hcaltb::HcalTBTDCUnpacker Class Reference

#include <HcalTBTDCUnpacker.h>

Classes
struct	Hit
struct	WireChamberRecoData

Public Member Functions
	HcalTBTDCUnpacker (bool)
void	setCalib (const std::vector< std::vector< std::string > > &calibLines_)
void	unpack (const FEDRawData &raw, HcalTBEventPosition &pos, HcalTBTiming &timing) const

Private Member Functions
void	reconstructTiming (const std::vector< Hit > &hits, HcalTBTiming &timing) const
void	reconstructWC (const std::vector< Hit > &hits, HcalTBEventPosition &pos) const
void	unpackHits (const FEDRawData &raw, std::vector< Hit > &hits, HcalTBTiming &timing) const

Private Attributes
FILE *	dumpObs_
bool	includeUnmatchedHits_
double	tdc_convers [161]
double	tdc_ped [161]
struct hcaltb::HcalTBTDCUnpacker::WireChamberRecoData	wc_ [PLANECOUNT]

Static Private Attributes
static const int	PLANECOUNT = 16
static const int	WC_CHANNELIDS [PLANECOUNT *3]

Detailed Description

Author

J. Mans, P. Dudero - Minnesota

Definition at line 12 of file HcalTBTDCUnpacker.h.

Constructor & Destructor Documentation

hcaltb::HcalTBTDCUnpacker::HcalTBTDCUnpacker

(

bool

include_unmatched_hits

)

Definition at line 30 of file HcalTBTDCUnpacker.cc.

                                                                :
  includeUnmatchedHits_(include_unmatched_hits),
  dumpObs_(nullptr) {
//  setupWC(); reads it from configuration file
//  dumpObs_=fopen("dump_obs.csv","w");
}

Member Function Documentation

void hcaltb::HcalTBTDCUnpacker::reconstructTiming ( const std::vector< Hit > &  hits, HcalTBTiming &  timing  ) const

private

Definition at line 170 of file HcalTBTDCUnpacker.cc.

References lcBeamCoincidence, lcBeamHalo1, lcBeamHalo2, lcBeamHalo3, lcBeamHalo4, lcLaserFlash, lcMuon1, lcMuon2, lcMuon3, lcQIEPhase, lcScint1, lcScint2, lcScint3, lcScint4, lcTOF1J, lcTOF1S, lcTOF2J, lcTOF2S, lcTriggerTime, lcTTCL1ATime, PLANECOUNT, HcalTBTiming::setHits(), HcalTBTiming::setTimes(), tdc_ped, and WC_CHANNELIDS.

Referenced by unpack().

                                                  {
  std::vector<Hit>::const_iterator j;
  double trigger_time=0;
  double ttc_l1a_time=0;
  double laser_flash=0;
  double qie_phase=0;
  double TOF1S_time=0;
  double TOF1J_time=0;
  double TOF2S_time=0;
  double TOF2J_time=0;
  
  std::vector<double> m1hits, m2hits, m3hits, s1hits, s2hits, s3hits, s4hits,
                      bh1hits, bh2hits, bh3hits, bh4hits,beam_coinc;

  for (j=hits.begin(); j!=hits.end(); j++) {
    switch (j->channel) {
    case lcTriggerTime:     trigger_time   = j->time-tdc_ped[lcTriggerTime];  break;
    case lcTTCL1ATime:      ttc_l1a_time   = j->time-tdc_ped[lcTTCL1ATime];  break;
    case lcBeamCoincidence: beam_coinc.push_back(j->time-tdc_ped[lcBeamCoincidence]);  break;
    case lcLaserFlash:      laser_flash    = j->time-tdc_ped[lcLaserFlash];  break;
    case lcQIEPhase:        qie_phase      = j->time-tdc_ped[lcQIEPhase];  break;
    case lcMuon1:           m1hits.push_back(j->time-tdc_ped[lcMuon1]); break;
    case lcMuon2:           m2hits.push_back(j->time-tdc_ped[lcMuon2]); break;
    case lcMuon3:           m3hits.push_back(j->time-tdc_ped[lcMuon3]); break;
    case lcScint1:          s1hits.push_back(j->time-tdc_ped[lcScint1]); break;
    case lcScint2:          s2hits.push_back(j->time-tdc_ped[lcScint2]); break;
    case lcScint3:          s3hits.push_back(j->time-tdc_ped[lcScint3]); break;
    case lcScint4:          s4hits.push_back(j->time-tdc_ped[lcScint4]); break;
    case lcTOF1S:           TOF1S_time   = j->time-tdc_ped[lcTOF1S];  break;
    case lcTOF1J:           TOF1J_time   = j->time-tdc_ped[lcTOF1J];  break;
    case lcTOF2S:           TOF2S_time   = j->time-tdc_ped[lcTOF2S];  break;
    case lcTOF2J:           TOF2J_time   = j->time-tdc_ped[lcTOF2J];  break;
    case lcBeamHalo1:       bh1hits.push_back(j->time-tdc_ped[lcBeamHalo1]); break;
    case lcBeamHalo2:       bh2hits.push_back(j->time-tdc_ped[lcBeamHalo2]); break;
    case lcBeamHalo3:       bh3hits.push_back(j->time-tdc_ped[lcBeamHalo3]); break;
    case lcBeamHalo4:       bh4hits.push_back(j->time-tdc_ped[lcBeamHalo4]); break;
    default: break;
    }
  }

  timing.setTimes(trigger_time,ttc_l1a_time,laser_flash,qie_phase,TOF1S_time,TOF1J_time,TOF2S_time,TOF2J_time);
  timing.setHits (m1hits,m2hits,m3hits,s1hits,s2hits,s3hits,s4hits,bh1hits,bh2hits,bh3hits,bh4hits,beam_coinc);

}

void hcaltb::HcalTBTDCUnpacker::reconstructWC ( const std::vector< Hit > &  hits, HcalTBEventPosition &  pos  ) const

private

Definition at line 270 of file HcalTBTDCUnpacker.cc.

References hcaltb::HcalTBTDCUnpacker::WireChamberRecoData::b0, hcaltb::HcalTBTDCUnpacker::WireChamberRecoData::b1, relativeConstraints::chamber, dumpObs_, cuy::ii, includeUnmatchedHits_, findQualityFiles::jj, SiStripPI::mean, PLANECOUNT, HcalTBEventPosition::setChamberHits(), hcaltb::TDC_OFFSET_CONSTANT, wc_, and WC_CHANNELIDS.

Referenced by unpack().

                                                                                               {
  // process all planes, looping over all hits...
  const int MAX_HITS=100;
  float hits1[MAX_HITS], hits2[MAX_HITS], hitsA[MAX_HITS];
  int n1,n2,nA,chan1,chan2,chanA;
  
  std::vector<double> x;

  for (int plane=0; plane<PLANECOUNT; plane++) {
    n1=0; n2=0; nA=0;

    std::vector<double> plane_hits;
    double hit_time;
    hits1[0]=-1000;
    hits2[0]=-1000;
    hitsA[0]=-1000;
    hitsA[1]=-1000;

    chan1=WC_CHANNELIDS[plane*3];
    chan2=WC_CHANNELIDS[plane*3+1];
    chanA=WC_CHANNELIDS[plane*3+2];

    for (std::vector<Hit>::const_iterator j=hits.begin(); j!=hits.end(); j++) {
      if (j->channel==chan1 && n1<MAX_HITS) {
    hits1[n1]=j->time-TDC_OFFSET_CONSTANT; n1++;
      }
      if (j->channel==chan2 && n2<MAX_HITS) {
    hits2[n2]=j->time-TDC_OFFSET_CONSTANT; n2++;
      }
      if (j->channel==chanA && nA<MAX_HITS) {
    hitsA[nA]=j->time-TDC_OFFSET_CONSTANT; nA++;
      }
    }
    
    if (n1!=0 && n2!=0 && dumpObs_!=nullptr) {
      fprintf(dumpObs_,"%d,%f,%f,%f,%f\n",plane,hits1[0],hits2[0],hitsA[0],hitsA[1]);
      fflush(dumpObs_);
    }

    // anode-matched hits
    for (int ii=0; ii<n1; ii++) {
      int jmin=-1, lmin=-1;
      float dsumMin=99999;
      for (int jj=0; jj<n2; jj++) {
    for (int ll=0; ll<nA; ll++) {
      float dsum=fabs(wc_[plane].mean - hits1[ii] - hits2[jj] + 2.0*hitsA[ll]);
          if(dsum<(N_SIGMA*wc_[plane].sigma) && dsum<dsumMin){
            jmin=jj;
            lmin=ll;
            dsumMin=dsum;
           }
    }         
      }
      if (jmin>=0) {
    hit_time = wc_[plane].b0 +
                             wc_[plane].b1 * (hits1[ii]-hits2[jmin]);
    if((plane%2)==0)
        {
        plane_hits.push_back(-hit_time);
        }else{
        plane_hits.push_back(hit_time);
        }
    hits1[ii]=-99999;
    hits2[jmin]=-99999;
    hitsA[lmin]=99999;
      }
    }

    if (includeUnmatchedHits_||plane>9)   // unmatched hits (all pairs get in here)
      for (int ii=0; ii<n1; ii++) {
    if (hits1[ii]<-99990) continue;
    for (int jj=0; jj<n2; jj++) {
      if (hits2[jj]<-99990) continue;
      hit_time = wc_[plane].b0 +
                             wc_[plane].b1 * (hits1[ii]-hits2[jj]);
      if((plane%2)==0)
        {
        plane_hits.push_back(-hit_time);
        }else{
        plane_hits.push_back(hit_time);
        }
    }
      }

    if ((plane%2)==0) x=plane_hits;
    else {
      char chamber='A'+plane/2;
      ep.setChamberHits(chamber,x,plane_hits);
    }
  }
  
}

void hcaltb::HcalTBTDCUnpacker::setCalib

(

const std::vector< std::vector< std::string > > &

calibLines_

)

Definition at line 36 of file HcalTBTDCUnpacker.cc.

References hcaltb::HcalTBTDCUnpacker::WireChamberRecoData::b0, hcaltb::HcalTBTDCUnpacker::WireChamberRecoData::b1, Exception, mps_fire::i, cuy::ii, hcaltb::HcalTBTDCUnpacker::WireChamberRecoData::mean, hcaltb::HcalTBTDCUnpacker::WireChamberRecoData::sigma, findQualityFiles::size, tdc_convers, tdc_ped, and wc_.

Referenced by HcalTBObjectUnpacker::HcalTBObjectUnpacker().

                                                                                    {
        for(int i=0;i<161;i++)
         {
          tdc_ped[i]=0.;tdc_convers[i]=1.;
         }
        for(unsigned int ii=0;ii<calibLines_.size();ii++)
         {
//   TDC configuration
          if(calibLines_[ii][0]=="TDC")
                {
                if(calibLines_[ii].size()==4)
                  {
                  int channel=atoi(calibLines_[ii][1].c_str());
                  tdc_ped[channel]=atof(calibLines_[ii][2].c_str());
                  tdc_convers[channel]=atof(calibLines_[ii][3].c_str());
        //        printf("Got TDC %i ped %f , conversion %f\n",channel, tdc_ped[channel],tdc_convers[channel]);
                  }
                 else
                  {
               throw cms::Exception("Incomplete configuration") << 
        "Wrong TDC configuration format : expected 3 parameters, got "<<calibLines_[ii].size()-1;
                  }
                } // End of the TDCs

//   Wire chambers calibration
          if(calibLines_[ii][0]=="WC")
                {
                if(calibLines_[ii].size()==6)
                  {
                  int plane=atoi(calibLines_[ii][1].c_str());
                  wc_[plane].b0=atof(calibLines_[ii][2].c_str());
                  wc_[plane].b1=atof(calibLines_[ii][3].c_str());
                  wc_[plane].mean=atof(calibLines_[ii][4].c_str());
                  wc_[plane].sigma=atof(calibLines_[ii][5].c_str());
       //         printf("Got WC plane %i b0 %f, b1 %f, mean %f, sigma %f\n",plane, 
       //        wc_[plane].b0,wc_[plane].b1,wc_[plane].mean,wc_[plane].sigma);
                  }
                 else
                  {
               throw cms::Exception("Incomplete configuration") << 
        "Wrong Wire Chamber configuration format : expected 5 parameters, got "<<calibLines_[ii].size()-1;
                  }
                } // End of the Wire Chambers

         } // End of the CalibLines
        }

void hcaltb::HcalTBTDCUnpacker::unpack	(	const FEDRawData &	raw,
		HcalTBEventPosition &	pos,
		HcalTBTiming &	timing
	)		const

Definition at line 83 of file HcalTBTDCUnpacker.cc.

References hfClusterShapes_cfi::hits, reconstructTiming(), reconstructWC(), and unpackHits().

Referenced by HcalTBObjectUnpacker::produce().

                                               {
    std::vector<Hit> hits;

    unpackHits(raw, hits, timing);
    
    reconstructWC(hits, pos);
    reconstructTiming(hits, timing);
    
  }

void hcaltb::HcalTBTDCUnpacker::unpackHits ( const FEDRawData &  raw, std::vector< Hit > &  hits, HcalTBTiming &  timing  ) const

private

Definition at line 111 of file HcalTBTDCUnpacker.cc.

References hcaltb::HcalTBTDCUnpacker::Hit::channel, FEDRawData::data(), Exception, h, hcaltb::ClassicTDCDataFormat::hits, mps_fire::i, hcaltb::ClassicTDCDataFormat::n_hits, hcaltb::ClassicTDCDataFormat::n_max_hits, hcaltb::CombinedTDCQDCDataFormat::n_qdc_hits, hcaltb::CombinedTDCQDCDataFormat::n_tdc_hits, HcalTBTiming::setV775(), FEDRawData::size(), tdc_convers, and hcaltb::HcalTBTDCUnpacker::Hit::time.

Referenced by unpack().

                                                                    {
  const ClassicTDCDataFormat* tdc=(const ClassicTDCDataFormat*)raw.data();

  if (raw.size()<3*8) {
    throw cms::Exception("Missing Data") << "No data in the TDC block";
  }

  const unsigned int* hitbase=nullptr;
  unsigned int totalhits=0;

  // old TDC (767)
  if (tdc->n_max_hits!=192) {
    const CombinedTDCQDCDataFormat* qdctdc=(const CombinedTDCQDCDataFormat*)raw.data();
    hitbase=(const unsigned int*)(qdctdc);
    hitbase+=6; // header
    hitbase+=qdctdc->n_qdc_hits/2; // two unsigned short per unsigned long
    totalhits=qdctdc->n_tdc_hits&0xFFFF; // mask off high bits

    //    for (unsigned int i=0; i<qdctdc->n_qdc_hits; i++)
    //      printf("QADC: %02d %d\n",i,qdctdc->qdc_values[i]&0xFFF);

  } else {
    hitbase=&(tdc->hits[0]);
    totalhits=tdc->n_hits;
  }

  for (unsigned int i=0; i<totalhits; i++) {
    Hit h;    
    h.channel=(hitbase[i]&0x7FC00000)>>22; // hardcode channel assignment
    h.time=(hitbase[i]&0xFFFFF)*tdc_convers[h.channel]; 
    hits.push_back(h);
    //        printf("V767: %d %f\n",h.channel,h.time);
  }

  // new TDC (V775)
  int v775[32];
  for (int i=0;i<32;i++) v775[i]=-1;
  if (tdc->n_max_hits!=192) {
    const CombinedTDCQDCDataFormat* qdctdc=(const CombinedTDCQDCDataFormat*)raw.data();
    hitbase=(const unsigned int*)(qdctdc);
    hitbase+=6; // header
    hitbase+=qdctdc->n_qdc_hits/2; // two unsigned short per unsigned long
    hitbase+=(qdctdc->n_tdc_hits&0xFFFF); // same length
    totalhits=(qdctdc->n_tdc_hits&0xFFFF0000)>>16; // mask off high bits    
    for (unsigned int i=0; i<totalhits; i++) {
      Hit h;    
//      h.channel=129+i;
      h.channel=129+((hitbase[i]&0x3F0000)>>16);
      h.time=(hitbase[i]&0xFFF)*tdc_convers[h.channel] ;
      hits.push_back(h);
      if ( (h.channel-129)<32 ) 
     v775[(h.channel-129)] = (hitbase[i]&0xFFF);
      //      printf("V775: %d %f\n",h.channel,h.time);
    }
  }
  timing.setV775(v775);
}

Member Data Documentation

FILE* hcaltb::HcalTBTDCUnpacker::dumpObs_

private

Definition at line 41 of file HcalTBTDCUnpacker.h.

Referenced by reconstructWC().

bool hcaltb::HcalTBTDCUnpacker::includeUnmatchedHits_

private

Definition at line 38 of file HcalTBTDCUnpacker.h.

Referenced by reconstructWC().

const int hcaltb::HcalTBTDCUnpacker::PLANECOUNT = 16

staticprivate

Definition at line 32 of file HcalTBTDCUnpacker.h.

Referenced by reconstructTiming(), and reconstructWC().

double hcaltb::HcalTBTDCUnpacker::tdc_convers[161]

private

Definition at line 40 of file HcalTBTDCUnpacker.h.

Referenced by setCalib(), and unpackHits().

double hcaltb::HcalTBTDCUnpacker::tdc_ped[161]

private

Definition at line 39 of file HcalTBTDCUnpacker.h.

Referenced by reconstructTiming(), and setCalib().

struct hcaltb::HcalTBTDCUnpacker::WireChamberRecoData hcaltb::HcalTBTDCUnpacker::wc_[PLANECOUNT]

private

Referenced by reconstructWC(), and setCalib().

const int hcaltb::HcalTBTDCUnpacker::WC_CHANNELIDS

staticprivate

Initial value:

= { 
                                                     12, 13, 14, 
                             10, 11, 14, 
                             22, 23, 24, 
                             20, 21, 24, 
                             32, 33, 34, 
                             30, 31, 34, 
                             101, 102, 104, 
                             107, 108, 110, 
                             113, 114, 116, 
                             97, 98, 99, 
                            42, 43, -1, 
                            44, 60, -1, 
                            40, 41, -1, 
                            45, 61, -1, 
                            52, 53, -1, 
                            54, 62, -1  
}

Definition at line 33 of file HcalTBTDCUnpacker.h.

Referenced by reconstructTiming(), and reconstructWC().