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konec |
1.1 |
#include "L1RpcTreeAnalysis.h"
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#include <vector>
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#include <iostream>
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#include <cmath>
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#include <iomanip>
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#include "TFile.h"
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#include "TChain.h"
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#include "TTree.h"
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#include "TProfile.h"
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#include "TH2F.h"
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#include "TH1D.h"
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#include "TGraphErrors.h"
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#include "TF1.h"
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#include "UserCode/L1RpcTriggerAnalysis/interface/L1Obj.h"
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#include "UserCode/L1RpcTriggerAnalysis/interface/EventObj.h"
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#include "UserCode/L1RpcTriggerAnalysis/interface/TrackObj.h"
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#include "UserCode/L1RpcTriggerAnalysis/interface/MuonObj.h"
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#include "UserCode/L1RpcTriggerAnalysis/interface/L1ObjColl.h"
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#include "UserCode/L1RpcTriggerAnalysis/interface/SynchroCountsObj.h"
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#include "UserCode/L1RpcTriggerAnalysis/interface/ConverterRPCRawSynchroSynchroCountsObj.h"
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void L1RpcTreeAnalysis::beginJob()
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{
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theHistos.SetOwner();
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theAnaMuonDistribution.init(theHistos);
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theAnaRpcVsOth.init(theHistos);
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theAnaRpcMisc.init(theHistos);
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theAnaEff.init(theHistos);
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theAnaDet.init(theHistos);
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theAnaEmu.init(theHistos);
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theAnaSynch.init(theHistos);
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theAnaClu.init(theHistos);
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}
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void L1RpcTreeAnalysis::beginRun(const edm::Run& ru, const edm::EventSetup& es)
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{
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theAnaSynch.beginRun(ru,es);
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}
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void L1RpcTreeAnalysis::analyze(const edm::Event&, const edm::EventSetup&)
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{
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//
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// prevent multievent execution
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//
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static bool the_EMERGENCY_STOP = false;
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if (the_EMERGENCY_STOP) {
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std::cout <<"** L1RpcTreeAnalysis::analyze EMERGENCY_STOP fired, skip" << std::endl;
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return;
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}
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the_EMERGENCY_STOP = true;
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//
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// define input chain
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//
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TChain chain("tL1Rpc");
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std::vector<std::string> treeFileNames = theConfig.getParameter<std::vector<std::string> >("treeFileNames");
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for (std::vector<std::string>::const_iterator it = treeFileNames.begin(); it != treeFileNames.end(); ++it) chain.Add((*it).c_str() );
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//
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// prepare datastructures and branches
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//
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std::vector<SynchroCountsObj> *counts= 0;
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std::vector<uint32_t> *detsCrossedByMuon = 0;
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std::vector<uint32_t> *detsCrossedByMuonDeepInside = 0;
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std::vector<uint32_t> *detsHitsCompatibleWithMuon = 0;
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std::vector<uint32_t> *detsSIMU = 0;
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std::vector<uint32_t> *nDigisCompDets = 0;
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konec |
1.2 |
std::vector<uint32_t> *clSizeCompDets = 0;
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konec |
1.1 |
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EventObj * event = 0;
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MuonObj * muon = 0;
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TBranch *bcounts=0;
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TBranch *bdetsCrossedByMuon =0;
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TBranch *bdetsCrossedByMuonDeepInside =0;
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TBranch *bdetsHitsCompatibleWithMuon = 0;
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TBranch *bdetsSIMU =0;
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TBranch *bnDigisCompDets =0;
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konec |
1.2 |
TBranch *bclSizeCompDets =0;
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konec |
1.1 |
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L1ObjColl* l1RpcColl = 0;
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L1ObjColl* l1OtherColl = 0;
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L1ObjColl* l1RpcCollEmu = 0;
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chain.SetBranchAddress("event",&event);
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chain.SetBranchAddress("muon",&muon);
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chain.SetBranchAddress("counts",&counts,&bcounts);
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chain.SetBranchAddress("detsCrossedByMuon",&detsCrossedByMuon,&bdetsCrossedByMuon);
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chain.SetBranchAddress("detsCrossedByMuonDeepInside",&detsCrossedByMuonDeepInside,&bdetsCrossedByMuonDeepInside);
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chain.SetBranchAddress("detsHitsCompatibleWithMuon",&detsHitsCompatibleWithMuon,&bdetsHitsCompatibleWithMuon);
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chain.SetBranchAddress("detsSIMU",&detsSIMU,&bdetsSIMU);
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chain.SetBranchAddress("nDigisCompDets",&nDigisCompDets, &bnDigisCompDets);
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konec |
1.2 |
chain.SetBranchAddress("clSizeCompDets",&clSizeCompDets, &bclSizeCompDets);
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konec |
1.1 |
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chain.SetBranchAddress("l1RpcColl",&l1RpcColl);
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chain.SetBranchAddress("l1OtherColl",&l1OtherColl);
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chain.SetBranchAddress("l1RpcCollEmu",&l1RpcCollEmu);
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//
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// number of efents
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//
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Int_t nentries = (Int_t) chain.GetEntries();
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std::cout <<" ENTRIES: " << nentries << std::endl;
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//
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// main loop
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//
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unsigned int lastRun = 0;
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for (int ev=0; ev<nentries; ev++) {
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chain.GetEntry(ev);
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if (lastRun != (*event).run) {
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lastRun = (*event).run;
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std::cout <<"RUN:" << std::setw(7) << (*event).run
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<<" event:" << std::setw(8) << ev
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<<" done:" << std::setw(6)<< std::setiosflags(std::ios::fixed) << std::setprecision(2) << ev*100./nentries<<"%"<<std::endl;
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}
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// if (ev > 10) break;
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// if (event->run != 178854) continue;
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// if (lastLumi != (*event).lumi) { lastLumi = (*event).lumi; std::cout <<"lumi: " << (*event).lumi<<std::endl; }
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// theAnaDet.debug = false;
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// if ((*event).id==60422922)theAnaRpcMisc.debug = true;
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theAnaMuonDistribution.run(muon);
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theAnaRpcVsOth.run(muon,l1RpcColl,l1OtherColl);
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theAnaEff.run(muon,l1RpcColl,l1OtherColl);
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theAnaRpcMisc.run(event,muon,l1RpcColl,l1OtherColl);
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theAnaDet.run( muon, *detsHitsCompatibleWithMuon, *detsCrossedByMuon, *detsCrossedByMuonDeepInside);
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theAnaEmu.run ( event, muon, l1RpcCollEmu, l1RpcColl);
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theAnaSynch.run( event, muon, ConverterRPCRawSynchroSynchroCountsObj::toRawSynchro( *counts));
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konec |
1.2 |
theAnaClu.run( event, muon, l1RpcColl, *detsHitsCompatibleWithMuon, *nDigisCompDets, *clSizeCompDets);
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konec |
1.1 |
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// theAnaEmu.debug =theAnaDet.debug;
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// std::cout <<"----------"<<std::endl;
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// theAnaDet.debug =theAnaEmu.debug;
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// if (anaDet.debug) std::cout <<" Event: "<<(*event).id <<" Lumi: "<<(*event).lumi<< std::endl;
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}
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}
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void L1RpcTreeAnalysis::endJob()
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{
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std::cout <<"ENDJOB, summaries:"<<std::endl;
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TGraph* hGraph_DetEff =theAnaDet.resume();
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TGraph* hGraph_RunEff =theAnaRpcMisc.resume();
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konec |
1.2 |
TGraph* hGraph_RunClu = theAnaClu.resume();
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konec |
1.1 |
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theAnaSynch.endJob();
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std::string histoFile = theConfig.getParameter<std::string>("histoFileName");
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TFile f(histoFile.c_str(),"RECREATE");
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theHistos.Write();
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hGraph_DetEff->Write("hGraph_DetEff");
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hGraph_RunEff->Write("hGraph_RunEff");
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konec |
1.2 |
hGraph_RunClu->Write("hGraph_RunClu");
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konec |
1.1 |
f.Close();
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std::cout <<"END"<<std::endl;
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}
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