PWGLF/SPECTRA/IdentifiedHighPt/train/DebugClassesMultESA2013.cxx

   1 // ROOT includes
   2 #include <TObject.h>
   3
   4 #include "DebugClassesMultESA2013.h"
   5
   6 //_____________________________________________________________________________
   7 ClassImp(DeDxTrack)
   8
   9 DeDxTrack::DeDxTrack():
  10 TObject(),
  11   p(-1),
  12   pt(-1),
  13 //  ptcon(-1),
  14   pttrue(-1),
  15 //  tpcchi(-1),
  16   eta(-999),
  17   phi(-999),
  18   dedx(-999),
  19
  20   //isTOFout(-1),
  21   //hasTOFtime(-1),
  22   //isTOFmatched(-1),
  23   //flength(-9999),
  24   //ftimetof(-9999),
  25   //exptoftimeel(-9999),
  26   //exptoftimemu(-9999),
  27   //exptoftimepi(-9999),
  28   //exptoftimeka(-9999),
  29   //exptoftimepr(-9999),
  30
  31   dcaxy(-999),
  32   dcaz(-999),
  33   mother(0),
  34   q(-999),
  35   filter(-999),
  36   ncl(-999),
  37   neff(-999),
  38   pid(-999),
  39   primary(-999),
  40   order(-1),
  41 //filterset1(0),
  42 // filterset2(0),
  43 //filterset3(0),
  44   tpcnclS(0)
  45
  46 {
  47   // default constructor
  48 }
  49
  50 void DeDxTrack::Copy(TObject& object) const
  51 {
  52   TObject::Copy(object);
  53
  54   DeDxTrack* track = (DeDxTrack*)(&object);
  55   if(!track)
  56     return;
  57
  58   track->p          = p;
  59   track->pt         = pt;
  60   track->pttrue     = pttrue;
  61   track->eta        = eta;
  62   track->phi        = phi;
  63   track->dedx       = dedx;
  64   //track->isTOFout     = isTOFout;
  65   //track->hasTOFtime   = hasTOFtime;
  66   //track->isTOFmatched = isTOFmatched;
  67
  68   //track->flength      = flength;
  69   //track->ftimetof     = ftimetof;
  70   //track->exptoftimeel = exptoftimeel;
  71   //track->exptoftimemu = exptoftimemu;
  72   //track->exptoftimepi = exptoftimepi;
  73   //track->exptoftimeka = exptoftimeka;
  74   //track->exptoftimepr = exptoftimepr;
  75
  76   track->dcaxy      = dcaxy;
  77   track->dcaz       = dcaz;
  78   track->mother     = mother;
  79   track->q          = q;
  80   track->filter     = filter;
  81   track->ncl        = ncl;
  82   track->neff       = neff;
  83   track->pid        = pid;
  84   track->primary    = primary;
  85   track->order      = order;
  86   track->tpcnclS    = tpcnclS;
  87 }
  88
  89 //_____________________________________________________________________________
  90 ClassImp(VZEROCell)
  91
  92 VZEROCell::VZEROCell():
  93 TObject(),
  94   cellmult(-1),
  95   cellindex(-999)
  96
  97 {
  98   // default constructor
  99 }
 100
 101 void VZEROCell::Copy(TObject& object) const
 102 {
 103   TObject::Copy(object);
 104
 105   VZEROCell* cellv0 = (VZEROCell*)(&object);
 106   if(!cellv0)
 107     return;
 108
 109   cellv0->cellmult  = cellmult;
 110   cellv0->cellindex = cellindex;
 111 }
 112
 113 //_____________________________________________________________________________
 114 ClassImp(DeDxV0)
 115
 116 DeDxV0::DeDxV0():
 117 TObject(),
 118   p(-1),
 119   pt(-1),
 120   eta(-999),
 121   phi(-999),
 122   pdca(-1),
 123   ndca(-1),
 124   dmassG(-1),
 125   dmassK0(-1),
 126   dmassL(-1),
 127   dmassAL(-1),
 128   alpha(-999),
 129   ptarm(-999),
 130   decayr(-999),
 131   decayl(-999),
 132   chi2(-1),
 133   cospt(-999),
 134   dcav0(999),
 135   dcadaughters(999),
 136   pdg(0),
 137   pdgmother(0),
 138   primary(-1),
 139   status(),
 140   ptrack(),
 141   ntrack(),
 142   y(-999)
 143 {
 144   // default constructor
 145 }
 146
 147 void DeDxV0::Copy(TObject& object) const
 148 {
 149   TObject::Copy(object);
 150
 151   DeDxV0* v0 = (DeDxV0*)(&object);
 152   if(!v0)
 153     return;
 154
 155   v0->p             = p;
 156   v0->pt            = pt;
 157   v0->eta           = eta;
 158   v0->phi           = phi;
 159   v0->pdca          = pdca;
 160   v0->ndca          = ndca;
 161   v0->dmassG        = dmassG;
 162   v0->dmassK0       = dmassK0;
 163   v0->dmassL        = dmassL;
 164   v0->dmassAL       = dmassAL;
 165   v0->alpha         = alpha;
 166   v0->ptarm         = ptarm;
 167   v0->decayr        = decayr;
 168   v0->decayl        = decayl;
 169   v0->chi2          = chi2;
 170   v0->cospt         = cospt;
 171   v0->dcav0         = dcav0;
 172   v0->dcadaughters = dcadaughters;
 173   v0->pdg           = pdg;
 174   v0->primary       = primary;
 175   v0->status        = status;
 176
 177   ptrack.Copy(v0->ptrack);
 178   ntrack.Copy(v0->ntrack);
 179   v0->y = y;
 180 }
 181
 182 //_____________________________________________________________________________
 183 ClassImp(DeDxTrackMC)
 184
 185 DeDxTrackMC::DeDxTrackMC():
 186 TObject(),
 187   pMC(-1),
 188   ptMC(-1),
 189   etaMC(-999),
 190   phiMC(-999),
 191   yMC(-999),
 192   qMC(-999),
 193   pidMC(-999),
 194   orderMC(-1),
 195   pdgMC(0)
 196 {
 197   // default constructor
 198 }
 199
 200 void DeDxTrackMC::Copy(TObject& object) const
 201 {
 202   TObject::Copy(object);
 203
 204   DeDxTrackMC* trackmc = (DeDxTrackMC*)(&object);
 205   if(!trackmc)
 206     return;
 207
 208   trackmc->pMC      = pMC;
 209   trackmc->ptMC     = ptMC;
 210   trackmc->etaMC    = etaMC;
 211   trackmc->phiMC    = phiMC;
 212   trackmc->yMC      = yMC;
 213   trackmc->qMC      = qMC;
 214   trackmc->pidMC    = pidMC;
 215   trackmc->orderMC  = orderMC;
 216   trackmc->pdgMC    = pdgMC;
 217
 218 }
 219
 220 //_____________________________________________________________________________
 221 ClassImp(DeDxEvent)
 222
 223 DeDxEvent::DeDxEvent():
 224 TObject(),
 225   eventid(0),      // unique event id
 226   run(-1),         // run number
 227   time(-1),        // time of event
 228   cent(1000),      // centrality
 229   //centV0A(1000),      // centrality
 230   //centZNA(1000),      // centrality
 231   //centCL1(1000),      // centrality
 232   mag(+999),       // magnetic field
 233   zvtx(+999),      // rec vertex
 234   zvtxMC(+999),    // MC true vertes
 235   ptmax(-1),       // Max pt of tracks for this event
 236   ptmaxMC(-1),     // Max pt of MC tracks
 237   vtxstatus(-2),   // Vtx status (-1=no vtx, 0 = outside, 1 = inside cuts)
 238   trackmult(-1),   // Track mult (no cuts)
 239   n(-1),           // Number of added tracks
 240   trackmultMC(-1), // MC track mult (primary tracks)
 241   nMC(-1),         // MC number of added tracks
 242   process(-2),     // MC process: -1=invalid, 0=data, 1=ND, 2=SD, 3=DD
 243   trig(-1)         // Was the event triggered
 244   //pileup(-1),       // Is the event marked as pileup?
 245   //sphericity(-2),  //|eta|<0.8, pt>0.5, Nch>3, rec
 246   //spherocity(-2),  //|eta|<0.8, pt>0.5, Nch>3, rec
 247   //sphericityTPC(-2),  //|eta|<0.8, pt>0.5, Nch>3, rec
 248   //spherocityTPC(-2),  //|eta|<0.8, pt>0.5, Nch>3, rec
 249   //sphericityMC(-2),  //|eta|<0.8, pt>0.5, Nch>3, true
 250   //spherocityMC(-2)  //|eta|<0.8, pt>0.5, Nch>3, true
 251
 252 {
 253   // default constructor
 254 }
 255
 256 void DeDxEvent::Copy(TObject& object) const
 257 {
 258   TObject::Copy(object);
 259
 260   DeDxEvent* eventIn = (DeDxEvent*)(&object);
 261   if(!eventIn)
 262     return;
 263
 264   eventIn->eventid       = eventid     ;
 265   eventIn->run           = run         ;
 266   eventIn->time          = time        ;
 267   eventIn->cent          = cent        ;
 268   //eventIn->centV0A       = centV0A     ;
 269   //eventIn->centZNA       = centZNA     ;
 270   //eventIn->centCL1       = centCL1     ;
 271   eventIn->mag           = mag         ;
 272   eventIn->zvtx          = zvtx        ;
 273   eventIn->zvtxMC        = zvtxMC      ;
 274   eventIn->ptmax         = ptmax       ;
 275   eventIn->ptmaxMC       = ptmaxMC     ;
 276   eventIn->vtxstatus     = vtxstatus   ;
 277   eventIn->trackmult     = trackmult   ;
 278   eventIn->n             = n           ;
 279   eventIn->trackmultMC   = trackmultMC ;
 280   eventIn->nMC           = nMC         ;
 281   eventIn->process       = process     ;
 282   eventIn->trig          = trig        ;
 283   //eventIn->pileup        = pileup      ;
 284   //eventIn->sphericity    = sphericity   ;
 285   //eventIn->spherocity    = spherocity   ;
 286   //eventIn->sphericityTPC = sphericityTPC;
 287   //eventIn->spherocityTPC = spherocityTPC;
 288   //eventIn->sphericityMC  = sphericityMC ;
 289   //eventIn->spherocityMC  = spherocityMC ;
 290 }