; "
125 << "phi: "
126 << ( *aod_itr )->phi() << "; "
127 << "e237: "
128 << ( *aod_itr )->e237() << "; "
129 << "e277: "
130 << ( *aod_itr )->e277() << "; "
131 << "fracs1: "
132 << ( *aod_itr )->fracs1() << "; "
133 << "weta2: "
134 << ( *aod_itr )->weta2() << "; "
135 << "ehad1: "
136 << ( *aod_itr )->ehad1() << "; "
137 << "Eta1: "
138 << ( *aod_itr )->Eta1() << "; "
139 << "emaxs1: "
140 << ( *aod_itr )->emaxs1() << "; "
141 << "e2tsts1: "
142 << ( *aod_itr )->e2tsts1() << "; "
143 << "e233: "
144 << ( *aod_itr )->e233() << "; "
145 << "wstot: "
146 << ( *aod_itr )->wstot() );
147
149 for(
unsigned int i = 0;
i < samplings; ++
i ) {
154 << " = "
155 << ( *aod_itr )->energy( sample ) << ";" );
156 }
157 }
158
159 }
160
163
164
165 return StatusCode::SUCCESS;
166 }
#define ATH_MSG_WARNING(x)
static std::string getSamplingName(CaloSample theSample)
Returns a string (name) for each CaloSampling.
DataModel_detail::const_iterator< DataVector > const_iterator
value_type push_back(value_type pElem)
Add an element to the end of the collection.
const_iterator end() const noexcept
Return a const_iterator pointing past the end of the collection.
const_iterator begin() const noexcept
Return a const_iterator pointing at the beginning of the collection.
size_type size() const noexcept
Returns the number of elements in the collection.
void setClusterQuality(unsigned int)
set quality of cluster built (to be defined)
void setNCells(int)
set number of cells used from RoI
void setRoIword(long)
set RoI Word
void setRawPhi(float)
set Raw Phi (no calibration)
void setRawEnergy(float)
set Raw Energy (no calibration)
void setRawEta(float)
set Raw Eta (no calibration)
void setRawEt(float)
set Raw Et (no calibration)
void setPhi(float)
set Phi (calibrated)
void setEta(float)
set Eta (calibrated)
void setEt(float)
set Et (calibrated)
void setEhad1(float)
set hadronic Energy (first hadronic layer)
void setWeta2(float)
set cluster width (based on a 3x5 cluster - 2nd layer)
void setEnergy(float energy)
set Energy (calibrated)
void setE2tsts1(float)
set second maximum energy in sampling 1 (strip layer)
void setE237(float)
set Energy in a 3x7 cluster (no calibration) around hottest cell
void setE277(float)
set Energy in a 7x7 cluster (no calibration) around hottest cell
void setEmaxs1(float)
set maximum energy in sampling 1 (strip layer)
void setFracs1(float)
set Energy in a 7 strips (around hottest strip) minus energy in 3 strips divided by energy in 3 strip...
void setWstot(float)
set width in first layer
void setE233(float)
set Energy in a 3x3 cluster (no calibration) around hottest cell
void setEta1(float)
set Eta sampling 1 (strip layer)
TrigEMCluster_v1 TrigEMCluster
Define the latest version of the trigger EM cluster class.
1.14.0