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HGCHEbackDigitizer Class Reference

#include <HGCHEbackDigitizer.h>

Inheritance diagram for HGCHEbackDigitizer:
HGCDigitizerBase< HGCalDataFrame >

Public Member Functions

 HGCHEbackDigitizer (const edm::ParameterSet &ps)
 
void runDigitizer (std::unique_ptr< HGCalDigiCollection > &digiColl, hgc::HGCSimHitDataAccumulator &simData, const CaloSubdetectorGeometry *theGeom, const std::unordered_set< DetId > &validIds, uint32_t digitizationType, CLHEP::HepRandomEngine *engine) override
 to be specialized by top class More...
 
 ~HGCHEbackDigitizer () override
 
- Public Member Functions inherited from HGCDigitizerBase< HGCalDataFrame >
void GenerateGaussianNoise (CLHEP::HepRandomEngine *engine, const double NoiseMean, const double NoiseStd)
 Gaussian Noise Generation Member Function. More...
 
 HGCDigitizerBase (const edm::ParameterSet &ps)
 CTOR. More...
 
float keV2fC () const
 getters More...
 
void run (std::unique_ptr< DColl > &digiColl, hgc::HGCSimHitDataAccumulator &simData, const CaloSubdetectorGeometry *theGeom, const std::unordered_set< DetId > &validIds, uint32_t digitizationType, CLHEP::HepRandomEngine *engine)
 steer digitization mode More...
 
void runSimple (std::unique_ptr< DColl > &coll, hgc::HGCSimHitDataAccumulator &simData, const CaloSubdetectorGeometry *theGeom, const std::unordered_set< DetId > &validIds, CLHEP::HepRandomEngine *engine)
 a trivial digitization: sum energies and digitize without noise More...
 
std::array< float, 3 > tdcForToAOnset () const
 
float tdcOnset () const
 
bool toaModeByEnergy () const
 
void updateOutput (std::unique_ptr< DColl > &coll, const HGCalDataFrame &rawDataFrame)
 prepares the output according to the number of time samples to produce More...
 
virtual ~HGCDigitizerBase ()
 DTOR. More...
 

Private Member Functions

void runCaliceLikeDigitizer (std::unique_ptr< HGCalDigiCollection > &digiColl, hgc::HGCSimHitDataAccumulator &simData, const CaloSubdetectorGeometry *theGeom, const std::unordered_set< DetId > &validIds, CLHEP::HepRandomEngine *engine)
 
void runEmptyDigitizer (std::unique_ptr< HGCalDigiCollection > &digiColl, hgc::HGCSimHitDataAccumulator &simData, const CaloSubdetectorGeometry *theGeom, const std::unordered_set< DetId > &validIds, CLHEP::HepRandomEngine *engine)
 
void runRealisticDigitizer (std::unique_ptr< HGCalDigiCollection > &digiColl, hgc::HGCSimHitDataAccumulator &simData, const CaloSubdetectorGeometry *theGeom, const std::unordered_set< DetId > &validIds, CLHEP::HepRandomEngine *engine)
 

Private Attributes

uint32_t algo_
 
std::string doseMapFile_
 
float keV2MIP_
 
float noise_MIP_
 
float nPEperMIP_
 
float nTotalPE_
 
HGCalSciNoiseMap scal_
 
bool scaleByDose_
 
bool scaleBySipmArea_
 
bool scaleByTileArea_
 
float sdPixels_
 
std::string sipmMapFile_
 
bool thresholdFollowsMIP_
 
float xTalk_
 

Additional Inherited Members

- Public Types inherited from HGCDigitizerBase< HGCalDataFrame >
typedef edm::SortedCollection< HGCalDataFrame > DColl
 
typedef HGCalDataFrame DigiType
 
- Protected Attributes inherited from HGCDigitizerBase< HGCalDataFrame >
double bxTime_
 
std::vector< double > cce_
 
std::string doseMapFile_
 
bool doTimeSamples_
 
std::array< std::array< double, samplesize_ >, NoiseArrayLength_ > GaussianNoiseArray_
 
float keV2fC_
 
edm::ParameterSet myCfg_
 
std::unique_ptr< HGCFEElectronics< HGCalDataFrame > > myFEelectronics_
 
std::vector< float > noise_fC_
 
bool NoiseGeneration_Method_
 
const double NoiseMean_
 
const double NoiseStd_
 
bool RandNoiseGenerationFlag_
 
HGCalSiNoiseMap scal_
 
bool scaleByDose_
 
bool thresholdFollowsMIP_
 
- Static Protected Attributes inherited from HGCDigitizerBase< HGCalDataFrame >
static const size_t NoiseArrayLength_
 
static const size_t samplesize_
 

Detailed Description

Definition at line 9 of file HGCHEbackDigitizer.h.

Constructor & Destructor Documentation

◆ HGCHEbackDigitizer()

HGCHEbackDigitizer::HGCHEbackDigitizer ( const edm::ParameterSet &  ps)

Definition at line 15 of file HGCHEbackDigitizer.cc.

15  : HGCDigitizerBase(ps) {
16  edm::ParameterSet cfg = ps.getParameter<edm::ParameterSet>("digiCfg");
17  algo_ = cfg.getParameter<uint32_t>("algo");
18  scaleByTileArea_ = cfg.getParameter<bool>("scaleByTileArea");
19  scaleBySipmArea_ = cfg.getParameter<bool>("scaleBySipmArea");
20  sipmMapFile_ = cfg.getParameter<std::string>("sipmMap");
21  scaleByDose_ = cfg.getParameter<edm::ParameterSet>("noise").getParameter<bool>("scaleByDose");
22  unsigned int scaleByDoseAlgo = cfg.getParameter<edm::ParameterSet>("noise").getParameter<uint32_t>("scaleByDoseAlgo");
23  doseMapFile_ = cfg.getParameter<edm::ParameterSet>("noise").getParameter<std::string>("doseMap");
24  noise_MIP_ = cfg.getParameter<edm::ParameterSet>("noise").getParameter<double>("noise_MIP");
25  thresholdFollowsMIP_ = cfg.getParameter<bool>("thresholdFollowsMIP");
26  keV2MIP_ = cfg.getParameter<double>("keV2MIP");
27  this->keV2fC_ = 1.0; //keV2MIP_; // hack for HEB
28  nPEperMIP_ = cfg.getParameter<double>("nPEperMIP");
29  nTotalPE_ = cfg.getParameter<double>("nTotalPE");
30  xTalk_ = cfg.getParameter<double>("xTalk");
31  sdPixels_ = cfg.getParameter<double>("sdPixels");
32 
33  scal_.setDoseMap(doseMapFile_, scaleByDoseAlgo);
34  scal_.setSipmMap(sipmMapFile_);
35 }

References algo_, looper::cfg, doseMapFile_, edm::ParameterSet::getParameter(), HGCDigitizerBase< HGCalDataFrame >::keV2fC_, keV2MIP_, noise_MIP_, nPEperMIP_, nTotalPE_, scal_, scaleByDose_, hgcalDigitizer_cfi::scaleByDoseAlgo, scaleBySipmArea_, scaleByTileArea_, sdPixels_, HGCalRadiationMap::setDoseMap(), HGCalSciNoiseMap::setSipmMap(), sipmMapFile_, AlCaHLTBitMon_QueryRunRegistry::string, thresholdFollowsMIP_, and xTalk_.

◆ ~HGCHEbackDigitizer()

HGCHEbackDigitizer::~HGCHEbackDigitizer ( )
override

Definition at line 268 of file HGCHEbackDigitizer.cc.

268 {}

Member Function Documentation

◆ runCaliceLikeDigitizer()

void HGCHEbackDigitizer::runCaliceLikeDigitizer ( std::unique_ptr< HGCalDigiCollection > &  digiColl,
hgc::HGCSimHitDataAccumulator &  simData,
const CaloSubdetectorGeometry *  theGeom,
const std::unordered_set< DetId > &  validIds,
CLHEP::HepRandomEngine *  engine 
)
private

Definition at line 201 of file HGCHEbackDigitizer.cc.

205  {
206  //switch to true if you want to print some details
207  constexpr bool debug(false);
208 
209  HGCSimHitData chargeColl, toa;
210 
211  // this represents a cell with no signal charge
212  HGCCellInfo zeroData;
213  zeroData.hit_info[0].fill(0.f); //accumulated energy
214  zeroData.hit_info[1].fill(0.f); //time-of-flight
215 
216  for (const auto& id : validIds) {
217  chargeColl.fill(0.f);
218  HGCSimHitDataAccumulator::iterator it = simData.find(id);
219  HGCCellInfo& cell = (simData.end() == it ? zeroData : it->second);
220  addCellMetadata(cell, theGeom, id);
221 
222  for (size_t i = 0; i < cell.hit_info[0].size(); ++i) {
223  //convert total energy keV->MIP, since converted to keV in accumulator
224  const float totalIniMIPs(cell.hit_info[0][i] * keV2MIP_);
225 
226  //generate random number of photon electrons
227  const uint32_t npe = std::floor(CLHEP::RandPoissonQ::shoot(engine, totalIniMIPs * nPEperMIP_));
228 
229  //number of pixels
230  const float x = vdt::fast_expf(-((float)npe) / nTotalPE_);
231  uint32_t nPixel(0);
232  if (xTalk_ * x != 1)
233  nPixel = (uint32_t)std::max(nTotalPE_ * (1.f - x) / (1.f - xTalk_ * x), 0.f);
234 
235  //update signal
236  if (sdPixels_ != 0)
237  nPixel = (uint32_t)std::max(CLHEP::RandGaussQ::shoot(engine, (double)nPixel, sdPixels_), 0.);
238 
239  //convert to MIP again and saturate
240  float totalMIPs(0.f), xtalk = 0.f;
241  const float peDiff = nTotalPE_ - (float)nPixel;
242  if (peDiff != 0.f) {
243  xtalk = (nTotalPE_ - xTalk_ * ((float)nPixel)) / peDiff;
244  if (xtalk > 0.f && nPEperMIP_ != 0.f)
245  totalMIPs = (nTotalPE_ / nPEperMIP_) * vdt::fast_logf(xtalk);
246  }
247 
248  //add noise (in MIPs)
249  chargeColl[i] = totalMIPs;
250  if (noise_MIP_ != 0)
251  chargeColl[i] += std::max(CLHEP::RandGaussQ::shoot(engine, 0., noise_MIP_), 0.);
252  if (debug && cell.hit_info[0][i] > 0)
253  edm::LogVerbatim("HGCDigitizer") << "[runCaliceLikeDigitizer] xtalk=" << xtalk << " En=" << cell.hit_info[0][i]
254  << " keV -> " << totalIniMIPs << " raw-MIPs -> " << chargeColl[i]
255  << " digi-MIPs";
256  }
257 
258  //init a new data frame and run shaper
259  HGCalDataFrame newDataFrame(id);
260  this->myFEelectronics_->runShaper(newDataFrame, chargeColl, toa, engine);
261 
262  //prepare the output
263  this->updateOutput(digiColl, newDataFrame);
264  }
265 }

References hgc_digi_utils::addCellMetadata(), debug, f, myMath::fast_expf(), myMath::fast_logf(), dqmMemoryStats::float, hgc_digi::HGCCellInfo::hit_info, mps_fire::i, keV2MIP_, SiStripPI::max, HGCDigitizerBase< HGCalDataFrame >::myFEelectronics_, noise_MIP_, nPEperMIP_, nTotalPE_, sdPixels_, HGCDigitizerBase< HGCalDataFrame >::updateOutput(), x, and xTalk_.

Referenced by runDigitizer().

◆ runDigitizer()

void HGCHEbackDigitizer::runDigitizer ( std::unique_ptr< HGCalDigiCollection > &  coll,
hgc::HGCSimHitDataAccumulator &  simData,
const CaloSubdetectorGeometry *  theGeom,
const std::unordered_set< DetId > &  validIds,
uint32_t  digitizerType,
CLHEP::HepRandomEngine *  engine 
)
overridevirtual

to be specialized by top class

Reimplemented from HGCDigitizerBase< HGCalDataFrame >.

Definition at line 38 of file HGCHEbackDigitizer.cc.

43  {
44  if (algo_ == 0)
45  runEmptyDigitizer(digiColl, simData, theGeom, validIds, engine);
46  else if (algo_ == 1)
47  runCaliceLikeDigitizer(digiColl, simData, theGeom, validIds, engine);
48  else if (algo_ == 2)
49  runRealisticDigitizer(digiColl, simData, theGeom, validIds, engine);
50 }

References algo_, DigiToRawDM_cff::digiColl, runCaliceLikeDigitizer(), runEmptyDigitizer(), and runRealisticDigitizer().

◆ runEmptyDigitizer()

void HGCHEbackDigitizer::runEmptyDigitizer ( std::unique_ptr< HGCalDigiCollection > &  digiColl,
hgc::HGCSimHitDataAccumulator &  simData,
const CaloSubdetectorGeometry *  theGeom,
const std::unordered_set< DetId > &  validIds,
CLHEP::HepRandomEngine *  engine 
)
private

Definition at line 52 of file HGCHEbackDigitizer.cc.

56  {
57  HGCSimHitData chargeColl, toa;
58  // this represents a cell with no signal charge
59  HGCCellInfo zeroData;
60  zeroData.hit_info[0].fill(0.f); //accumulated energy
61  zeroData.hit_info[1].fill(0.f); //time-of-flight
62 
63  for (const auto& id : validIds) {
64  chargeColl.fill(0.f);
65  toa.fill(0.f);
66  HGCSimHitDataAccumulator::iterator it = simData.find(id);
67  HGCCellInfo& cell = (simData.end() == it ? zeroData : it->second);
68  addCellMetadata(cell, theGeom, id);
69 
70  for (size_t i = 0; i < cell.hit_info[0].size(); ++i) {
71  //convert total energy keV->MIP, since converted to keV in accumulator
72  const float totalIniMIPs(cell.hit_info[0][i] * keV2MIP_);
73 
74  //store
75  chargeColl[i] = totalIniMIPs;
76  }
77 
78  //init a new data frame and run shaper
79  HGCalDataFrame newDataFrame(id);
80  this->myFEelectronics_->runShaper(newDataFrame, chargeColl, toa, engine);
81 
82  //prepare the output
83  this->updateOutput(digiColl, newDataFrame);
84  }
85 }

References hgc_digi_utils::addCellMetadata(), f, hgc_digi::HGCCellInfo::hit_info, mps_fire::i, keV2MIP_, HGCDigitizerBase< HGCalDataFrame >::myFEelectronics_, and HGCDigitizerBase< HGCalDataFrame >::updateOutput().

Referenced by runDigitizer().

◆ runRealisticDigitizer()

void HGCHEbackDigitizer::runRealisticDigitizer ( std::unique_ptr< HGCalDigiCollection > &  digiColl,
hgc::HGCSimHitDataAccumulator &  simData,
const CaloSubdetectorGeometry *  theGeom,
const std::unordered_set< DetId > &  validIds,
CLHEP::HepRandomEngine *  engine 
)
private

Definition at line 87 of file HGCHEbackDigitizer.cc.

91  {
92  //switch to true if you want to print some details
93  constexpr bool debug(false);
94 
95  HGCSimHitData chargeColl, toa;
96  // this represents a cell with no signal charge
97  HGCCellInfo zeroData;
98  zeroData.hit_info[0].fill(0.f); //accumulated energy
99  zeroData.hit_info[1].fill(0.f); //time-of-flight
100 
101  // needed to compute the radiation and geometry scale factors
102  scal_.setGeometry(theGeom);
103 
104  for (const auto& id : validIds) {
105  chargeColl.fill(0.f);
106  toa.fill(0.f);
107  HGCSimHitDataAccumulator::iterator it = simData.find(id);
108  HGCCellInfo& cell = (simData.end() == it ? zeroData : it->second);
109  addCellMetadata(cell, theGeom, id);
110 
111  float scaledPePerMip = nPEperMIP_; //needed to scale according to tile geometry
112  float tunedNoise = nPEperMIP_ * noise_MIP_; //flat noise case
113  float sipmFactor = 1.; //standard 2 mm^2 sipm
114 
115  if (id.det() == DetId::HGCalHSc) //skip those geometries that have HE used as BH
116  {
117  radiiVec radius;
118  if (scaleByTileArea_ or scaleByDose_ or scaleBySipmArea_)
119  radius = scal_.computeRadius(id);
120 
121  //take into account the tile size
122  if (scaleByTileArea_)
123  scaledPePerMip *= scal_.scaleByTileArea(id, radius);
124 
125  //take into account the darkening of the scintillator and SiPM dark current
126  if (scaleByDose_) {
127  auto dosePair = scal_.scaleByDose(id, radius);
128  scaledPePerMip *= dosePair.first;
129  tunedNoise = dosePair.second;
130  }
131 
132  //take into account the sipm size
133  if (scaleBySipmArea_) {
134  sipmFactor = scal_.scaleBySipmArea(id, radius[0]);
135  scaledPePerMip *= sipmFactor;
136  tunedNoise *= sqrt(sipmFactor);
137  }
138  }
139 
140  //set mean for poissonian noise
141  float meanN = std::pow(tunedNoise, 2);
142 
143  for (size_t i = 0; i < cell.hit_info[0].size(); ++i) {
144  //convert total energy keV->MIP, since converted to keV in accumulator
145  float totalIniMIPs(cell.hit_info[0][i] * keV2MIP_);
146 
147  //generate the number of photo-electrons from the energy deposit
148  const uint32_t npeS = std::floor(CLHEP::RandPoissonQ::shoot(engine, totalIniMIPs * scaledPePerMip) + 0.5);
149 
150  //generate the noise associated to the dark current
151  const uint32_t npeN = std::floor(CLHEP::RandPoissonQ::shoot(engine, meanN) + 0.5);
152 
153  //total number of pe from signal + noise (not subtracting pedestal)
154  const uint32_t npe = npeS + npeN;
155 
156  //take into account SiPM saturation
157  float nTotalPixels = nTotalPE_ * sipmFactor;
158  const float x = vdt::fast_expf(-((float)npe) / nTotalPixels);
159  uint32_t nPixel(0);
160  if (xTalk_ * x != 1)
161  nPixel = (uint32_t)std::max(nTotalPixels * (1.f - x) / (1.f - xTalk_ * x), 0.f);
162 
163  //take into account the gain fluctuations of each pixel
164  //const float nPixelTot = nPixel + sqrt(nPixel) * CLHEP::RandGaussQ::shoot(engine, 0., 0.05); //FDG: just a note for now, par to be defined
165 
166  //scale to calibrated response depending on the thresholdFollowsMIP_ flag
167  float totalMIPs = thresholdFollowsMIP_ ? std::max((npe - meanN), 0.f) / nPEperMIP_ : nPixel / nPEperMIP_;
168 
169  if (debug && totalIniMIPs > 0) {
170  LogDebug("HGCHEbackDigitizer") << "npeS: " << npeS << " npeN: " << npeN << " npe: " << npe
171  << " meanN: " << meanN << " noise_MIP_: " << noise_MIP_
172  << " nPEperMIP_: " << nPEperMIP_ << " scaledPePerMip: " << scaledPePerMip
173  << " nPixel: " << nPixel;
174  LogDebug("HGCHEbackDigitizer") << "totalIniMIPs: " << totalIniMIPs << " totalMIPs: " << totalMIPs << std::endl;
175  }
176 
177  //store charge
178  chargeColl[i] = totalMIPs;
179 
180  //update time of arrival
181  toa[i] = cell.hit_info[1][i];
182  if (myFEelectronics_->toaMode() == HGCFEElectronics<HGCalDataFrame>::WEIGHTEDBYE && totalIniMIPs > 0)
183  toa[i] = cell.hit_info[1][i] / totalIniMIPs;
184  }
185 
186  //init a new data frame and run shaper
187  HGCalDataFrame newDataFrame(id);
188  float adcThr = this->myFEelectronics_->getADCThreshold(); //this is in MIPs
189  float adcLsb = this->myFEelectronics_->getADClsb();
190  uint32_t thrADC(thresholdFollowsMIP_ ? std::floor(adcThr / adcLsb * scaledPePerMip / nPEperMIP_)
191  : std::floor(adcThr / adcLsb));
192 
193  this->myFEelectronics_->runShaper(newDataFrame, chargeColl, toa, engine, thrADC);
194 
195  //prepare the output
196  this->updateOutput(digiColl, newDataFrame);
197  }
198 }

References hgc_digi_utils::addCellMetadata(), HGCalSciNoiseMap::computeRadius(), debug, f, myMath::fast_expf(), DetId::HGCalHSc, hgc_digi::HGCCellInfo::hit_info, mps_fire::i, keV2MIP_, LogDebug, SiStripPI::max, HGCDigitizerBase< HGCalDataFrame >::myFEelectronics_, noise_MIP_, nPEperMIP_, nTotalPE_, or, funct::pow(), CosmicsPD_Skims::radius, scal_, HGCalSciNoiseMap::scaleByDose(), scaleByDose_, HGCalSciNoiseMap::scaleBySipmArea(), scaleBySipmArea_, HGCalSciNoiseMap::scaleByTileArea(), scaleByTileArea_, HGCalRadiationMap::setGeometry(), mathSSE::sqrt(), thresholdFollowsMIP_, HGCDigitizerBase< HGCalDataFrame >::updateOutput(), x, and xTalk_.

Referenced by runDigitizer().

Member Data Documentation

◆ algo_

uint32_t HGCHEbackDigitizer::algo_
private

Definition at line 22 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer(), and runDigitizer().

◆ doseMapFile_

std::string HGCHEbackDigitizer::doseMapFile_
private

Definition at line 26 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer().

◆ keV2MIP_

float HGCHEbackDigitizer::keV2MIP_
private

Definition at line 24 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer(), runCaliceLikeDigitizer(), runEmptyDigitizer(), and runRealisticDigitizer().

◆ noise_MIP_

float HGCHEbackDigitizer::noise_MIP_
private

Definition at line 24 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer(), runCaliceLikeDigitizer(), and runRealisticDigitizer().

◆ nPEperMIP_

float HGCHEbackDigitizer::nPEperMIP_
private

Definition at line 25 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer(), runCaliceLikeDigitizer(), and runRealisticDigitizer().

◆ nTotalPE_

float HGCHEbackDigitizer::nTotalPE_
private

Definition at line 25 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer(), runCaliceLikeDigitizer(), and runRealisticDigitizer().

◆ scal_

HGCalSciNoiseMap HGCHEbackDigitizer::scal_
private

Definition at line 27 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer(), and runRealisticDigitizer().

◆ scaleByDose_

bool HGCHEbackDigitizer::scaleByDose_
private

Definition at line 23 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer(), and runRealisticDigitizer().

◆ scaleBySipmArea_

bool HGCHEbackDigitizer::scaleBySipmArea_
private

Definition at line 23 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer(), and runRealisticDigitizer().

◆ scaleByTileArea_

bool HGCHEbackDigitizer::scaleByTileArea_
private

Definition at line 23 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer(), and runRealisticDigitizer().

◆ sdPixels_

float HGCHEbackDigitizer::sdPixels_
private

Definition at line 25 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer(), and runCaliceLikeDigitizer().

◆ sipmMapFile_

std::string HGCHEbackDigitizer::sipmMapFile_
private

Definition at line 26 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer().

◆ thresholdFollowsMIP_

bool HGCHEbackDigitizer::thresholdFollowsMIP_
private

Definition at line 23 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer(), and runRealisticDigitizer().

◆ xTalk_

float HGCHEbackDigitizer::xTalk_
private

Definition at line 25 of file HGCHEbackDigitizer.h.

Referenced by HGCHEbackDigitizer(), runCaliceLikeDigitizer(), and runRealisticDigitizer().

HGCHEbackDigitizer::doseMapFile_
std::string doseMapFile_
Definition: HGCHEbackDigitizer.h:26
DigiToRawDM_cff.digiColl
digiColl
Definition: DigiToRawDM_cff.py:32
HGCDigitizerBase< HGCalDataFrame >::HGCDigitizerBase
HGCDigitizerBase(const edm::ParameterSet &ps)
CTOR.
Definition: HGCDigitizerBase.cc:9
radiiVec
std::array< double, 8 > radiiVec
Definition: HGCalRadiationMap.h:10
mps_fire.i
i
Definition: mps_fire.py:355
dqmMemoryStats.float
float
Definition: dqmMemoryStats.py:127
HGCHEbackDigitizer::thresholdFollowsMIP_
bool thresholdFollowsMIP_
Definition: HGCHEbackDigitizer.h:23
HGCHEbackDigitizer::scaleBySipmArea_
bool scaleBySipmArea_
Definition: HGCHEbackDigitizer.h:23
HGCHEbackDigitizer::scal_
HGCalSciNoiseMap scal_
Definition: HGCHEbackDigitizer.h:27
f
double f[11][100]
Definition: MuScleFitUtils.cc:78
hgcalDigitizer_cfi.scaleByDoseAlgo
scaleByDoseAlgo
Definition: hgcalDigitizer_cfi.py:48
HGCalSciNoiseMap::scaleBySipmArea
double scaleBySipmArea(const HGCScintillatorDetId &, const double &)
Definition: HGCalSciNoiseMap.cc:76
HGCHEbackDigitizer::runRealisticDigitizer
void runRealisticDigitizer(std::unique_ptr< HGCalDigiCollection > &digiColl, hgc::HGCSimHitDataAccumulator &simData, const CaloSubdetectorGeometry *theGeom, const std::unordered_set< DetId > &validIds, CLHEP::HepRandomEngine *engine)
Definition: HGCHEbackDigitizer.cc:87
HGCalRadiationMap::setGeometry
void setGeometry(const CaloSubdetectorGeometry *)
Definition: HGCalRadiationMap.cc:12
DDAxes::x
HGCHEbackDigitizer::noise_MIP_
float noise_MIP_
Definition: HGCHEbackDigitizer.h:24
HGCHEbackDigitizer::sdPixels_
float sdPixels_
Definition: HGCHEbackDigitizer.h:25
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Definition: HGCHEbackDigitizer.cc:201
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Definition: HGCFEElectronics.h:20
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Definition: HGCHEbackDigitizer.h:23
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Definition: HGCalRadiationMap.cc:6
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Definition: HGCalSciNoiseMap.cc:61
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Definition: HGCHEbackDigitizer.h:25
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Definition: CosmicsPD_Skims.py:135
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The Signals That Services Can Subscribe To This is based on ActivityRegistry and is current per Services can connect to the signals distributed by the ActivityRegistry in order to monitor the activity of the application Each possible callback has some defined which we here list in angle e< void, edm::EventID const &, edm::Timestamp const & > We also list in braces which AR_WATCH_USING_METHOD_ is used for those or
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Definition: HGCHEbackDigitizer.h:23
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Definition: Power.h:30
HGCHEbackDigitizer::keV2MIP_
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Definition: HGCHEbackDigitizer.h:24
HGCHEbackDigitizer::runEmptyDigitizer
void runEmptyDigitizer(std::unique_ptr< HGCalDigiCollection > &digiColl, hgc::HGCSimHitDataAccumulator &simData, const CaloSubdetectorGeometry *theGeom, const std::unordered_set< DetId > &validIds, CLHEP::HepRandomEngine *engine)
Definition: HGCHEbackDigitizer.cc:52
HGCDigitizerBase< HGCalDataFrame >::myFEelectronics_
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