loon: OltCounter Class Reference

00039 {
00040   char filename[1000];
00041   const char *dir = gSystem->Getenv("OLT_SUMMARY_DIR");
00042   if (!dir) {
00043     sprintf(filename,"%s/triggers%d_%d.root",fOutdir,runnum,subrun);
00044   } 
00045   else {
00046     sprintf(filename,"%s/triggers%d_%d.root",dir,runnum,subrun);
00047   }
00048   fFile = new TFile(filename,"RECREATE");
00049   Init();
00050 }

00025 {
00026   fRun = runnum;
00027   fSubrun = subrun;
00028   fSumDir = sumdir;
00029   fNumBadToFTFs = 0;
00030   fNumBadToFHits = 0;
00031   fBadTofTF = -10;
00032   char filename[1000];
00033   sprintf(filename,"%s/triggers%d_%d.root",outdir,runnum,subrun);
00034   fFile = new TFile(filename,"RECREATE");
00035   Init();
00036 }

00195 {
00196   Write();
00197   fFile->Close();
00198 }

00377 {
00378   switch(i) {
00379   case 1:
00380     fAdc1 = adc;
00381     fTC1 = timestamp;
00382     fTC1b->Fill(timestamp-fPlaneTime);
00383     fHistCer1All->Fill(adc);
00384     break;
00385   case 2:
00386     fTC2 = timestamp;
00387     fAdc2 = adc;
00388     fTC2b->Fill(timestamp-fPlaneTime);
00389     fHistCer2All->Fill(adc);
00390     break;
00391   case 3:
00392     fAdc3 = adc;
00393     fHistCer3All->Fill(adc);
00394    break;
00395   };
00396   
00397 }

00352 {
00353   int adc = (data & 0x7fffLL);
00354   int timestamp = ((data & 0x1fffffff00000000LL)>>32);
00355   //cout<<"Cernekov "<<i<<" "<<adc<<endl;
00356   switch(i) {
00357   case 1:
00358     fAdc1 = adc;
00359     fTC1 = timestamp;
00360     fTC1b->Fill(timestamp-fPlaneTime);
00361     fHistCer1All->Fill(adc);
00362     break;
00363   case 2:
00364     fTC2 = timestamp;
00365     fAdc2 = adc;
00366     fTC2b->Fill(timestamp-fPlaneTime);
00367     fHistCer2All->Fill(adc);
00368     break;
00369   case 3:
00370     fHistCer2All->Fill(adc);
00371    break;
00372   };
00373   
00374 }

00425 {
00426   int chip = (chad>>5);
00427   fHistDeadChipMap->Fill(crate,chip);
00428 }

00431 {
00432   int chip = (chad>>5);
00433   fHistDeadChipMapTrig->Fill(crate,chip);
00434 }

00325 {
00326   fDeadTime->Fill(time);
00327 }

00203 {
00204   // No longer implemeted - old trigger code
00205 
00206   // use all parameters to avoid warning msg
00207   MSG("Olt",Msg::kError)
00208     << "OltCounter::Event is no longer implemented - called with"
00209     << " tf=" << tf << " timestart=" << timestart << " n0=" << n0
00210     << " n1=" << n1 << " planes=" << planes << " tof=" << tof
00211     << " cer1=" << cer1 << " cer2=" << cer2 << " v0=" << v0
00212     << " v1=" << v1 << " ndead=" << ndead << endl;
00213   assert(0);
00214 
00215 }

00245 {
00246   if (planes>3) {
00247     fPassn0 +=n0;
00248     fPassn1 +=n1;
00249   }
00250   //  if (tof||cer1||cer2||cer3||li)
00251   //  cout<<timestart<<" "<<tof<<" "<<cer1<<" "<<cer2<<" "<<cer3<<" "<<ndead<<" "
00252   //      <<li<<endl;
00253   fTrigNdead = ndead;
00254   fTrigCer2 = cer2;
00255   fTrigCer1 = cer1;
00256   fTrigTof = tof;
00257   fTrigPlanes = planes;
00258   fTrigTimeframe = tf;
00259   fTrigV0 = v0;
00260   fTrigV1 = v1;
00261   fTrigTimestamp = timestart;
00262   fTrigN0 = n0;
00263   fTrigN1 = n1;
00264   // fTree->Fill();
00265   fHistNDeadAll->Fill(ndead);
00266   fHistNTofAll->Fill(tof);
00267   fHistNCer1All->Fill(cer1);  
00268   fHistNCer2All->Fill(cer2);
00269   fHistTimeframeAll->Fill(tf);
00270 
00271   if (!li) fHistSummary->Fill(planes); // Number of planes in trigger
00272   if(tof) fHistSummary->Fill(10); // TOF
00273   if(cer1) fHistSummary->Fill(11); // Cer1
00274   if(cer2) fHistSummary->Fill(12); // Cer2
00275   if(cer3) fHistSummary->Fill(13); // Cer3
00276   if(li) fHistSummary->Fill(14); // Cer3
00277   if (cer1 && cer2 && cer3) fHistSummary->Fill(15);  
00278   if (cer2 && cer3) fHistSummary->Fill(16);  
00279   if (ndead==0) {
00280     if (!li) fHistSummaryLive->Fill(planes); // Number of planes in trigger
00281     if(tof) fHistSummaryLive->Fill(10); // TOF
00282     if(cer1) fHistSummaryLive->Fill(11); // Cer1
00283     if(cer2) fHistSummaryLive->Fill(12); // Cer2
00284     if(cer3) fHistSummaryLive->Fill(13); // Cer3
00285     if(li) fHistSummaryLive->Fill(14); // Cer3
00286     if (cer1 && cer2 && cer3) fHistSummaryLive->Fill(15);  
00287   if (cer2 && cer3) fHistSummaryLive->Fill(16);  
00288   }
00289   if (planes>3) {
00290     if (ndead==0) { 
00291       if (!li) fHistSummaryLiveTrig->Fill(planes); // Number of planes in trigger
00292       if(tof) fHistSummaryLiveTrig->Fill(10); // TOF
00293       if(cer1) fHistSummaryLiveTrig->Fill(11); // Cer1
00294       if(cer2) fHistSummaryLiveTrig->Fill(12); // Cer2
00295       if(cer3) fHistSummaryLiveTrig->Fill(13); // Cer3
00296       if(li) fHistSummaryLiveTrig->Fill(14); // Cer3  
00297       if (cer1 && cer2 && cer3) fHistSummaryLiveTrig->Fill(15);  
00298       if (cer2 && cer3) fHistSummaryLiveTrig->Fill(16);  
00299     }
00300    fHistSummaryTrig->Fill(planes); // Number of planes in trigger
00301     if(tof) fHistSummaryTrig->Fill(10); // TOF
00302     if(cer1) fHistSummaryTrig->Fill(11); // Cer1
00303     if(cer2) fHistSummaryTrig->Fill(12); // Cer2
00304     if(cer3) fHistSummaryTrig->Fill(13); // Cer3
00305     if(li) fHistSummaryTrig->Fill(14); // Cer3  
00306     if (cer1 && cer2 && cer3) fHistSummaryTrig->Fill(15);  
00307     if (cer2 && cer3) fHistSummaryTrig->Fill(16);  
00308 
00309     fHistNDeadTrig->Fill(ndead);
00310     fHistNTofTrig->Fill(tof);
00311     fHistNCer1Trig->Fill(cer1);  
00312     fHistNCer2Trig->Fill(cer2);
00313     fHistTimeframeTrig->Fill(tf);
00314     fTC1f->Fill(timestart-fTC1);
00315     fTC2f->Fill(timestart-fTC2);
00316     fTToff->Fill(timestart-fTTof);
00317     fPlaneTime = timestart;
00318   }
00319   if (v1) {
00320     fHistTimeframeSpill->Fill(tf);
00321   }
00322 }

00053 {
00054   fPassTree = new TTree("passtree","Trigger pass rate");
00055   fPassTree->Branch("timeframe",&fTrigTimeframe,"timeframe/I");
00056   fPassTree->Branch("rawn0",&fRawn0,"rawn0/I");
00057   fPassTree->Branch("rawn1",&fRawn1,"rawn1/I");
00058   fPassTree->Branch("passn0",&fPassn0,"passn0/I");
00059   fPassTree->Branch("passn1",&fPassn1,"passn1/I");
00060 
00061 
00062   fTree = new TTree("tree","Trigger info");
00063   fTree->Branch("timeframe",&fTrigTimeframe,"timeframe/I");
00064   fTree->Branch("timestamp",&fTrigTimestamp,"timestamp/I");
00065   fTree->Branch("n0",&fTrigN0,"n0/I");
00066   fTree->Branch("n1",&fTrigN1,"n1/I");
00067   fTree->Branch("planes",&fTrigPlanes,"planes/I");
00068   fTree->Branch("tof",&fTrigTof,"tof/I");
00069   fTree->Branch("cer1",&fTrigCer1,"cer1/I");
00070   fTree->Branch("cer2",&fTrigCer2,"cer2/I");
00071   fTree->Branch("ndead",&fTrigNdead,"ndead/I");
00072   fTree->Branch("v0",&fTrigV0,"v0/I");
00073   fTree->Branch("v1",&fTrigV1,"v1/I");
00074 
00075   fDeadTime = new TH1F("deadtime","deadtime",10000,0,10000);
00076   fCer1 = new TH1F("cer1","cer1",1600,0,16000);
00077   fCer2 = new TH1F("cer2","cer2",1600,0,16000);
00078   fCer3 = new TH1F("cer3","cer3",1600,0,16000);
00079   fCer1x = new TH1F("cer1x","cer1x",1600,0,16000);
00080   fCer2x = new TH1F("cer2x","cer2x",1600,0,16000);
00081   fTC1f = new TH1F("TC1f","Time, Cerenkov 1 to following event",1000,0,10000);
00082   fTC2f = new TH1F("TC2f","Time, Cerenkov 2 to following event",1000,0,10000);
00083   fTC1b = new TH1F("TC1b","Time, Cerenkov 1 to prev event",1000,0,10000);
00084   fTC2b = new TH1F("TC2b","Time, Cerenkov 2 to prev event",1000,0,10000);
00085   fTToff = new TH1F("TToff","Time, Tof to following event",1000,0,10000);
00086   fTTofb = new TH1F("TTofb","Time, Tof to prev event",1000,0,10000);
00087 
00088   fC1C2 = new TH2F("C1C2","Cer 1 vs Cer 2",400,0,16000,400,0,16000);
00089 
00090 
00091   fHistNDeadTrig = new TH1F("NDeadTrig","# Dead chips, 4/5 events",200,0,200);
00092   fHistNDeadAll = new TH1F("NDeadAll","# Dead chips, all events",200,0,200);
00093   fHistList.Add(fHistNDeadTrig);
00094   fHistList.Add(fCer3);
00095   fHistList.Add(fHistNDeadAll);
00096   fHistNTofTrig = new TH1F("NTofTrig","# Tof chips, 4/5 events",200,0,200);
00097   fHistNTofAll = new TH1F("NTofAll","# Tof chips, all events",200,0,200);
00098   fHistList.Add(fHistNTofTrig);
00099   fHistList.Add(fHistNTofAll);
00100   fHistNCer1Trig = new TH1F("NCer1Trig","# Cer1 chips, 4/5 events",200,0,200);
00101   fHistNCer1All = new TH1F("NCer1All","# Cer1 chips, all events",200,0,200);
00102   fHistList.Add(fHistNCer1Trig);
00103   fHistList.Add(fHistNCer1All);
00104   fHistNCer2Trig = new TH1F("NCer2Trig","# Cer2 chips, 4/5 events",200,0,200);
00105   fHistNCer2All = new TH1F("NCer2All","# Cer2 chips, all events",200,0,200);
00106   fHistList.Add(fHistNCer2Trig);
00107   fHistList.Add(fHistNCer2All);
00108   fHistTimeframeTrig = new TH1F("TimeframeTrig","Timeframes, 4/5 events",5000,0,5000);
00109   fHistTimeframeAll = new TH1F("TimeframeAll","Timeframes, all events",5000,0,5000);
00110   fHistTimeframeSpill = new TH1F("TimeframeSpill","Timeframes, in spill",5000,0,5000);
00111   fHistList.Add(fHistTimeframeTrig);
00112   fHistList.Add(fHistTimeframeAll);
00113   fHistList.Add(fHistTimeframeSpill);
00114   fHistCer1All = new TH1F("Cer1All","Cer1, all events",1600,0,16000);
00115   fHistList.Add(fHistCer1All);
00116   fHistCer2All = new TH1F("Cer2All","Cer2, all events",1600,0,16000);
00117   fHistList.Add(fHistCer2All);
00118   fHistCer3All = new TH1F("Cer3All","Cer3, all events",1600,0,16000);
00119   fHistList.Add(fHistCer3All);
00120   fHistDeadChipMap = new TH2F("DeadChipMap","Dead Chip HitMap",3,0,3,
00121                               256,0,256);
00122   fHistList.Add(fHistDeadChipMap);
00123   fHistDeadChipMapTrig = new TH2F("DeadChipMapTrig",
00124                                   "Dead Chip HitMap, 4/5 events",3,0,3,
00125                                   256,0,256);
00126   fHistList.Add(fHistDeadChipMapTrig);
00127   fHistNumTOF = new TH1F("NumTOF","TOF hits",5000,0,5000);
00128   fHistNumTDC = new TH1F("NumTDC","TDC readouts",5000,0,5000);
00129   fHistList.Add(fHistNumTDC);
00130   fHistList.Add(fHistNumTOF);
00131   fHistSummary = new TH1F("Summary","Trigger Summary",20,0,20);
00132   fHistSummaryTrig = new TH1F("SummaryTrig","Trigger Summary, 4/5",20,0,20);
00133   fHistSummaryLive = new TH1F("SummaryLive","Trigger Summary, no dead chips",20,0,20);
00134   fHistSummaryLiveTrig = new TH1F("SummaryLiveTrig","Trigger Summary, no dead chips, 4/5",20,0,20);
00135   fHistList.Add(fHistSummary);
00136   fHistList.Add(fHistSummaryLive);
00137   fHistList.Add(fHistSummaryTrig);
00138   fHistList.Add(fHistSummaryLiveTrig);
00139   fHistSummary->GetXaxis()->SetBinLabel(1,"All");
00140   fHistSummary->GetXaxis()->SetBinLabel(3,"2/3");
00141   fHistSummary->GetXaxis()->SetBinLabel(4,"3/4");
00142   fHistSummary->GetXaxis()->SetBinLabel(5,"4/5");
00143   fHistSummary->GetXaxis()->SetBinLabel(6,"5/6");
00144   fHistSummary->GetXaxis()->SetBinLabel(7,"6/7");
00145   fHistSummary->GetXaxis()->SetBinLabel(11,"ToF");
00146   fHistSummary->GetXaxis()->SetBinLabel(12,"Cer 1");
00147   fHistSummary->GetXaxis()->SetBinLabel(13,"Cer 2");
00148   fHistSummary->GetXaxis()->SetBinLabel(14,"Cer 3");
00149   fHistSummary->GetXaxis()->SetBinLabel(15,"LI");
00150   fHistSummary->GetXaxis()->SetBinLabel(16,"All Cer");
00151   fHistSummary->GetXaxis()->SetBinLabel(17,"C2 && C3");
00152   fHistSummaryLive->GetXaxis()->SetBinLabel(1,"All");
00153   fHistSummaryLive->GetXaxis()->SetBinLabel(3,"2/3");
00154   fHistSummaryLive->GetXaxis()->SetBinLabel(4,"3/4");
00155   fHistSummaryLive->GetXaxis()->SetBinLabel(5,"4/5");
00156   fHistSummaryLive->GetXaxis()->SetBinLabel(6,"5/6");
00157   fHistSummaryLive->GetXaxis()->SetBinLabel(7,"6/7");
00158   fHistSummaryLive->GetXaxis()->SetBinLabel(11,"ToF");
00159   fHistSummaryLive->GetXaxis()->SetBinLabel(12,"Cer 1");
00160   fHistSummaryLive->GetXaxis()->SetBinLabel(13,"Cer 2");
00161   fHistSummaryLive->GetXaxis()->SetBinLabel(14,"Cer 3");
00162   fHistSummaryLive->GetXaxis()->SetBinLabel(15,"LI");
00163   fHistSummaryLive->GetXaxis()->SetBinLabel(16,"All Cer");
00164   fHistSummaryLive->GetXaxis()->SetBinLabel(17,"C2 && C3");
00165   fHistSummaryTrig->GetXaxis()->SetBinLabel(1,"All");
00166   fHistSummaryTrig->GetXaxis()->SetBinLabel(3,"2/3");
00167   fHistSummaryTrig->GetXaxis()->SetBinLabel(4,"3/4");
00168   fHistSummaryTrig->GetXaxis()->SetBinLabel(5,"4/5");
00169   fHistSummaryTrig->GetXaxis()->SetBinLabel(6,"5/6");
00170   fHistSummaryTrig->GetXaxis()->SetBinLabel(7,"6/7");
00171   fHistSummaryTrig->GetXaxis()->SetBinLabel(11,"ToF");
00172   fHistSummaryTrig->GetXaxis()->SetBinLabel(12,"Cer 1");
00173   fHistSummaryTrig->GetXaxis()->SetBinLabel(13,"Cer 2");
00174   fHistSummaryTrig->GetXaxis()->SetBinLabel(14,"Cer 3");
00175   fHistSummaryTrig->GetXaxis()->SetBinLabel(15,"LI");
00176   fHistSummaryTrig->GetXaxis()->SetBinLabel(16,"All Cer");
00177   fHistSummaryTrig->GetXaxis()->SetBinLabel(17,"C2 && C3");
00178   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(1,"All");
00179   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(3,"2/3");
00180   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(4,"3/4");
00181   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(5,"4/5");
00182   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(6,"5/6");
00183   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(7,"6/7");
00184   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(11,"ToF");
00185   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(12,"Cer 1");
00186   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(13,"Cer 2");
00187   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(14,"Cer 3");
00188   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(15,"LI");
00189   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(16,"All Cer");
00190   fHistSummaryLiveTrig->GetXaxis()->SetBinLabel(17,"C2 && C3");
00191 }

00437 {
00438   fHistNumTDC->SetBinContent(tf,n);
00439 }

00442 {
00443   fHistNumTOF->SetBinContent(tf,n);
00444 }

00218 {
00219   //cout<<"Raw Hits "<<tf<<" "<<crate<<" "<<num<<endl;
00220   if (tf>1&&crate==0) {
00221     fPassTree->Fill();
00222   }
00223   fPassn0 = 0;
00224   fPassn1 = 0;
00225 
00226   fTrigTimeframe = tf;
00227   switch(crate) {
00228   case 0:
00229     fRawn0 = num;
00230     break;
00231   case 1:
00232     fRawn1 = num;
00233     break;
00234   case 2:
00235     fRawn2 = num;
00236     break;
00237   default:
00238     cout<<"Too many crates!"<<endl;
00239   }
00240 }

00419 {
00420   fTTofb->Fill(timestamp-fPlaneTime);
00421   fTTof = timestamp;
00422 }

00485 {
00486   if (fBadTofTF!=timeframe) { 
00487     ++fNumBadToFTFs;
00488     fBadTofTF = timeframe;
00489   }
00490   ++fNumBadToFHits; //+=num;
00491 }

00400 {
00401   //  cout<<"Trigger "<<t<<endl;
00402   if (t>0) {
00403     //cout<<"Trig: "<<fAdc1<<" "<<fAdc2<<endl;
00404    if (fAdc1) fCer1->Fill(fAdc1);
00405    if (fAdc2) fCer2->Fill(fAdc2);
00406    if (fAdc3) fCer3->Fill(fAdc3);
00407    if (plane<10) {
00408      if (fAdc1) fCer1x->Fill(fAdc1);
00409      if (fAdc2) fCer2x->Fill(fAdc2);
00410    }
00411    if (fAdc1 || fAdc2) fC1C2->Fill(fAdc1,fAdc2);
00412   }
00413   fAdc1=0;
00414   fAdc2=0;
00415   fAdc3=0;
00416 }

00330 {
00331   fFile->cd();
00332   fTToff->Write(0,TObject::kOverwrite);
00333   fTTofb->Write(0,TObject::kOverwrite);
00334   fTC1b->Write(0,TObject::kOverwrite);
00335   fTC1f->Write(0,TObject::kOverwrite);
00336   fTC2b->Write(0,TObject::kOverwrite);
00337   fTC2f->Write(0,TObject::kOverwrite);
00338   fDeadTime->Write(0,TObject::kOverwrite);
00339   fCer1->Write(0,TObject::kOverwrite);
00340   fCer2->Write(0,TObject::kOverwrite);
00341   fCer1x->Write(0,TObject::kOverwrite);
00342   fCer2x->Write(0,TObject::kOverwrite);
00343   fC1C2->Write(0,TObject::kOverwrite);
00344 
00345   TIter it(&fHistList);
00346   while (TObject *obj = it()) obj->Write(0,TObject::kOverwrite);
00347     fPassTree->Write(0,TObject::kOverwrite);
00348 
00349 }

00447 {
00448   cout<<"Writing Summary!\n";
00449   char fname[50];
00450   sprintf(fname,"summary-%d-%d.html",fRun,fSubrun);
00451   fSumDir = fSumDir + "/" + fname;
00452   ofstream out(fSumDir.c_str());
00453   out<<"<H4> Summary for run "<<fRun<<" with "<<fTrigTimeframe<<" timeframes </H4> "<<endl;
00454   out<<"<DIV CLASS=\"left\">"<<endl;
00455   out<<"All new version with added whiteners, now fixed\n";
00456   if ((!fHistNDeadTrig)||fHistNDeadTrig->GetEntries()<1) {
00457     out<<"No events here\n";
00458   }
00459   else {
00460     out<<"<P> Fraction of 4/5 events with no dead chips: "<<fHistNDeadTrig->GetBinContent(1)/float(fHistNDeadTrig->GetEntries())<<"</P>"<<endl;
00461     out<<"<TABLE BORDER=1 CELLPADDING=1> ";
00462     out<<"<TR> <TH COLSPAN=2> In non-LI events with no dead chips: </TH> </TR>\n";
00463     out<<"<TR> <TD> Number 4/5 </TD><TD>"<<fHistSummaryLive->GetBinContent(5)<<"</TD></TR>"<<endl;
00464     out<<"<TR> <TD> Number 5/6 </TD><TD>"<<fHistSummaryLive->GetBinContent(6)<<"</TD></TR>"<<endl;
00465     out<<"<TR> <TD> Number 6/7 </TD><TD>"<<fHistSummaryLive->GetBinContent(7)<<"</TD></TR>"<<endl;
00466     out<<"</TABLE></DIV>"<<endl;
00467     out<<"<DIV CLASS=\"right\">"<<endl;
00468     out<<"<TABLE BORDER=1 CELLPADDING=1> <TR> <TH COLSPAN=2> ";
00469     out<<"In events with no dead chips that pass 4/5 trigger: </TH> <TH> All events</TH></TR>\n";
00470     
00471     out<<"<TR> <TD> TOF hits</TD><TD>    "<<fHistSummaryLiveTrig->GetBinContent(11)  <<"</TD><TD>"<<fHistSummaryLive->GetBinContent(11)<<"</TD></TR>"<<endl;
00472     out<<"<TR> <TD> Cerenkov 1</TD><TD>  "<<fHistSummaryLiveTrig->GetBinContent(12)  <<"</TD><TD>"<<fHistSummaryLive->GetBinContent(12)<<"</TD></TR>"<<endl;
00473     out<<"<TR> <TD> Cerenkov 2</TD><TD>  "<<fHistSummaryLiveTrig->GetBinContent(13)  <<"</TD><TD>"<<fHistSummaryLive->GetBinContent(13)<<"</TD></TR>"<<endl;
00474     out<<"<TR> <TD> Cerenkov 3</TD><TD>  "<<fHistSummaryLiveTrig->GetBinContent(14)  <<"</TD><TD>"<<fHistSummaryLive->GetBinContent(14)<<"</TD></TR>"<<endl;
00475     out<<"<TR> <TD> All Three</TD><TD>   "<<fHistSummaryLiveTrig->GetBinContent(16)  <<"</TD><TD>"<<fHistSummaryLive->GetBinContent(16)<<"</TD></TR>"<<endl;
00476     out<<"<TR> <TD> C2 && C3</TD><TD>   "<<fHistSummaryLiveTrig->GetBinContent(17)  <<"</TD><TD>"<<fHistSummaryLive->GetBinContent(17)<<"</TD></TR>"<<endl;
00477     out<<"</TABLE></DIV>"<<endl;
00478     
00479     out<<"This run actually contains "<<fNumBadToFTFs<<" timeframes with ToF mismatches, affecting "<<fNumBadToFHits<<" hits.\n";
00480   }
00481   out.close();
00482 }

OltCounter Class Reference

Public Member Functions

Private Attributes

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation


Public Member Functions
	OltCounter (int runnum, int subrun)
	OltCounter (int runnum, int subrun, const char *outdir, string sumdir)
	~OltCounter ()
void	Init ()
void	Event (int tf, int timestart, int n0, int n1, int planes, int tof, int cer1, int cer2, int cer3, int v0, int v1, int ndead, int li=0)
void	Event (int tf, int timestart, int n0, int n1, int planes, int tof, int cer1, int cer2, int v0, int v1, int ndead)
void	RawHits (int tf, int crate, int num)
void	DeadTime (int time)
void	Cerenkov (int i, long long data)
void	Cerenkov (int i, int adc, int timestamp)
void	Tof (int timestamp)
void	Trigger (int t, int plane)
void	DeadChip (int crate, int chad)
void	DeadChipTrig (int crate, int chad)
void	NumTDC (int tf, int n)
void	NumTOF (int tf, int n)
void	Write ()
void	WriteSummary ()
void	ToFMismatch (int timeframe, int num)
Private Attributes
TFile *	fFile
TTree *	fTree
TH1F *	fDeadTime
TH1F *	fCer1
TH1F *	fCer2
TH1F *	fCer3
TH1F *	fCer1x
TH1F *	fCer2x
TH1F *	fTC1b
TH1F *	fTC2b
TH1F *	fTC1f
TH1F *	fTC2f
TH1F *	fTToff
TH1F *	fTTofb
TH2F *	fC1C2
TH1F *	fHistNDeadTrig
TH1F *	fHistNDeadAll
TH1F *	fHistNTofTrig
TH1F *	fHistNTofAll
TH1F *	fHistNCer1Trig
TH1F *	fHistNCer1All
TH1F *	fHistNCer2Trig
TH1F *	fHistNCer2All
TH1F *	fHistTimeframeAll
TH1F *	fHistTimeframeTrig
TH1F *	fHistTimeframeSpill
TH1F *	fHistCer1All
TH1F *	fHistCer2All
TH1F *	fHistCer3All
TH1F *	fHistNumTOF
TH1F *	fHistNumTDC
TH1F *	fHistSummary
TH1F *	fHistSummaryLive
TH1F *	fHistSummaryTrig
TH1F *	fHistSummaryLiveTrig
TH2F *	fHistDeadChipMap
TH2F *	fHistDeadChipMapTrig
TList	fHistList
TTree *	fPassTree
int	fRawn0
int	fRawn1
int	fRawn2
int	fPassn0
int	fPassn1
int	fTrigTimeframe
int	fTrigTimestamp
int	fTrigN0
int	fTrigN1
int	fTrigPlanes
int	fTrigTof
int	fTrigCer1
int	fTrigCer2
int	fTrigNdead
int	fTrigV0
int	fTrigV1
int	fAdc1
int	fAdc2
int	fAdc3
int	fTC1
int	fTC2
int	fPlaneTime
int	fTTof
char	fOutdir [100]
int	fRun
int	fSubrun
string	fSumDir
int	fNumBadToFHits
int	fNumBadToFTFs
int	fBadTofTF