ATLAS Offline Software
LArLATOMEBuilderAlg.cxx
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1 /*
2  Copyright (C) 2002-2023 CERN for the benefit of the ATLAS collaboration
3 */
4 
5 #include "LArLATOMEBuilderAlg.h"
6 #include "GaudiKernel/SystemOfUnits.h"
7 #include "LArRawEvent/LArRawSCContainer.h"
8 #include "LArRawEvent/LArDigitContainer.h"
9 #include "LArRawEvent/LArSCDigitContainer.h"
10 #include "LArIdentifier/LArOnline_SuperCellID.h"
11 #include "AthAllocators/DataPool.h"
12 #include "LArCOOLConditions/LArPedestalSC.h"
13 #include "LArCOOLConditions/LArOFCSC.h"
14 #include "LArCOOLConditions/LArRampSC.h"
15 #include "LArCOOLConditions/LArDAC2uASC.h"
16 #include "LArCOOLConditions/LAruA2MeVSC.h"
17 #include "LArCOOLConditions/LArMphysOverMcalSC.h"
18 #include "LArCOOLConditions/LArHVScaleCorrSC.h"
19 #include <cmath>
20 
21 
22 namespace {
23  inline int pow2(const int x) {return (0x1<<x);}
24 };
25 
26 LArLATOMEBuilderAlg::LArLATOMEBuilderAlg(const std::string& name, ISvcLocator* pSvcLocator):
27  AthReentrantAlgorithm(name, pSvcLocator) {}
28 
29 StatusCode LArLATOMEBuilderAlg::initialize() {
30 
31  ATH_MSG_INFO("LArLATOMEBuilderAlg init");
32 
33  ATH_CHECK(m_eventInfoKey.initialize());
34  ATH_CHECK(m_digitKey.initialize());
35  ATH_CHECK(m_larRawSCKey.initialize());
36  ATH_CHECK(m_cablingKey.initialize());
37  ATH_CHECK(m_keyPedestalSC.initialize());
38  ATH_CHECK(m_keyOFCSC.initialize());
39  ATH_CHECK(m_keyRampSC.initialize());
40  ATH_CHECK(m_keyDAC2uASC.initialize());
41  ATH_CHECK(m_keyuA2MeVSC.initialize());
42  ATH_CHECK(m_keyHVScaleCorrSC.initialize());
43  ATH_CHECK(m_keyMphysOverMcalSC.initialize());
44 
45  const LArOnline_SuperCellID* ll;
46  ATH_CHECK(detStore()->retrieve(ll,"LArOnline_SuperCellID"));
47  m_onlineId = (const LArOnlineID_Base*)ll;
48 
49  return StatusCode::SUCCESS;
50 }
51 
52 StatusCode LArLATOMEBuilderAlg::finalize() {
53  return StatusCode::SUCCESS;
54 }
55 
56 StatusCode LArLATOMEBuilderAlg::execute(const EventContext& ctx) const {
57 
58  SG::ReadHandle<xAOD::EventInfo> thisEvent{m_eventInfoKey,ctx};
59  unsigned int event_bcid = thisEvent->bcid();
60 
61  //Get event inputs from read handles:
62  SG::ReadHandle<LArDigitContainer> inputContainer(m_digitKey,ctx);
63  //Write output via write handle
64  SG::WriteHandle<LArRawSCContainer> outputContainerHdl(m_larRawSCKey,ctx);
65  ATH_CHECK(outputContainerHdl.record(std::make_unique<LArRawSCContainer>()));
66  auto *outputContainer = outputContainerHdl.ptr();
67  outputContainer->clear(SG::VIEW_ELEMENTS);
68  outputContainer->reserve(inputContainer->size());
69  DataPool<LArRawSC> dataItemsPool(ctx);
70  dataItemsPool.reserve(inputContainer->size());
71 
72  //Get Conditions input
73  SG::ReadCondHandle<ILArPedestal> pedHdl(m_keyPedestalSC,ctx);
74  const LArPedestalSC* Peds=dynamic_cast<const LArPedestalSC*>(pedHdl.cptr());
75  if (!Peds) return StatusCode::FAILURE;
76 
77  SG::ReadCondHandle<ILArOFC> ofcHdl(m_keyOFCSC,ctx);
78  const LArOFCSC* OFCs=dynamic_cast<const LArOFCSC*>(ofcHdl.cptr());
79  if (!OFCs) return StatusCode::FAILURE;
80 
81  SG::ReadCondHandle<ILArRamp> rampHdl(m_keyRampSC,ctx);
82  const LArRampSC* Ramps=dynamic_cast<const LArRampSC*>(rampHdl.cptr());
83  if (!Ramps) return StatusCode::FAILURE;
84 
85  SG::ReadCondHandle<ILArDAC2uA> dac2uaHdl(m_keyDAC2uASC,ctx);
86  const LArDAC2uASC* DAC2uAs=dynamic_cast<const LArDAC2uASC*>(dac2uaHdl.cptr());
87  if (!DAC2uAs) return StatusCode::FAILURE;
88 
89  SG::ReadCondHandle<ILAruA2MeV> ua2mevHdl(m_keyuA2MeVSC,ctx);
90  const LAruA2MeVSC* uA2MeVs=dynamic_cast<const LAruA2MeVSC*>(ua2mevHdl.cptr());
91  if (!uA2MeVs) return StatusCode::FAILURE;
92 
93  SG::ReadCondHandle<ILArMphysOverMcal> mphysHdl(m_keyMphysOverMcalSC,ctx);
94  const LArMphysOverMcalSC* MphysOverMcals=dynamic_cast<const LArMphysOverMcalSC*>(mphysHdl.cptr());
95  if (!MphysOverMcals) return StatusCode::FAILURE;
96 
97  SG::ReadCondHandle<ILArHVScaleCorr> hvHdl(m_keyHVScaleCorrSC,ctx);
98  const LArHVScaleCorrSC* HVScaleCorrs=dynamic_cast<const LArHVScaleCorrSC*>(hvHdl.cptr());
99  if (!HVScaleCorrs) return StatusCode::FAILURE;
100 
101  SG::ReadCondHandle<LArOnOffIdMapping> cabling(m_cablingKey,ctx);
102 
103  unsigned int nEnergies=m_nEnergies;
104 
105  //Loop over digits:
106  for (const LArDigit* digit : *inputContainer) {
107 
108  const LArSCDigit* digitSC=dynamic_cast<const LArSCDigit*>(digit);
109  if(!digitSC){
110  ATH_MSG_ERROR("container elements not of type LArSCDigit");
111  return StatusCode::FAILURE;
112  }
113  const std::vector<uint16_t>& bcids = digitSC->BCId();
114  const HWIdentifier id=digit->hardwareID();
115  std::flush(std::cout);
116  const std::vector<short>& samples=digit->samples();
117  int gain=digit->gain();
118  float ped=Peds->pedestal(id,gain);
119  LArOFCSC::OFCRef_t ofca=OFCs->OFC_a(id,gain);
120  LArOFCSC::OFCRef_t ofcb=OFCs->OFC_b(id,gain);
121  ILArRamp::RampRef_t ramp=Ramps->ADC2DAC(id,gain);
122  float dac2ua=DAC2uAs->DAC2UA(id);
123  float ua2mev=uA2MeVs->UA2MEV(id);
124  float mphys=MphysOverMcals->MphysOverMcal(id,gain);
125  float hvcorr=HVScaleCorrs->HVScaleCorr(id);
126  float ELSB = 12.5;
127 
128  if (ATH_UNLIKELY(ped==ILArPedestal::ERRORCODE)) {
129  ATH_MSG_ERROR("No valid pedestal for connected channel " << id.get_identifier32().get_compact() << " gain " << gain);
130  return StatusCode::FAILURE;
131  }
132  if(ATH_UNLIKELY(!ofca.valid())){
133  ATH_MSG_ERROR("No valid ofca for connected channel " << id.get_identifier32().get_compact() << " gain " << gain);
134  return StatusCode::FAILURE;
135  }
136  if(ATH_UNLIKELY(!ofcb.valid())){
137  ATH_MSG_ERROR("No valid ofcb for connected channel " << id.get_identifier32().get_compact() << " gain " << gain);
138  return StatusCode::FAILURE;
139  }
140  if(ATH_UNLIKELY(!ramp.valid())){
141  ATH_MSG_ERROR("No valid ramp for connected channel " << id.get_identifier32().get_compact() << " gain " << gain);
142  return StatusCode::FAILURE;
143  }
144  if(ATH_UNLIKELY(ramp.size()!=2)){
145  ATH_MSG_ERROR("wrong ramp size for connected channel " << id.get_identifier32().get_compact() << " gain " << gain);
146  return StatusCode::FAILURE;
147  }
148  if (ATH_UNLIKELY(dac2ua==ILArDAC2uA::ERRORCODE)) {
149  ATH_MSG_ERROR("No valid dac2ua for connected channel " << id.get_identifier32().get_compact());
150  return StatusCode::FAILURE;
151  }
152  if (ATH_UNLIKELY(ua2mev==ILAruA2MeV::ERRORCODE)) {
153  ATH_MSG_ERROR("No valid ua2mev for connected channel " << id.get_identifier32().get_compact());
154  return StatusCode::FAILURE;
155  }
156  if (ATH_UNLIKELY(mphys==ILArHVScaleCorr::ERRORCODE)) {
157  ATH_MSG_ERROR("No valid mphys for connected channel " << id.get_identifier32().get_compact() << " gain " << gain);
158  return StatusCode::FAILURE;
159  }
160  if (ATH_UNLIKELY(hvcorr==ILArMphysOverMcal::ERRORCODE)) {
161  ATH_MSG_ERROR("No valid hvcorr for connected channel " << id.get_identifier32().get_compact());
162  return StatusCode::FAILURE;
163  }
164 
166  std::vector<float> ofca_mev(ofca.size());
167  std::vector<float> ofcb_mev(ofca.size());
168  float peda=ped;
169  float pedb=ped;
170  for (unsigned int i = 0; i < ofca.size(); ++i) {
171  ofca_mev[i] = ofca[i] * ramp[1] * dac2ua * ua2mev / ELSB;
172  ofcb_mev[i] = ofcb[i] * ramp[1] * dac2ua * ua2mev / ELSB;
173  if (m_applyMphysOverMcal) {
174  ofca_mev[i] /= mphys;
175  ofcb_mev[i] /= mphys;
176  }
177  if (m_applyHVCorrection) {
178  ofca_mev[i] *= hvcorr;
179  ofcb_mev[i] *= hvcorr;
180  }
181  }
182  if (m_useR0) {
183  float suma=0; for(auto a:ofca)suma+=a;
184  float sumb=0; for(auto b:ofcb)sumb+=b;
185  peda=ped-ramp[0]/ramp[1]*suma;
186  pedb=ped-ramp[0]/ramp[1]*sumb;
187  }
188 
189  bool aoverflow=false;
190  bool boverflow=false;
191  bool pedoverflow=false;
192 
193  std::vector<int> ofca_int(ofca.size(),0);
194  std::vector<int> ofcb_int(ofca.size(),0);
195  int peda_int=0;
196  int pedb_int=0;
197 
198  const int pedHardpoint = 3;
199  const int firLSBdropped = 8;
200  const int satLSBdropped = 6;
201  const int paramBitSize = 18;
202 
203  for (unsigned int i = 0; i < ofca.size(); ++i) {
204  if (!floatToInt(ofca_mev[i], ofca_int[i], firLSBdropped - pedHardpoint,
205  paramBitSize)) {
206  aoverflow = true;
207  }
208  if (!floatToInt(ofcb_mev[i], ofcb_int[i], satLSBdropped - pedHardpoint,
209  paramBitSize)) {
210  boverflow = true;
211  }
212  }
213  if(!floatToInt(peda,peda_int,pedHardpoint,paramBitSize))pedoverflow=true;
214  if(!floatToInt(pedb,pedb_int,pedHardpoint,paramBitSize))pedoverflow=true;
215 
216  unsigned int nsamples = samples.size();
217  unsigned int firsamples=4;
218  int startSample=-1;
219  for(unsigned int is=0; is<nsamples; ++is){
220  if(bcids[is]==event_bcid) startSample=is;
221  }
222  int maxNenergies = 0;
223  if(startSample<0){
224  ATH_MSG_WARNING("could not find correct BCID for recomputing the energies, event BCID="<<event_bcid<< " first sample BCID " << (nsamples?bcids[0]:-1));
225  }
226  else{
227  maxNenergies=nsamples-firsamples-startSample+1;
228  if(m_startSample) maxNenergies -= m_startSample;
229  }
230  if(maxNenergies<0) {
231  maxNenergies=0;
232  } else {
233  startSample += m_startSample;
234  }
235  if((int)nEnergies>maxNenergies){
236  ATH_MSG_WARNING("requested nEnergies > maxNenergies " << m_nEnergies << ">" <<maxNenergies<<". setting nEnegries to maxNenergies");
237  nEnergies=maxNenergies;
238  }
239 
240  std::vector<unsigned short> newBCIDs(nEnergies,0);
241  std::vector<int> newEnergies(nEnergies,0);
242  std::vector<int> tauEnergies(nEnergies,0);
243  std::vector<bool> passSelections(nEnergies,false);
244  std::vector<bool> satur(nEnergies,false);
245  const unsigned int nMaxBitsEnergy=18;
246  const unsigned int nMaxBitsEnergyTau=22;
247 
248  for(unsigned int ss=0; ss<nEnergies; ++ss){
249 
250  int64_t computedE=0;
251  int64_t computedEtau=0;
252  unsigned short bcid = bcids[startSample+ss];
253  newBCIDs[ss]=bcid;
254  for(unsigned int is=0; is<firsamples; ++is){
255  int sample = samples[startSample + ss + is];
256  if (!m_isADCBas)
257  sample *= std::pow(2, pedHardpoint);
258  computedE += static_cast<int64_t>(sample - peda_int) * ofca_int[is];
259  computedEtau += static_cast<int64_t>(sample - pedb_int) * ofcb_int[is];
260  }
261  computedE=computedE>>firLSBdropped;
262  computedEtau=computedEtau>>satLSBdropped;
263 
264  if(std::abs(computedE)>std::pow(2,nMaxBitsEnergy-1)){
265  if (computedE >= 0)
266  computedE = std::pow(2, nMaxBitsEnergy - 1) - 1;
267  else
268  computedE = 0;
269  }
270  if (std::abs(computedEtau) > std::pow(2, nMaxBitsEnergyTau - 1)) {
271  if (computedEtau >= 0)
272  computedEtau = std::pow(2, nMaxBitsEnergyTau - 1) - 1;
273  else
274  computedEtau = -std::pow(2, nMaxBitsEnergyTau - 1) + 1;
275  }
276  newEnergies[ss] = computedE;
277  tauEnergies[ss] = computedEtau;
278  bool passSelection = false;
279  if (computedE < 0 && computedE > -80) {
280  if (computedEtau > 8 * computedE && computedEtau < -8 * computedE)
281  passSelection = true;
282  } else if (computedE < 800) {
283  if (computedEtau > -8 * computedE && computedEtau < 8 * computedE)
284  passSelection = true;
285  } else if (computedE >= 800) {
286  if (computedEtau > -8 * computedE && computedEtau < 16 * computedE)
287  passSelection = true;
288  }
289  passSelections[ss] = passSelection;
290  }
291  LArRawSC* scraw = dataItemsPool.nextElementPtr();
292 
293  scraw->setHardwareId(id);
294  scraw->setChannel(digitSC->Channel());
295  scraw->setSourceId(digitSC->SourceId());
296  scraw->setBCIds(std::move(newBCIDs));
297  scraw->setSaturation(std::move(satur));
298  scraw->setEnergies(std::move(newEnergies));
299  scraw->setTauEnergies(std::move(tauEnergies));
300  scraw->setPassTauSelection(std::move(passSelections));
301  scraw->setOFCaOverflow(aoverflow);
302  scraw->setOFCbOverflow(boverflow);
303  scraw->setPedOverflow(pedoverflow);
304 
305  outputContainer->push_back(scraw);
306 
307  }
308 
309 
310  return StatusCode::SUCCESS;
311 }
312 
314 bool LArLATOMEBuilderAlg::floatToInt(float val, int &newval, int hardpoint, int size) {
315  if( std::isnan(val) )return false;
316  //int intVal = std::round(val*(0x1<<hardpoint)); //was round(val*pow(2,hardpoint));
317  int intVal=std::round(val*pow2(hardpoint));
318  bool isNeg = (intVal<0);
319  unsigned int posVal = std::abs(intVal);
320  if( (posVal >> (size -1)) != 0 ) return false;
321  newval=posVal;
322  if(isNeg)newval=-posVal;
323  return true;
324 
325 }
326 
LArLATOMEBuilderAlg::execute
StatusCode execute(const EventContext &ctx) const override
Definition: LArLATOMEBuilderAlg.cxx:56
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Definition: PyKernel.py:110
LArRawSC
Liquid Argon SuperCell raw data.
Definition: LArRawSC.h:19
LArMphysOverMcalSC.h
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Test to see if the proxy has been initialized.
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Definition: ILArMphysOverMcal.h:29
LArRawSC::setChannel
void setChannel(const unsigned chan)
Set channel number.
Definition: LArRawSC.cxx:32
LAruA2MeVSC::UA2MEV
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Definition: LAruA2MeVSC.cxx:31
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Set the desired capacity.
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Set energies .
Definition: LArRawSC.cxx:8
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Definition: LArDAC2uASC.h:18
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LArRawSC::setPedOverflow
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@set true if passes the tau selection
Definition: LArRawSC.cxx:23
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LArLATOMEBuilderAlg::floatToInt
static bool floatToInt(float val, int &newval, int hardpoint, int size)
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Definition: LArLATOMEBuilderAlg.cxx:314
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Definition: AthCommonDataStore.h:95
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const LArOnlineID_Base * m_onlineId
Definition: LArLATOMEBuilderAlg.h:72
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An algorithm that can be simultaneously executed in multiple threads.
Definition: AthReentrantAlgorithm.h:83
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Definition: LArLATOMEBuilderAlg.cxx:29
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Definition: LArMphysOverMcalSC.h:18
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Set energies*taus .
Definition: LArRawSC.cxx:18
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Definition: LArDigit.h:25
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StatusCode definition for legacy code.
Definition: PhysicsAnalysis/D3PDTools/EventLoop/EventLoop/StatusCode.h:22
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Dereference the pointer.
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Definition: LArHVScaleCorrSC.cxx:31
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Definition: LArLATOMEBuilderAlg.h:54
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Definition: LArPedestalSC.h:21
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Definition: LArLATOMEBuilderAlg.h:56
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Definition: LArLATOMEBuilderAlg.cxx:26
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Definition: LArOFCSC.h:18
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Definition: AthToolSupport/AsgDataHandles/Root/VarHandleKey.cxx:103
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Definition: LArSCDigit.h:42
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Definition: LArLATOMEBuilderAlg.h:63
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Definition: LArSCDigit.h:19
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Erase all the elements in the collection.
DataPool.h
LArOFCSC::OFC_b
virtual OFCRef_t OFC_b(const HWIdentifier &CellID, int gain, int tbin=0) const
Definition: LArOFCSC.cxx:85
LArOnlineID_Base
Helper for the Liquid Argon Calorimeter cell identifiers.
Definition: LArOnlineID_Base.h:105
LArLATOMEBuilderAlg::m_cablingKey
SG::ReadCondHandleKey< LArOnOffIdMapping > m_cablingKey
Definition: LArLATOMEBuilderAlg.h:49
name
std::string name
Definition: Control/AthContainers/Root/debug.cxx:221
plotBeamSpotMon.b
b
Definition: plotBeamSpotMon.py:77
LArLATOMEBuilderAlg::m_applyHVCorrection
Gaudi::Property< bool > m_applyHVCorrection
Definition: LArLATOMEBuilderAlg.h:65
ILAruA2MeV::ERRORCODE
@ ERRORCODE
Definition: ILAruA2MeV.h:35
SG::CondHandleKey::initialize
StatusCode initialize(bool used=true)
xAOD::bcid
setEventNumber setTimeStamp bcid
Definition: EventInfo_v1.cxx:133
LArDigitContainer.h
LArLATOMEBuilderAlg::m_startSample
Gaudi::Property< int > m_startSample
Definition: LArLATOMEBuilderAlg.h:62
LArRawSC::setHardwareId
void setHardwareId(const HWIdentifier id)
Set identifier.
Definition: LArRawSC.cxx:28
LArOnline_SuperCellID
Definition: LArOnline_SuperCellID.h:20
LArRampSC::ADC2DAC
virtual RampRef_t ADC2DAC(const HWIdentifier &CellID, int gain) const
Definition: LArRampSC.cxx:26
Example_ReadSampleNoise.ped
ped
Definition: Example_ReadSampleNoise.py:45
ReadOfcFromCool.nsamples
nsamples
Definition: ReadOfcFromCool.py:115
SG::WriteHandle
Definition: StoreGate/StoreGate/WriteHandle.h:76
LArLATOMEBuilderAlg::m_keyRampSC
SG::ReadCondHandleKey< ILArRamp > m_keyRampSC
Definition: LArLATOMEBuilderAlg.h:53
a
TList * a
Definition: liststreamerinfos.cxx:10
SG::WriteHandle::record
StatusCode record(std::unique_ptr< T > data)
Record a const object to the store.
ATH_MSG_WARNING
#define ATH_MSG_WARNING(x)
Definition: AthMsgStreamMacros.h:32
LArRawSC::setBCIds
void setBCIds(const std::vector< unsigned short > &&bcids)
Set bcids.
Definition: LArRawSC.cxx:13
Pythia8_RapidityOrderMPI.val
val
Definition: Pythia8_RapidityOrderMPI.py:14
ILArPedestal::ERRORCODE
@ ERRORCODE
Definition: ILArPedestal.h:47
ILArHVScaleCorr::ERRORCODE
@ ERRORCODE
Definition: ILArHVScaleCorr.h:27
LArHVScaleCorrSC.h
DataPool
a typed memory pool that saves time spent allocation small object. This is typically used by containe...
Definition: DataPool.h:47
LArOnline_SuperCellID.h
LArRawSC::setSourceId
void setSourceId(const unsigned sourceId)
Set source id.
Definition: LArRawSC.cxx:36
ILArDAC2uA::ERRORCODE
@ ERRORCODE
Definition: ILArDAC2uA.h:37
LArRawSC::setSaturation
void setSaturation(const std::vector< bool > &&satur)
@set saturation flags
Definition: LArRawSC.cxx:40
LArSCDigit::BCId
const std::vector< unsigned short > & BCId() const
Definition: LArSCDigit.h:48
DataVector::size
size_type size() const noexcept
Returns the number of elements in the collection.
LArLATOMEBuilderAlg::m_useR0
Gaudi::Property< bool > m_useR0
Definition: LArLATOMEBuilderAlg.h:67
LArDAC2uASC.h
LArPedestalSC::pedestal
virtual float pedestal(const HWIdentifier &CellID, int gain) const
Definition: LArPedestalSC.cxx:21
LAruA2MeVSC.h
LArVectorProxy
Proxy for accessing a range of float values like a vector.
Definition: LArVectorProxy.h:38
SG::ReadCondHandle::cptr
const_pointer_type cptr()
Definition: ReadCondHandle.h:67
LArDAC2uASC::DAC2UA
virtual const float & DAC2UA(const HWIdentifier &chid) const
access to DAC2UA conversion factor index by Identifier, and gain setting
Definition: LArDAC2uASC.cxx:31
LArOFCSC::OFC_a
virtual OFCRef_t OFC_a(const HWIdentifier &CellID, int gain, int tbin=0) const
access to OFCs by online ID, gain, and tbin (!=0 for testbeam)
Definition: LArOFCSC.cxx:80
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