SiStripBaseCondObjDQM.cc

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#include "DQM/SiStripMonitorSummary/interface/SiStripBaseCondObjDQM.h"

#include "TCanvas.h"

// -----



SiStripBaseCondObjDQM::SiStripBaseCondObjDQM(const edm::EventSetup & eSetup,
                                             edm::ParameterSet const& hPSet,
                                             edm::ParameterSet const& fPSet ):
  eSetup_(eSetup),
  hPSet_(hPSet),
  fPSet_(fPSet),
  cacheID_memory(0),
  dqmStore_(edm::Service<DQMStore>().operator->()){

  reader = new SiStripDetInfoFileReader(edm::FileInPath(std::string("CalibTracker/SiStripCommon/data/SiStripDetInfo.dat") ).fullPath());
  
  Mod_On_                  = fPSet_.getParameter<bool>("Mod_On");
  HistoMaps_On_            = fPSet_.getParameter<bool>("HistoMaps_On");
  SummaryOnLayerLevel_On_  = fPSet_.getParameter<bool>("SummaryOnLayerLevel_On");
  SummaryOnStringLevel_On_ = fPSet_.getParameter<bool>("SummaryOnStringLevel_On");

  GrandSummary_On_         = fPSet_.getParameter<bool>("GrandSummary_On");

  CondObj_fillId_    = hPSet_.getParameter<std::string>("CondObj_fillId");
  CondObj_name_      = hPSet_.getParameter<std::string>("CondObj_name");
 

  //Warning message from wrong input:
  if(SummaryOnLayerLevel_On_ && SummaryOnStringLevel_On_){
    edm::LogWarning("SiStripBaseCondObjDQM") 
       << "[SiStripBaseCondObjDQM::SiStripBaseCondObjDQMs] PLEASE CHECK : String and layer level options can not be activated together"
       << std::endl; 
  }

  //The OR of the two conditions allow to switch on this feature for all the components (if the FillConditions_PSet has the TkMap_On =true) or for single MEs (if the PSet for a ME has the TkMap_On =true)
  if(fPSet_.getParameter<bool>("TkMap_On") || hPSet_.getParameter<bool>("TkMap_On")) bookTkMap(hPSet_.getParameter<std::string>("TkMapName"));


  minValue=hPSet_.getParameter<double>("minValue");
  maxValue=hPSet_.getParameter<double>("maxValue");

}
// -----


//======================================
// -----
void SiStripBaseCondObjDQM::analysis(const edm::EventSetup & eSetup_){

  cacheID_current=  getCache(eSetup_);
  
  if (cacheID_memory == cacheID_current) return;
  
  getConditionObject(eSetup_);

  //The OR of the two conditions allows to switch on this feature for all the components (if the FillConditions_PSet has the ActiveDetIds_On =true) or for single MEs (if the PSet for a ME has the ActiveDetIds_On =true)
  if(fPSet_.getParameter<bool>("ActiveDetIds_On") || hPSet_.getParameter<bool>("ActiveDetIds_On"))
    getActiveDetIds(eSetup_);
  else
    activeDetIds=reader->getAllDetIds();

  selectModules(activeDetIds);

  if(Mod_On_ )                                            { fillModMEs    (activeDetIds, eSetup_); }
  if(SummaryOnLayerLevel_On_ || SummaryOnStringLevel_On_ ){ fillSummaryMEs(activeDetIds, eSetup_); }

  if(fPSet_.getParameter<bool>("TkMap_On") || hPSet_.getParameter<bool>("TkMap_On")) {
    std::string filename = hPSet_.getParameter<std::string>("TkMapName");
    if (filename!=""){
      char sRun[128];
      sprintf(sRun,"_Run_%d",eSetup_.iovSyncValue().eventID().run());
      filename.insert(filename.find("."),sRun);
      
      saveTkMap(filename.c_str(), minValue, maxValue);
    }
  }
}
// -----


//=====================================
// -----
void SiStripBaseCondObjDQM::analysisOnDemand(const edm::EventSetup & eSetup_, 
                                            std::string requestedSubDetector, 
                                            uint32_t requestedSide, 
                        uint32_t requestedLayer){
  
  getConditionObject(eSetup_);
  getActiveDetIds(eSetup_);
   
  std::vector<uint32_t> requestedDetIds_;
  requestedDetIds_.clear();
  
  SiStripSubStructure substructure_;
  
  if(requestedSubDetector=="TIB"){ 
      substructure_.getTIBDetectors( activeDetIds, requestedDetIds_, requestedLayer,0,0,0);
  }
  else if(requestedSubDetector=="TID"){ 
      substructure_.getTIDDetectors( activeDetIds, requestedDetIds_, requestedSide,requestedLayer,0,0);
  }
  else if(requestedSubDetector=="TOB"){  
      substructure_.getTOBDetectors( activeDetIds, requestedDetIds_, requestedLayer,0,0);
  }
  else if(requestedSubDetector=="TEC"){  
      substructure_.getTECDetectors( activeDetIds, requestedDetIds_, requestedSide,requestedLayer,0,0,0,0);
  } 

  analysisOnDemand(eSetup_,requestedDetIds_);
 
}
// -----

//===========================================
// -----
void SiStripBaseCondObjDQM::analysisOnDemand(const edm::EventSetup & eSetup_, uint32_t  detIdOnDemand){
 
  unsigned long long cacheID_current=  getCache(eSetup_);
  
  if (cacheID_memory == cacheID_current) return;
  
  getConditionObject(eSetup_);
  
  std::vector<uint32_t> vdetIdsOnDemand_;
  vdetIdsOnDemand_.push_back(detIdOnDemand); // fillModMEs needs a vector 

  fillModMEs(vdetIdsOnDemand_, eSetup_); 
  
}
// -----
//===============================================
// -----
void SiStripBaseCondObjDQM::analysisOnDemand(const edm::EventSetup & eSetup_, const std::vector<uint32_t>&  detIdsOnDemand){
 
  unsigned long long cacheID_current=  getCache(eSetup_);
  
  if (cacheID_memory == cacheID_current) return;
  
  getConditionObject(eSetup_);
  

  fillSummaryMEs(detIdsOnDemand, eSetup_); 
  
}
// -----
//====================================
// -----
std::vector<uint32_t> SiStripBaseCondObjDQM::getCabledModules() {     
 
  std::vector<uint32_t> cabledDetIds_;  
  eSetup_.get<SiStripDetCablingRcd>().get(detCablingHandle_);
  detCablingHandle_->addActiveDetectorsRawIds(cabledDetIds_);

  return cabledDetIds_;  

}
// -----


//=========================================================
// -----

//#FIXME : very long method. please factorize it
 
void SiStripBaseCondObjDQM::selectModules(std::vector<uint32_t> & detIds_){
  
  edm::LogInfo("SiStripBaseCondObjDQM") << "[SiStripBaseCondObjDQM::selectModules] input detIds_: " << detIds_.size() << std::endl;
  
  if( fPSet_.getParameter<bool>("restrictModules")){

    std::vector<DetIdSelector> included_subdetsels;
    std::vector<std::string> included_subdets = fPSet_.getParameter<std::vector<std::string> >("ModulesToBeIncluded_DetIdSelector");
    for(std::vector<std::string>::const_iterator wsdps = included_subdets.begin();wsdps!=included_subdets.end();++wsdps) {
      included_subdetsels.push_back(DetIdSelector(*wsdps));
    }
    
    std::vector<uint32_t> modulesToBeIncluded;
    for(std::vector<uint32_t>::const_iterator detid=detIds_.begin();detid!=detIds_.end();++detid) {
      for(std::vector<DetIdSelector>::const_iterator detidsel=included_subdetsels.begin();detidsel!=included_subdetsels.end();++detidsel) {
    if(detidsel->isSelected(*detid)) {
      modulesToBeIncluded.push_back(*detid);
      break;
      //      std::cout << "detId: " << *detid << " is selected" << std::endl;
    }
      }
    }
    
    // -----
    // *** exclude modules ***
    std::vector<DetIdSelector> excluded_subdetsels;
    std::vector<std::string> excluded_subdets = fPSet_.getParameter<std::vector<std::string> >("ModulesToBeExcluded_DetIdSelector");
    for(std::vector<std::string>::const_iterator wsdps = excluded_subdets.begin();wsdps!=excluded_subdets.end();++wsdps) {
      excluded_subdetsels.push_back(DetIdSelector(*wsdps));
    }
    
    std::vector<uint32_t> modulesToBeExcluded;
    for(std::vector<uint32_t>::const_iterator detid=detIds_.begin();detid!=detIds_.end();++detid) {
      for(std::vector<DetIdSelector>::const_iterator detidsel=excluded_subdetsels.begin();detidsel!=excluded_subdetsels.end();++detidsel) {
    if(detidsel->isSelected(*detid)) {
      modulesToBeExcluded.push_back(*detid);
      break;
    }
      }
    }
    
    ModulesToBeExcluded_     = fPSet_.getParameter< std::vector<unsigned int> >("ModulesToBeExcluded");
    ModulesToBeIncluded_     = fPSet_.getParameter< std::vector<unsigned int> >("ModulesToBeIncluded");
    SubDetectorsToBeExcluded_= fPSet_.getParameter< std::vector<std::string> >("SubDetectorsToBeExcluded");  
    
    // vectors to be sorted otherwise the intersection is non computed properly
    
    std::sort(ModulesToBeExcluded_.begin(),ModulesToBeExcluded_.end());
    std::sort(ModulesToBeIncluded_.begin(),ModulesToBeIncluded_.end());
    
    if (modulesToBeExcluded.size()==0  && modulesToBeIncluded.size()==0 &&
    ModulesToBeExcluded_.size()==0 && ModulesToBeIncluded_.size()==0 )
      edm::LogWarning("SiStripBaseCondObjDQM") 
    << "[SiStripBaseCondObjDQM::selectModules] PLEASE CHECK : no modules to be exclude/included in your cfg"
    << std::endl; 
    
    
    modulesToBeIncluded.insert(modulesToBeIncluded.end(),ModulesToBeIncluded_.begin(),ModulesToBeIncluded_.end());
    edm::LogInfo("SiStripBaseCondObjDQM") << "[SiStripBaseCondObjDQM::selectModules] modulesToBeIncluded: " << modulesToBeIncluded.size() << std::endl;
    modulesToBeExcluded.insert(modulesToBeExcluded.end(),ModulesToBeExcluded_.begin(),ModulesToBeExcluded_.end());
    edm::LogInfo("SiStripBaseCondObjDQM") << "[SiStripBaseCondObjDQM::selectModules] modulesToBeExcluded: " << modulesToBeExcluded.size() << std::endl;
    
    // apply modules selection
    if( modulesToBeIncluded.size()>0 ){
      std::vector<uint32_t> tmp;
      // The intersection of two sets is formed only by the elements that are present in both sets
      set_intersection( detIds_.begin(), detIds_.end(),  
            modulesToBeIncluded.begin(), modulesToBeIncluded.end(),
            inserter(tmp,tmp.begin()));
      swap(detIds_,tmp);
    }
    
    std::sort(detIds_.begin(),detIds_.end());
    if(modulesToBeExcluded.size()>0) {
      for( std::vector<uint32_t>::const_iterator mod = modulesToBeExcluded.begin(); 
       mod != modulesToBeExcluded.end(); mod++){
    
    std::vector<uint32_t>::iterator detid=std::lower_bound(detIds_.begin(),detIds_.end(),*mod);
    if (detid!=detIds_.end())
      detIds_.erase(detid);
    detid--;
      }
    }
    
    // -----
    // *** restrict to a particular subdetector ***
    
    if( *(SubDetectorsToBeExcluded_.begin()) !="none" ){
      
      std::vector<uint32_t> tmp;
      
      SiStripSubStructure substructure_;
      
      for( std::vector<std::string>::const_iterator modIter_  = SubDetectorsToBeExcluded_.begin(); 
       modIter_ != SubDetectorsToBeExcluded_.end(); modIter_++){
    tmp.clear();
    
    if (*modIter_=="TIB")     { substructure_.getTIBDetectors(detIds_, tmp, 0,0,0,0);}
    else if (*modIter_=="TOB") { substructure_.getTOBDetectors(detIds_, tmp, 0,0,0);}
    else if (*modIter_=="TID") { substructure_.getTIDDetectors(detIds_, tmp, 0,0,0,0);}
    else if (*modIter_=="TEC") { substructure_.getTECDetectors(detIds_, tmp, 0,0,0,0,0,0);}
    else {
      edm::LogWarning("SiStripBaseCondObjDQM") 
        << "[SiStripBaseCondObjDQM::selectModules] PLEASE CHECK : no correct (name) subdetector to be excluded in your cfg"
        << std::endl; 
    }
    
    std::vector<uint32_t>::iterator iterBegin_=std::lower_bound(detIds_.begin(),
                                    detIds_.end(),
                                    *min_element(tmp.begin(), tmp.end()));
    
    std::vector<uint32_t>::iterator iterEnd_=std::lower_bound(detIds_.begin(),
                                  detIds_.end(),
                                  *max_element(tmp.begin(), tmp.end()));
    
    for(std::vector<uint32_t>::iterator detIter_ = iterEnd_;
        detIter_!= iterBegin_-1;detIter_--){
      detIds_.erase(detIter_);
    } 
    
      } // loop SubDetectorsToBeExcluded_
    }
    
  }
  edm::LogInfo("SiStripBaseCondObjDQM") << "[SiStripBaseCondObjDQM::selectModules] output detIds_: " << detIds_.size() << std::endl;
  
  // -----
  // *** fill only one Module per layer ***
  
  if(fPSet_.getParameter<std::string>("ModulesToBeFilled") == "onlyOneModulePerLayer"){
    
    std::vector<uint32_t> tmp;
    std::vector<uint32_t> layerDetIds;
    
    SiStripSubStructure substructure_;
    
    for(unsigned int i=1; i<5 ; i++){
      tmp.clear();
      substructure_.getTIBDetectors(detIds_, tmp, i,0,0,0);
      if(tmp.size() !=0) { layerDetIds.push_back(*(tmp.begin()));}
    }
    for(unsigned int i=1; i<7 ; i++){
      tmp.clear();
      substructure_.getTOBDetectors(detIds_, tmp, i,0,0);
      if(tmp.size() !=0) { layerDetIds.push_back(*(tmp.begin()));}
    }
    for(unsigned int i=1; i<4 ; i++){
      tmp.clear();
      substructure_.getTIDDetectors(detIds_, tmp, 1,i,0,0);
      if(tmp.size() !=0) { layerDetIds.push_back(*(tmp.begin()));}
      substructure_.getTIDDetectors(detIds_, tmp, 2,i,0,0);
      if(tmp.size() !=0) { layerDetIds.push_back(*(tmp.begin()));}
    }  
    for(unsigned int i=1; i<10 ; i++){
      tmp.clear();
      substructure_.getTECDetectors(detIds_, tmp, 1,i,0,0,0,0);
      if(tmp.size() !=0) { layerDetIds.push_back(*(tmp.begin()));}
      substructure_.getTECDetectors(detIds_, tmp, 2,i,0,0,0,0);
      if(tmp.size() !=0) { layerDetIds.push_back(*(tmp.begin()));}
    }
    
    detIds_.clear();
    detIds_=layerDetIds;
    
  }
  // -----
  
  
} //selectModules
// -----


//=================================================
// -----
void SiStripBaseCondObjDQM::getModMEs(ModMEs& CondObj_ME, const uint32_t& detId_, const TrackerTopology* tTopo){
  
  std::map< uint32_t, ModMEs >::const_iterator ModMEsMap_iter = ModMEsMap_.find(detId_);

  if (ModMEsMap_iter != ModMEsMap_.end()){ 
  
    CondObj_ME=ModMEsMap_iter->second;
  
    if( ( CondObj_fillId_ =="ProfileAndCumul" || CondObj_fillId_ =="onlyProfile") && CondObj_ME.ProfileDistr ) { 
      CondObj_ME.ProfileDistr ->Reset();    
    }
       
    if( (CondObj_fillId_ =="ProfileAndCumul" || CondObj_fillId_ =="onlyCumul" ) &&  CondObj_ME.CumulDistr ){
      CondObj_ME.CumulDistr ->Reset();
    }
    else {
      edm::LogWarning("SiStripBaseCondObjDQM") 
    << "[SiStripBaseCondObjDQM::getModMEs] PLEASE CHECK : CondObj_fillId option mispelled";
    }
    return; 

  }
  
  // --> profile defined for all CondData
  if ( (CondObj_fillId_ =="ProfileAndCumul" || CondObj_fillId_ =="onlyProfile")) {
    bookProfileMEs(CondObj_ME,detId_,tTopo);
  }  
  
  // --> cumul currently only defined for noise and apvgain
  if( (CondObj_fillId_ =="ProfileAndCumul" || CondObj_fillId_ =="onlyCumul" )
      &&(CondObj_name_ == "noise" || CondObj_name_ == "apvgain")          ) bookCumulMEs(CondObj_ME,detId_,tTopo);
  
 
  ModMEsMap_.insert( std::make_pair(detId_,CondObj_ME) );
  
}
// ---- 

//===============================================
// -----
//%FIXME: very long method, factorize
void SiStripBaseCondObjDQM::getSummaryMEs(ModMEs& CondObj_ME, const uint32_t& detId_, const TrackerTopology* tTopo){

  std::map<uint32_t, ModMEs>::const_iterator SummaryMEsMap_iter;

  if(CondObj_name_ == "lorentzangle" && SummaryOnStringLevel_On_ ){
    SummaryMEsMap_iter = SummaryMEsMap_.find(getStringNameAndId(detId_,tTopo).second);
  }
  else if(CondObj_name_ == "bpcorrection" && SummaryOnStringLevel_On_ ){
    SummaryMEsMap_iter = SummaryMEsMap_.find(getStringNameAndId(detId_,tTopo).second);
  }
  else {
    SummaryMEsMap_iter = SummaryMEsMap_.find(getLayerNameAndId(detId_,tTopo).second);
  }
   
  if (SummaryMEsMap_iter != SummaryMEsMap_.end()){ return;}

  //FIXME t's not good that the base class has to know about which derived class shoudl exist.
  // please modify this part. implement virtual functions, esplicited in the derived classes
  // --> currently only profile summary defined for all condition objects except quality
  if(  (CondObj_fillId_ =="ProfileAndCumul" || CondObj_fillId_ =="onlyProfile" ) &&
     (
      CondObj_name_ == "pedestal"     || 
      CondObj_name_ == "noise"         || 
      CondObj_name_ == "lowthreshold"  || 
      CondObj_name_ == "highthreshold" || 
      CondObj_name_ == "apvgain"       || 
      CondObj_name_ == "bpcorrection"  || 
      CondObj_name_ == "lorentzangle") ) {
    if(hPSet_.getParameter<bool>("FillSummaryProfileAtLayerLevel")) 
      if (!CondObj_ME.SummaryOfProfileDistr) { bookSummaryProfileMEs(CondObj_ME,detId_,tTopo); }
  }    
    
  // --> currently only genuine cumul LA
  if(   (CondObj_fillId_ =="ProfileAndCumul" || CondObj_fillId_ =="onlyCumul" ) &&
    (
     CondObj_name_ == "lorentzangle" ||  
     CondObj_name_ == "bpcorrection" ||  
     CondObj_name_ == "noise")  ) {
    if(hPSet_.getParameter<bool>("FillCumulativeSummaryAtLayerLevel"))
      if (!CondObj_ME.SummaryOfCumulDistr) { bookSummaryCumulMEs(CondObj_ME,detId_,tTopo); } 
  } 
                          
  // --> currently only summary as a function of detId for noise, pedestal and apvgain 
  if(      CondObj_name_ == "noise"         ||
       CondObj_name_ == "lowthreshold"  || 
       CondObj_name_ == "highthreshold" || 
       CondObj_name_ == "apvgain"       || 
       CondObj_name_ == "pedestal"      || 
       CondObj_name_ == "quality"           ) {
    if(hPSet_.getParameter<bool>("FillSummaryAtLayerLevel"))          
      if (!CondObj_ME.SummaryDistr) { bookSummaryMEs(CondObj_ME,detId_,tTopo); } 
    
  } 
                          
  if(CondObj_name_ == "lorentzangle" && SummaryOnStringLevel_On_) {
    //FIXME getStringNameandId takes time. not need to call it every timne. put the call at the beginning of the method and caache the string 
    SummaryMEsMap_.insert( std::make_pair(getStringNameAndId(detId_,tTopo).second,CondObj_ME) );
  }
  else if(CondObj_name_ == "bpcorrection" && SummaryOnStringLevel_On_) {
    //FIXME getStringNameandId takes time. not need to call it every timne. put the call at the beginning of the method and caache the string 
    SummaryMEsMap_.insert( std::make_pair(getStringNameAndId(detId_,tTopo).second,CondObj_ME) );
  }
  else {
    SummaryMEsMap_.insert( std::make_pair(getLayerNameAndId(detId_,tTopo).second,CondObj_ME) );
  }

}
// ---- 

//====================================================
// -----
void SiStripBaseCondObjDQM::bookProfileMEs(SiStripBaseCondObjDQM::ModMEs& CondObj_ME, const uint32_t& detId_, const TrackerTopology* tTopo){
     
  int   hProfile_NchX  = 0;
  double hProfile_LowX  = 0;
  double hProfile_HighX = 0;
  
  std::string hProfile_description;
  hProfile_description   = hPSet_.getParameter<std::string>("Profile_description");
      
  std::string hProfile_xTitle, hProfile_yTitle;
  hProfile_xTitle          = hPSet_.getParameter<std::string>("Profile_xTitle");
  hProfile_yTitle          = hPSet_.getParameter<std::string>("Profile_yTitle");
            
  if( CondObj_name_!= "apvgain" ){
    
    int nStrip      = reader->getNumberOfApvsAndStripLength(detId_).first*128;
    
    hProfile_NchX           = nStrip;
    hProfile_LowX           = 0.5;
    hProfile_HighX          = nStrip+0.5;
  }
  else {
    
    int nApv      = reader->getNumberOfApvsAndStripLength(detId_).first;
    
    hProfile_NchX           = nApv;
    hProfile_LowX           = 0.5;
    hProfile_HighX          = nApv+0.5;
  }
      
  folder_organizer.setDetectorFolder(detId_,tTopo); 
      
  std::string hProfile_Name; 
  hProfile_Name = hidmanager.createHistoId(hProfile_description, "det", detId_);
      
  std::string hProfile;
  hProfile = hProfile_Name ;
    
  CondObj_ME.ProfileDistr = dqmStore_->book1D(hProfile_Name, hProfile, hProfile_NchX, hProfile_LowX, hProfile_HighX);
  CondObj_ME.ProfileDistr->setAxisTitle(hProfile_xTitle,1);
  CondObj_ME.ProfileDistr->setAxisTitle(hProfile_yTitle,2);
  dqmStore_->tag(CondObj_ME.ProfileDistr, detId_);
  
}
// -----


//=============================================      
// -----
void SiStripBaseCondObjDQM::bookCumulMEs(SiStripBaseCondObjDQM::ModMEs& CondObj_ME, const uint32_t& detId_, const TrackerTopology* tTopo){

  int    hCumul_NchX    = 0;
  double hCumul_LowX    = 0;
  double hCumul_HighX   = 0;
     
  std::string hCumul_description;
  hCumul_description   = hPSet_.getParameter<std::string>("Cumul_description");
      
  std::string hCumul_xTitle, hCumul_yTitle;
  hCumul_xTitle        = hPSet_.getParameter<std::string>("Cumul_xTitle");
  hCumul_yTitle        = hPSet_.getParameter<std::string>("Cumul_yTitle");
      
  hCumul_NchX          = hPSet_.getParameter<int>("Cumul_NchX");
  hCumul_LowX          = hPSet_.getParameter<double>("Cumul_LowX");
  hCumul_HighX         = hPSet_.getParameter<double>("Cumul_HighX");
      
  folder_organizer.setDetectorFolder(detId_,tTopo); 
      
  std::string hCumul_name; 
  hCumul_name   = hidmanager.createHistoId(hCumul_description  , "det", detId_); ;
      
  std::string hCumul_title;
  hCumul_title   = hCumul_name ;
      
  CondObj_ME.CumulDistr = dqmStore_->book1D(hCumul_name, 
                                            hCumul_title, 
                        hCumul_NchX, 
                        hCumul_LowX, 
                        hCumul_HighX);
  CondObj_ME.CumulDistr->setAxisTitle(hCumul_xTitle,1);
  CondObj_ME.CumulDistr->setAxisTitle(hCumul_yTitle,2);
  dqmStore_->tag(CondObj_ME.CumulDistr, detId_);
      
} 
// ---- 


//===========================================
// -----
//#FIXME: same comments: factorize, and remove any reference to derived classes
void SiStripBaseCondObjDQM::bookSummaryProfileMEs(SiStripBaseCondObjDQM::ModMEs& CondObj_ME, const uint32_t& detId_, const TrackerTopology* tTopo){
  
  std::vector<uint32_t> sameLayerDetIds_;

  int   hSummaryOfProfile_NchX    = 0;
  double hSummaryOfProfile_LowX    = 0;
  double hSummaryOfProfile_HighX   = 0;
     
  std::string hSummaryOfProfile_description;
  hSummaryOfProfile_description  = hPSet_.getParameter<std::string>("SummaryOfProfile_description");
      
  std::string hSummaryOfProfile_xTitle, hSummaryOfProfile_yTitle;
  hSummaryOfProfile_xTitle        = hPSet_.getParameter<std::string>("SummaryOfProfile_xTitle");
  hSummaryOfProfile_yTitle        = hPSet_.getParameter<std::string>("SummaryOfProfile_yTitle");
  
  int hSummaryOfProfile_NchY;
  double hSummaryOfProfile_LowY, hSummaryOfProfile_HighY;
  hSummaryOfProfile_NchY          = hPSet_.getParameter<int>("SummaryOfProfile_NchY");
  hSummaryOfProfile_LowY          = hPSet_.getParameter<double>("SummaryOfProfile_LowY");
  hSummaryOfProfile_HighY         = hPSet_.getParameter<double>("SummaryOfProfile_HighY");
  
  int nStrip, nApv, layerId_;    
  
  if(CondObj_name_ == "lorentzangle" && SummaryOnStringLevel_On_) { layerId_= getStringNameAndId(detId_,tTopo).second;}
  else if(CondObj_name_ == "bpcorrection" && SummaryOnStringLevel_On_) { layerId_= getStringNameAndId(detId_,tTopo).second;}
  else                                                            { layerId_= getLayerNameAndId(detId_,tTopo).second;}


  if( CondObj_name_ == "pedestal" || CondObj_name_ == "noise" || CondObj_name_ == "lowthreshold" || CondObj_name_ == "highthreshold" ){ // plot in strip number
    
    if( (layerId_ > 610 && layerId_ < 620) || // TID & TEC have 768 strips at maximum
        (layerId_ > 620 && layerId_ < 630) ||
        (layerId_ > 410 && layerId_ < 414) ||
        (layerId_ > 420 && layerId_ < 424) ){ nStrip =768;} 
    else { nStrip      = reader->getNumberOfApvsAndStripLength(detId_).first*128;}
    
    hSummaryOfProfile_NchX           = nStrip;
    hSummaryOfProfile_LowX           = 0.5;
    hSummaryOfProfile_HighX          = nStrip+0.5;
  
  }  
  else if( ((CondObj_name_ == "lorentzangle" || CondObj_name_ == "bpcorrection" ) && SummaryOnLayerLevel_On_) || CondObj_name_ == "quality"){ // plot in detId-number

    // -----
    // get detIds belonging to same layer to fill X-axis with detId-number
                       
    uint32_t subDetId_ =  ((detId_>>25)&0x7);
    SiStripSubStructure substructure_;
  
    sameLayerDetIds_.clear();
  
    if(subDetId_==3){  //  TIB
      substructure_.getTIBDetectors(activeDetIds, sameLayerDetIds_,tTopo->tibLayer(detId_),0,0,tTopo->tibString(detId_));  
    }
    else if(subDetId_==4){  // TID
      substructure_.getTIDDetectors(activeDetIds, sameLayerDetIds_,0,0,0,0);
    }
    else if(subDetId_==5){  // TOB
      substructure_.getTOBDetectors(activeDetIds, sameLayerDetIds_, tTopo->tobLayer(detId_),0,0);
    }
    else if(subDetId_==6){  // TEC
      substructure_.getTECDetectors(activeDetIds, sameLayerDetIds_, 0,0,0,0,0,0);
    }

    hSummaryOfProfile_NchX           = sameLayerDetIds_.size(); 
    hSummaryOfProfile_LowX           = 0.5;
    hSummaryOfProfile_HighX          = sameLayerDetIds_.size()+0.5;
 
  } 
  else if( (CondObj_name_ == "lorentzangle" || CondObj_name_ == "bpcorrection") && SummaryOnStringLevel_On_){ // plot in detId-number

    // -----
    // get detIds belonging to same string to fill X-axis with detId-number
                       
    uint32_t subDetId_ =  ((detId_>>25)&0x7);
    SiStripSubStructure substructure_;
    
    sameLayerDetIds_.clear(); 
    
    if(subDetId_==3){  //  TIB    
      if(tTopo->tibIsInternalString(detId_)){
        substructure_.getTIBDetectors(activeDetIds, sameLayerDetIds_, tTopo->tibLayer(detId_),0,1,tTopo->tibString(detId_)); }
      else if(tTopo->tibIsExternalString(detId_)){
    substructure_.getTIBDetectors(activeDetIds, sameLayerDetIds_, tTopo->tibLayer(detId_),0,2,tTopo->tibString(detId_)); }
    }
    else if(subDetId_==4){  // TID
      substructure_.getTIDDetectors(activeDetIds, sameLayerDetIds_, 0,0,0,0);
    }
    else if(subDetId_==5){  // TOB
      substructure_.getTOBDetectors(activeDetIds, sameLayerDetIds_, tTopo->tobLayer(detId_),0,tTopo->tobRod(detId_));
    }
    else if(subDetId_==6){  // TEC
      substructure_.getTECDetectors(activeDetIds, sameLayerDetIds_, 0,0,0,0,0,0);
    }


    hSummaryOfProfile_NchX           = sameLayerDetIds_.size(); 
    hSummaryOfProfile_LowX           = 0.5;
    hSummaryOfProfile_HighX          = sameLayerDetIds_.size()+0.5;
 
  } 
  else if( CondObj_name_ == "apvgain"){
 
    if( (layerId_ > 610 && layerId_ < 620) || // TID & TEC have 6 apvs at maximum
        (layerId_ > 620 && layerId_ < 630) ||
        (layerId_ > 410 && layerId_ < 414) ||
        (layerId_ > 420 && layerId_ < 424) ){ nApv =6;} 
    else { nApv     = reader->getNumberOfApvsAndStripLength(detId_).first;}
    
    hSummaryOfProfile_NchX           = nApv;
    hSummaryOfProfile_LowX           = 0.5;
    hSummaryOfProfile_HighX          = nApv+0.5;
 
  }
  else {
    edm::LogWarning("SiStripBaseCondObjDQM") 
       << "[SiStripBaseCondObjDQM::bookSummaryProfileMEs] PLEASE CHECK : x-axis label in your cfg"
       << std::endl; 
  }
  
  uint32_t layer_=0;
      
  layer_ = folder_organizer.GetSubDetAndLayer(detId_, tTopo).second;
      
  folder_organizer.setLayerFolder(detId_,tTopo,layer_); 
      
  std::string hSummaryOfProfile_name; 
  
  // ---
  int subdetectorId_ = ((detId_>>25)&0x7);
  
 
  if( subdetectorId_<3 || subdetectorId_>6 ){ 
    edm::LogError("SiStripBaseCondObjDQM")
       << "[SiStripBaseCondObjDQM::bookSummaryProfileMEs] WRONG INPUT : no such subdetector type : "
       << subdetectorId_ << " no folder set!" 
       << std::endl;
    return;
  }
  // ---
  
  if((CondObj_name_ == "lorentzangle" || CondObj_name_ == "bpcorrection") && SummaryOnStringLevel_On_) { 
    hSummaryOfProfile_name = hidmanager.createHistoLayer(hSummaryOfProfile_description, "layer" , getStringNameAndId(detId_,tTopo).first,"") ;
  }
  else {
    hSummaryOfProfile_name = hidmanager.createHistoLayer(hSummaryOfProfile_description, "layer" , getLayerNameAndId(detId_,tTopo).first,"") ;
  }
      
  std::string hSummaryOfProfile_title;
  hSummaryOfProfile_title   = hSummaryOfProfile_name ;
           
  CondObj_ME.SummaryOfProfileDistr = dqmStore_->bookProfile(hSummaryOfProfile_name, 
                                                            hSummaryOfProfile_title, 
                                    hSummaryOfProfile_NchX, 
                                    hSummaryOfProfile_LowX, 
                                    hSummaryOfProfile_HighX, 
                                    hSummaryOfProfile_NchY, 
                                    0., 
                                    0.);
  //                                    hSummaryOfProfile_LowY, 
  //                                    hSummaryOfProfile_HighY);
  CondObj_ME.SummaryOfProfileDistr->setAxisTitle(hSummaryOfProfile_xTitle,1);
  CondObj_ME.SummaryOfProfileDistr->setAxisTitle(hSummaryOfProfile_yTitle,2);
  CondObj_ME.SummaryOfProfileDistr->setAxisRange(hSummaryOfProfile_LowY, hSummaryOfProfile_HighY,2);
 
  // -----
  // in order to get the right detId-number labelled in right bin of x-axis
  
  if( CondObj_name_ == "quality" ){
    
    unsigned int iBin=0;
    
    for(unsigned int i=0;i< sameLayerDetIds_.size(); i++){
    
      iBin++;
      char sameLayerDetIds_Name[1024];
      sprintf(sameLayerDetIds_Name,"%u",sameLayerDetIds_[i]);
      CondObj_ME.SummaryOfProfileDistr->setBinLabel(iBin, sameLayerDetIds_Name);
    
    }
  } 
  if( CondObj_name_ == "lorentzangle" || CondObj_name_ == "bpcorrection"){

    // Put the detIds for the -z side as following the geometrical order:
      reverse(sameLayerDetIds_.begin(), sameLayerDetIds_.begin()+sameLayerDetIds_.size()/2);

      unsigned int iBin=0;
       for(unsigned int i=0;i< sameLayerDetIds_.size(); i++){ 
     iBin++;
     if (!SummaryOnStringLevel_On_){
       // remove the label for detIds:
         CondObj_ME.SummaryOfProfileDistr->setBinLabel(iBin, "");
     }  
     
     if (SummaryOnStringLevel_On_){
      // Label with module position instead of detIds:
       char sameLayerDetIds_Name[1024];
       if(subdetectorId_==3){//re-abelling for TIB
         if(tTopo->tibIsZPlusSide(sameLayerDetIds_[i])){
           sprintf(sameLayerDetIds_Name,"%i",tTopo->tibModule(sameLayerDetIds_[i]));}
         else if(tTopo->tibIsZMinusSide(sameLayerDetIds_[i])){
           sprintf(sameLayerDetIds_Name,"%i",-tTopo->tibModule(sameLayerDetIds_[i]));}
         CondObj_ME.SummaryOfProfileDistr->setBinLabel(iBin, sameLayerDetIds_Name);
       }
       else if(subdetectorId_==5){//re-abelling for TOB
         if(tTopo->tobIsZPlusSide(sameLayerDetIds_[i]))      { sprintf(sameLayerDetIds_Name,"%i",tTopo->tobModule(sameLayerDetIds_[i]));}
         else if(tTopo->tobIsZMinusSide(sameLayerDetIds_[i])) { sprintf(sameLayerDetIds_Name,"%i",-tTopo->tobModule(sameLayerDetIds_[i]));}
         CondObj_ME.SummaryOfProfileDistr->setBinLabel(iBin, sameLayerDetIds_Name);
       }
     }
       } 
 
       


  // -----
      
  dqmStore_->tag(CondObj_ME.SummaryOfProfileDistr, layer_);
      
  } // if "lorentzangle"

}
// ---- 


//=============================================================
// -----
void SiStripBaseCondObjDQM::bookSummaryCumulMEs(SiStripBaseCondObjDQM::ModMEs& CondObj_ME, const uint32_t& detId_, const TrackerTopology* tTopo){
    
  int   hSummaryOfCumul_NchX    = 0;
  double hSummaryOfCumul_LowX    = 0;
  double hSummaryOfCumul_HighX   = 0;
    
  std::string hSummaryOfCumul_description;
  hSummaryOfCumul_description  = hPSet_.getParameter<std::string>("SummaryOfCumul_description");
    
  std::string hSummaryOfCumul_xTitle, hSummaryOfCumul_yTitle;
  hSummaryOfCumul_xTitle        = hPSet_.getParameter<std::string>("SummaryOfCumul_xTitle");
  hSummaryOfCumul_yTitle        = hPSet_.getParameter<std::string>("SummaryOfCumul_yTitle");
    
  hSummaryOfCumul_NchX          = hPSet_.getParameter<int>("SummaryOfCumul_NchX");
  hSummaryOfCumul_LowX          = hPSet_.getParameter<double>("SummaryOfCumul_LowX");
  hSummaryOfCumul_HighX         = hPSet_.getParameter<double>("SummaryOfCumul_HighX");
    
  uint32_t layer_=0;
    
  layer_ = folder_organizer.GetSubDetAndLayer(detId_, tTopo).second;
    
  folder_organizer.setLayerFolder(detId_,tTopo,layer_); 
    
  std::string hSummaryOfCumul_name; 
  
  // ---
  int subdetectorId_ = ((detId_>>25)&0x7);
  
  if( subdetectorId_<3 || subdetectorId_>6 ){ 
    edm::LogError("SiStripBaseCondObjDQM")
       << "[SiStripBaseCondObjDQM::bookSummaryCumulMEs] WRONG INPUT : no such subdetector type : "
       << subdetectorId_ << " no folder set!" 
       << std::endl;
    return;
  }
  // ---
  
  // LA and BP Histos are plotted for each string:
  if((CondObj_name_ == "lorentzangle" || CondObj_name_ == "bpcorrection") && SummaryOnStringLevel_On_) { 
    hSummaryOfCumul_name = hidmanager.createHistoLayer(hSummaryOfCumul_description, "layer" , getStringNameAndId(detId_,tTopo).first, "") ;
  }
  else {  
    hSummaryOfCumul_name = hidmanager.createHistoLayer(hSummaryOfCumul_description, "layer" , getLayerNameAndId(detId_,tTopo).first, "") ;
  }

    
  std::string hSummaryOfCumul_title;
  hSummaryOfCumul_title   = hSummaryOfCumul_name ;
    
  CondObj_ME.SummaryOfCumulDistr = dqmStore_->book1D(hSummaryOfCumul_name, 
                                                     hSummaryOfCumul_title, 
                             hSummaryOfCumul_NchX, 
                             hSummaryOfCumul_LowX, 
                             hSummaryOfCumul_HighX);

  CondObj_ME.SummaryOfCumulDistr->setAxisTitle(hSummaryOfCumul_xTitle,1);
  CondObj_ME.SummaryOfCumulDistr->setAxisTitle(hSummaryOfCumul_yTitle,2);
    
  dqmStore_->tag(CondObj_ME.SummaryOfCumulDistr, layer_);
    
}
// -----

//================================================
// -----
//FIXME same as before: factorize
void SiStripBaseCondObjDQM::bookSummaryMEs(SiStripBaseCondObjDQM::ModMEs& CondObj_ME, const uint32_t& detId_, const TrackerTopology* tTopo){
  
  std::vector<uint32_t> sameLayerDetIds_;

  int   hSummary_NchX    = 0;
  double hSummary_LowX    = 0;
  double hSummary_HighX   = 0;
     
  std::string hSummary_description;
  hSummary_description  = hPSet_.getParameter<std::string>("Summary_description");
      
  std::string hSummary_xTitle, hSummary_yTitle;
  hSummary_xTitle        = hPSet_.getParameter<std::string>("Summary_xTitle");
  hSummary_yTitle        = hPSet_.getParameter<std::string>("Summary_yTitle");
  
  int hSummary_NchY;
  double hSummary_LowY, hSummary_HighY;
  hSummary_NchY          = hPSet_.getParameter<int>("Summary_NchY");
  hSummary_LowY          = hPSet_.getParameter<double>("Summary_LowY");
  hSummary_HighY         = hPSet_.getParameter<double>("Summary_HighY");
       

  // -----
  // get detIds belonging to same layer to fill X-axis with detId-number
                       
  
  sameLayerDetIds_.clear();
   
  sameLayerDetIds_=GetSameLayerDetId(activeDetIds,detId_,tTopo);

  hSummary_NchX           = sameLayerDetIds_.size(); 
  hSummary_LowX           = 0.5;
  hSummary_HighX          = sameLayerDetIds_.size()+0.5;
  
  uint32_t layer_=0;
      
  layer_ = folder_organizer.GetSubDetAndLayer(detId_, tTopo).second;
      
  folder_organizer.setLayerFolder(detId_,tTopo,layer_); 
      
  std::string hSummary_name; 
  
  // ---
  int subdetectorId_ = ((detId_>>25)&0x7);
  
 
  if( subdetectorId_<3 || subdetectorId_>6 ){ 
    edm::LogError("SiStripBaseCondObjDQM")
       << "[SiStripBaseCondObjDQM::bookSummaryMEs] WRONG INPUT : no such subdetector type : "
       << subdetectorId_ << " no folder set!" 
       << std::endl;
    return;
  }
  // ---
  
  hSummary_name = hidmanager.createHistoLayer(hSummary_description, 
                                                       "layer" , 
                                getLayerNameAndId(detId_,tTopo).first,
                            "") ;
      
  std::string hSummary_title;
  hSummary_title   = hSummary_name ;
           
  CondObj_ME.SummaryDistr = dqmStore_->bookProfile(hSummary_name, 
                                                   hSummary_title, 
                           hSummary_NchX, 
                           hSummary_LowX, 
                           hSummary_HighX, 
                           hSummary_NchY, 
                           0., 
                           0.);
  //                           hSummary_LowY, 
  //                           hSummary_HighY);
  CondObj_ME.SummaryDistr->setAxisTitle(hSummary_xTitle,1);
  CondObj_ME.SummaryDistr->setAxisTitle(hSummary_yTitle,2);
  CondObj_ME.SummaryDistr->setAxisRange(hSummary_LowY, hSummary_HighY,2);
 
  // -----
  // in order to get the right detId-number labelled in right bin of x-axis
  unsigned int iBin=0;
    
  for(unsigned int i=0;i< sameLayerDetIds_.size(); i++){
    
    iBin++;
    char sameLayerDetIds_Name[1024];
    sprintf(sameLayerDetIds_Name,"%u",sameLayerDetIds_[i]);
    if(iBin%100==0)
      CondObj_ME.SummaryDistr->setBinLabel(iBin, sameLayerDetIds_Name);
    
  }
  // -----
      
  dqmStore_->tag(CondObj_ME.SummaryDistr, layer_);
      
} 


//==========================================================
// -----
std::pair<std::string,uint32_t> SiStripBaseCondObjDQM::getLayerNameAndId(const uint32_t& detId_, const TrackerTopology* tTopo){

  int subdetectorId_ = ((detId_>>25)&0x7);
  int layerId_=0;

  std::stringstream layerName;
  
  if( subdetectorId_ == 3 ){ //TIB

    for( unsigned int i = 1; i < 5; i++ ){
      if( tTopo->tibLayer( detId_ ) ==i ){ 
    layerName << "TIB__layer__" << i;
    layerId_ = 300 + i;
      }
    }
    
  }

  else if( subdetectorId_ == 4 ){ //TIDD
    
    if( tTopo->tidSide( detId_ ) == 1 ) { // TIDD side 1
      
      for( unsigned int i = 1; i < 4; i++ ){
    if(tTopo->tidWheel(detId_)==i){ 
      layerName << "TID__side__1__wheel__" << i;
      layerId_ = 410 + i;
    }
      }
      
    }

    else if( tTopo->tidSide( detId_ ) == 2 ) { // TIDD side 2
      
      for( unsigned int i = 1; i < 4; i++ ) {
    if(tTopo->tidWheel(detId_)==i){ 
      layerName << "TID__side__2__wheel__" << i;
      layerId_ = 420 + i;
    }
      }

    }

  }


  else if( subdetectorId_ == 5 ){ // TOB
    
    for( unsigned int i = 1; i < 7; i++ ) {
      if( tTopo->tobLayer( detId_ ) == i ) { 
    layerName << "TOB__layer__" << i;
    layerId_ = 500 + i;
      }
    }
    
  }

  else if( subdetectorId_ == 6 ){ // TEC
    
    if( tTopo->tecSide( detId_ ) == 1) { // TEC side 1
      
      for( unsigned int i = 1; i < 10; i++ ) {
    if( tTopo->tecWheel( detId_ ) == i ) { 
      layerName << "TEC__side__1__wheel__" << i;
      layerId_ = 610 + i;
    }
      }

    }

    else if( tTopo->tecSide( detId_ ) == 2 ) { // TEC side 2
      
      for( unsigned int i = 1; i < 10; i++ ) {
    if( tTopo->tecWheel( detId_ ) == i ) { 
      layerName << "TEC__side__2__wheel__" << i;
      layerId_ = 620 + i;
    }
      }

     }
  }
  
  return std::make_pair( layerName.str(), layerId_ );

}

//=================================================
//---------------


std::pair<std::string,uint32_t> SiStripBaseCondObjDQM::getStringNameAndId(const uint32_t& detId_, const TrackerTopology* tTopo){

  int subdetectorId_ = ((detId_>>25)&0x7);
  int layerStringId_=0;
  
  std::stringstream layerStringName;
  
  if( subdetectorId_==3 ){ //TIB
    if(tTopo->tibLayer(detId_)==1 && tTopo->tibIsInternalString(detId_)){ //1st layer int
      for( unsigned int i=1; i < 27 ;i++){
    if(tTopo->tibString(detId_)==i){  
      layerStringName << "TIB_L1_Int_Str_" << i;
      layerStringId_ = 30110+i; 
    }
      }      
    }
    else  if(tTopo->tibLayer(detId_)==1 && tTopo->tibIsExternalString(detId_)){ //1st layer ext
      for( unsigned int i=1; i < 31 ;i++){
    if(tTopo->tibString(detId_)==i){  
      layerStringName << "TIB_L1_Ext_Str_" << i;
      layerStringId_ = 301200+i; 
    }
      }      
    }
    else if(tTopo->tibLayer(detId_)==2 && tTopo->tibIsInternalString(detId_)){ //2nd layer int
      for( unsigned int i=1; i < 35 ;i++){
    if(tTopo->tibString(detId_)==i){  
      layerStringName << "TIB_L2_Int_Str_" << i;
      layerStringId_ = 302100+i; 
    }
      }      
    }
    else if(tTopo->tibLayer(detId_)==2 && tTopo->tibIsExternalString(detId_)){ //2nd layer ext
      for( unsigned int i=1; i < 39 ;i++){
    if(tTopo->tibString(detId_)==i){  
      layerStringName << "TIB_L2_Ext_Str_" << i;
      layerStringId_ = 302200+i; 
    }
      }      
    }
    else if(tTopo->tibLayer(detId_)==3 && tTopo->tibIsInternalString(detId_)){ //3rd layer int
      for( unsigned int i=1; i < 45 ;i++){
    if(tTopo->tibString(detId_)==i){  
      layerStringName << "TIB_L3_Int_Str_" << i;
      layerStringId_ = 303100+i; 
    }
      }      
    }
    else if(tTopo->tibLayer(detId_)==3 && tTopo->tibIsExternalString(detId_)){ //3rd layer ext
      for( unsigned int i=1; i < 47 ;i++){
    if(tTopo->tibString(detId_)==i){  
      layerStringName << "TIB_L3_Ext_Str_" << i;
      layerStringId_ = 303200+i; 
    }
      }      
    }
    else if(tTopo->tibLayer(detId_)==4 && tTopo->tibIsInternalString(detId_)){ //4th layer int
      for( unsigned int i=1; i < 53 ;i++){
    if(tTopo->tibString(detId_)==i){  
      layerStringName << "TIB_L4_Int_Str_" << i;
      layerStringId_ = 304100+i; 
    }
      }      
    }
    else if(tTopo->tibLayer(detId_)==4 && tTopo->tibIsExternalString(detId_)){ //4th layer ext
      for( unsigned int i=1; i < 57 ;i++){
    if(tTopo->tibString(detId_)==i){  
      layerStringName << "TIB_L4_Ext_Str_" << i;
      layerStringId_ = 304200+i; 
    }
      }      
    }
  } //TIB


  else if( subdetectorId_==5 ){ // TOB
    if(tTopo->tobLayer(detId_)==1){ //1st layer
      for( unsigned int i=1; i < 43 ;i++){
    if(tTopo->tobRod(detId_)==i){  
      layerStringName << "TOB_L1_Rod_" << i;
      layerStringId_ = 50100+i;
    }
      }      
    }
    else if(tTopo->tobLayer(detId_)==2){ //2nd layer
      for( unsigned int i=1; i < 49 ;i++){
    if(tTopo->tobRod(detId_)==i){  
      layerStringName << "TOB_L2_Rod_" << i;
      layerStringId_ = 50200+i; 
    }
      }      
    }
    else if(tTopo->tobLayer(detId_)==3){ //3rd layer
      for( unsigned int i=1; i < 55 ;i++){
    if(tTopo->tobRod(detId_)==i){  
      layerStringName << "TOB_L3_Rod_" << i;
      layerStringId_ = 50300+i; 
    }
      }      
    }
    else if(tTopo->tobLayer(detId_)==4){ //4th layer
      for( unsigned int i=1; i < 61 ;i++){
    if(tTopo->tobRod(detId_)==i){  
      layerStringName << "TOB_L4_Rod_" << i;
      layerStringId_ = 50400+i; 
    }
      }      
    }
    else if(tTopo->tobLayer(detId_)==5){ //5th layer
      for( unsigned int i=1; i < 67 ;i++){
    if(tTopo->tobRod(detId_)==i){  
      layerStringName << "TOB_L5_Rod_" << i;
      layerStringId_ = 50500+i; 
    }
      }      
    }
    else if(tTopo->tobLayer(detId_)==6){ //6st layer
      for( unsigned int i=1; i < 75 ;i++){
    if(tTopo->tobRod(detId_)==i){  
      layerStringName << "TOB_L6_Rod_" << i;
      layerStringId_ = 50600+i; 
    }
      }      
    }
  }//TOB

  return std::make_pair( layerStringName.str(), layerStringId_ );

}



    
//========================
std::vector<uint32_t> SiStripBaseCondObjDQM::GetSameLayerDetId(const std::vector<uint32_t>& activeDetIds,uint32_t selDetId, const TrackerTopology* tTopo){
 
  std::vector<uint32_t> sameLayerDetIds;
  sameLayerDetIds.clear();

  SiStripSubStructure substructure_;
  
  uint32_t subselDetId_ =  ((selDetId>>25)&0x7);

  if(subselDetId_==3){  //  TIB
    substructure_.getTIBDetectors(activeDetIds, sameLayerDetIds, tTopo->tibLayer(selDetId),0,0,0);  
  }
  else if(subselDetId_==4){  // TID
    substructure_.getTIDDetectors(activeDetIds, sameLayerDetIds, tTopo->tidSide(selDetId),tTopo->tidWheel(selDetId),0,0);
  }
  else if(subselDetId_==5){  // TOB
    substructure_.getTOBDetectors(activeDetIds, sameLayerDetIds, tTopo->tobLayer(selDetId),0,0);
  }
  else if(subselDetId_==6){  // TEC
    substructure_.getTECDetectors(activeDetIds, sameLayerDetIds, tTopo->tecSide(selDetId),tTopo->tecWheel(selDetId),0,0,0,0);
  }

  return sameLayerDetIds;
  
}


//==========================
void SiStripBaseCondObjDQM::bookTkMap(const std::string& TkMapname){
  tkMap= new TrackerMap(TkMapname.c_str());
}

//==========================
void SiStripBaseCondObjDQM::fillTkMap(const uint32_t& detid, const float& value){
  tkMap->fill(detid,value);
}

//==========================
void SiStripBaseCondObjDQM::saveTkMap(const std::string& TkMapname, double minValue, double maxValue){

  if(tkMapScaler.size()!=0){
    //check that saturation is below x%  below minValue and above minValue, and in case re-arrange.
    float th=hPSet_.getParameter<double>("saturatedFraction");

    size_t imin=0,imax=0;
    float entries=0 ;
    for(size_t i=0;i<tkMapScaler.size();++i)
      entries+=tkMapScaler[i];

    float min=0 ;
    for(size_t i=0;(i<tkMapScaler.size()) && (min<th);++i){
      min+=tkMapScaler[i]/entries;
      imin=i;
    }

    float max=0;
    // for(size_t i=tkMapScaler.size()-1;(i>=0) && (max<th);--i){ // Wrong
    // Since i is unsigned, i >= 0 is always true,
    // and the loop termination condition is never reached.
    // We offset the loop index by one to fix this.
    for(size_t j=tkMapScaler.size();(j>0) && (max<th);--j){ 
      size_t i = j - 1;
      max+=tkMapScaler[i]/entries;
      imax=i;
    }
    
    //reset maxValue;
    if(maxValue<imax){
      edm::LogInfo("SiStripBaseCondObjDQM") << "Resetting TkMap maxValue from " << maxValue << " to " << imax;
      maxValue=imax;
    }
    //reset minValue;
    if(minValue>imin){
        edm::LogInfo("SiStripBaseCondObjDQM") << "Resetting TkMap minValue from " << minValue << " to " << imin;
      minValue=imin;
    }
  }
  
  tkMap->save(false, minValue, maxValue, TkMapname.c_str(),4500,2400);
  tkMap->setPalette(1); tkMap->showPalette(true);
  
}


//==========================
void SiStripBaseCondObjDQM::end(){
  edm::LogInfo("SiStripBaseCondObjDQM") << "SiStripBaseCondObjDQM::end" << std::endl; 
}

//==========================
void SiStripBaseCondObjDQM::fillModMEs(const std::vector<uint32_t> & selectedDetIds, const edm::EventSetup& es){

  //Retrieve tracker topology from geometry
  edm::ESHandle<TrackerTopology> tTopoHandle;
  es.get<IdealGeometryRecord>().get(tTopoHandle);
  const TrackerTopology* const tTopo = tTopoHandle.product();

  ModMEs CondObj_ME;
 
  for(std::vector<uint32_t>::const_iterator detIter_=selectedDetIds.begin();
      detIter_!=selectedDetIds.end();++detIter_){
    fillMEsForDet(CondObj_ME,*detIter_,tTopo);
  }
}

//==========================
void SiStripBaseCondObjDQM::fillSummaryMEs(const std::vector<uint32_t> & selectedDetIds, const edm::EventSetup& es){

  //Retrieve tracker topology from geometry
  edm::ESHandle<TrackerTopology> tTopoHandle;
  es.get<IdealGeometryRecord>().get(tTopoHandle);
  const TrackerTopology* const tTopo = tTopoHandle.product();
  
  for(std::vector<uint32_t>::const_iterator detIter_ = selectedDetIds.begin();
      detIter_!= selectedDetIds.end();detIter_++){
    fillMEsForLayer(/*SummaryMEsMap_,*/ *detIter_,tTopo);    
  }

  for (std::map<uint32_t, ModMEs>::iterator iter=SummaryMEsMap_.begin();
       iter!=SummaryMEsMap_.end(); iter++){

    ModMEs selME;
    selME = iter->second;

    if(hPSet_.getParameter<bool>("FillSummaryProfileAtLayerLevel") &&
       fPSet_.getParameter<bool>("OutputSummaryProfileAtLayerLevelAsImage")){

      if( CondObj_fillId_ =="onlyProfile" || CondObj_fillId_ =="ProfileAndCumul"){

    TCanvas c1("c1");
    selME.SummaryOfProfileDistr->getTProfile()->Draw();
    std::string name (selME.SummaryOfProfileDistr->getTProfile()->GetTitle());
    name+=".png";
    c1.Print(name.c_str());
      }
    }
    if(hPSet_.getParameter<bool>("FillSummaryAtLayerLevel") &&
       fPSet_.getParameter<bool>("OutputSummaryAtLayerLevelAsImage")){

      TCanvas c1("c1");
      selME.SummaryDistr->getTH1()->Draw();
      std::string name (selME.SummaryDistr->getTH1()->GetTitle());
      name+=".png";
      c1.Print(name.c_str());
    }
    if(hPSet_.getParameter<bool>("FillCumulativeSummaryAtLayerLevel") &&
       fPSet_.getParameter<bool>("OutputCumulativeSummaryAtLayerLevelAsImage")){

      if( CondObj_fillId_ =="onlyCumul" || CondObj_fillId_ =="ProfileAndCumul"){

    TCanvas c1("c1");
    selME.SummaryOfCumulDistr->getTH1()->Draw();
    std::string name (selME.SummaryOfCumulDistr->getTH1()->GetTitle());
    name+=".png";
    c1.Print(name.c_str());
      }
    }

  }
}