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RunTree_ReReco.C
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RunTree_ReReco.C
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////////////////////////////////////////////////////////////////////////////////
//
// FILE: RunProof.C
// AUTHORS: I. Gonzalez Caballero, A.Y. Rodriguez Marrero
// DATE: 2010
//
// CONTENT: Main macro to run over MiniTrees or TESCO Trees using PROOF
// in PROOF-Lite, PROOF-Cluster or Sequential mode
//
////////////////////////////////////////////////////////////////////////////////
TProof* proof = 0;
void RunTree_ReReco(TString sampleName = "TTbar_Madgraph",
Int_t nSlots = 1,
Bool_t DoSystStudies = false,
Long64_t nEvents = -1,
Float_t stopMass = 0.0,
Float_t lspMass = 0.0
)
{
TString host = gSystem->HostName();
gROOT->LoadMacro("$PAFPATH/PAF.C");
// VARIABLES TO BE USED AS PARAMETERS...
Float_t G_Total_Lumi = 19664.225; // Total Luminosity
Float_t G_Event_Weight = 1.0; // Event Weight
Bool_t G_IsData = false; // 1 for data, 0 for MC
Float_t G_LumiForPUData = 19468.3; // luminosity in http://www.hep.uniovi.es/jfernan/PUhistos
Bool_t DoSF = true;
Bool_t DoDF = true;
cout << "Params: " << endl;
cout << "sampleName " << sampleName << endl;
cout << "lumiForNorm " << G_Total_Lumi << endl;
cout << "EventWeight " << G_Event_Weight << endl;
cout << "lumiForPUdata " << G_LumiForPUData << endl;
cout << "DoSystStudies " << DoSystStudies << endl;
cout << "nEvents " << nEvents << endl;
cout << "massStop " << stopMass << endl;
cout << "massLSP " << lspMass << endl;
// PROOF settings - see scripts/PAFOptions.h
//----------------------------------------------------------------------------
// PROOF mode
//----------------------------------------------------------------------------
if (host.Contains("uniovi.es"))
{
if (nSlots == 1) gPAFOptions->SetPAFMode(kSequential);
else if (nSlots <= 8) gPAFOptions->SetPAFMode(kLite);
else gPAFOptions->SetPAFMode(kPoD);
}
else if (host.Contains("ifca.es"))
{
if (nSlots == 1) gPAFOptions->proofMode = kSequential;
else gPAFOptions->proofMode = kLite;
}
gPAFOptions->SetNSlots(nSlots);
// SANTI
// gPAFOptions->proofMode = kSequential; // No PROOF
// gPAFOptions->proofMode = kLite; // PROOF Lite
// gPAFOptions->proofMode = kPoD; // PoD
// gPAFOptions->proofMode = kCluster; // PROOF Cluster
// gPAFOptions->NSlots = 50; // Number of slots
// Optional parameters for PROOF Cluster mode
// gPAFOptions->proofServer = "proof.ifca.es"; // PROOF server
// gPAFOptions->proofServerPort = 1093; // PROOF port
// gPAFOptions->maxSlavesPerNode = 9999; // Max number of slaves / node
// PROOF start
//----------------------------------------------------------------------------
cout << ">> Starting PROOF..." << endl;
proof = InitProof();
if (!proof && gPAFOptions->GetPAFMode() != kSequential) {
cerr << "ERROR: I could not initialise a PROOF session!" << endl;
return;
}
if (host.Contains("uniovi.es") && gPAFOptions->GetPAFMode() != kSequential)
gPAFOptions->GetPROOFSession()->SetLogLevel(2, TProofDebug::kOutput);
// Tree type
//----------------------------------------------------------------------------
gPAFOptions->SetTreeType(kMiniTrees);
// Base path to input files
//----------------------------------------------------------------------------
TString dataPath = "/pool/ciencias/MC_Summer12_53X/Legacy/";
///////////////////////////////
// INPUT DATA SAMPLE
//
TString userhome = "/mnt_pool/fanae105/user/$USER/";
if (host.Contains("ifca.es")) userhome = "/gpfs/csic_projects/cms/piedra/work/";
gROOT->LoadMacro(userhome + "Utils/DatasetManager/DatasetManager.C+");
cout << ">> Setting datasets..." << endl;
DatasetManager* dm = new DatasetManager("Legacy_Summer12_53X");
dm->RedownloadFiles();
// Deal with data samples
if ((sampleName == "DoubleElectron" ||
sampleName == "DoubleMu" ||
sampleName == "MuEG")) {
cout << " + Data..." << endl;
TString datasuffix[] = {
"A_876",
"B_4412",
"C_7016",
"D_7360"
};
const unsigned int nDataSamples = 4;
for(unsigned int i = 0; i < nDataSamples; i++) {
TString asample = Form("Tree_%s*%s",sampleName.Data(), datasuffix[i].Data());
cout << " + Looking for " << asample << " trees..." << endl;
gPAFOptions->AddDataFiles(dm->GetRealDataFiles("MC_Summer12_53X/Legacy/",asample));
}
G_Event_Weight = 1.;
G_IsData = true;
}
else if (sampleName == "T2tt_150to250LSP1to100_LeptonFilter") {
// /afs/cern.ch/user/j/jfernan2/CMSSW_5_3_22/src/Tasks/SMS/HistosWithMassPoints/Files/Histos_T2tt_150to250LSP1to100_LeptonFilter.root
if(lspMass==1.0){
if(stopMass==150.0) G_Event_Weight = (5./9.) * 80.268 /481051.; // cross section in pb
if(stopMass==162.5) G_Event_Weight = (5./9.) * 46.2 /462897.;
if(stopMass==175.0) G_Event_Weight = (5./9.) * 36.7994/446023.;
if(stopMass==187.5) G_Event_Weight = (5./9.) * 25.93 /440137.;
if(stopMass==200.0) G_Event_Weight = (5./9.) * 18.5245/343270.;
}else if(lspMass==12.5){
if(stopMass==162.5) G_Event_Weight = (5./9.) * 46.2 /461473.;
if(stopMass==175.0) G_Event_Weight = (5./9.) * 36.7994/450041.;
if(stopMass==187.5) G_Event_Weight = (5./9.) * 25.93 /432344.;
if(stopMass==200.0) G_Event_Weight = (5./9.) * 18.5245/343094.;
if(stopMass==212.5) G_Event_Weight = (5./9.) * 13.4 /419153.;
}else if(lspMass==25.0){
if(stopMass==175.0) G_Event_Weight = (5./9.) * 36.7994 /451455.;
if(stopMass==187.5) G_Event_Weight = (5./9.) * 25.93 /439131.;
if(stopMass==200.0) G_Event_Weight = (5./9.) * 18.5245 /342815.;
if(stopMass==212.5) G_Event_Weight = (5./9.) * 13.4 /417733.;
if(stopMass==225.0) G_Event_Weight = (5./9.) * 9.90959./410620.;
}else if(lspMass==37.5){
if(stopMass==187.5) G_Event_Weight = (5./9.) * 25.93 /437837.;
if(stopMass==200.0) G_Event_Weight = (5./9.) * 18.5245 /341204.;
if(stopMass==212.5) G_Event_Weight = (5./9.) * 13.4 /417493.;
if(stopMass==225.0) G_Event_Weight = (5./9.) * 9.90959./411087.;
if(stopMass==237.5) G_Event_Weight = (5./9.) * 7.38 /402073.;
}
G_IsData = false;
cout << endl;
cout << " x-section = " << 36.7994 << endl;
cout << " nevents = " << 446023. << endl;
cout << " base file name = " << sampleName << endl;
cout << " weight = " << G_Event_Weight << endl;
cout << endl;
TString asample = Form("Tree_T2tt_150to250LSP1to100_LeptonFilter_*");
cout << " + Looking for " << asample << " trees..." << endl;
gPAFOptions->AddDataFiles(dm->GetRealDataFiles("MC_Summer12_53X/Legacy/",asample));
} else { // Deal with MC samples
dm->LoadDataset(sampleName);
gPAFOptions->AddDataFiles(dm->GetFiles());
double Neff=0.;
if (sampleName == "TTJets_aMCatNLO_FxFx") Neff = 4041318471.56682; // sum of weights (from cell 127S)
else if (sampleName == "TTJets_aMCatNLO_FxFx_ScaleUp") Neff = 4100331707.72262; // " (from cell 128S)
else if (sampleName == "TTJets_aMCatNLO_FxFx_ScaleDown") Neff = 4114461089.82751; // " (from cell 129S)
else Neff = dm->GetEventsInTheSample();
G_Event_Weight = dm->GetCrossSection() / Neff;
G_IsData = false;
cout << endl;
cout << " x-section = " << dm->GetCrossSection() << endl;
cout << " nevents = " << dm->GetEventsInTheSample() << endl;
cout << " neventsEff = " << Neff << endl;
cout << " base file name = " << dm->GetBaseFileName() << endl;
cout << " weight = " << G_Event_Weight << endl;
cout << endl;
}
// Output file name
//----------------------------------------------------------------------------
Bool_t G_Use_CSVM = true;
TString outputDir = "./TopTrees/";
if (host.Contains("ifca.es"))
{
gSystem->mkdir(userhome + "TOP/TopTrees/", kTRUE);
outputDir = userhome + "TOP/TopTrees/";
}
if (DoSF && DoDF) outputDir += "";
else if (DoSF) outputDir += "SF/";
else if (DoDF) outputDir += "DF/";
else {cout << "ERROR, please indicate SF or DF" << endl; return; }
gSystem->mkdir(outputDir, kTRUE);
std::ostringstream oss;
oss << G_Total_Lumi;
TString mstop="";
if(sampleName == "T2tt_150to250LSP1to100_LeptonFilter") mstop = Form("_%4.1f_%1.1f",stopMass, lspMass);
TString LumiString = oss.str();
TString outputFile = outputDir
+ "/"
+ "Tree_Legacy_"
+ sampleName
+ mstop
+ ".root";
if (host.Contains("uniovi.es"))
gPAFOptions->SetOutputFile(outputFile);
else if (host.Contains("ifca.es"))
gPAFOptions->outputFile = outputFile;
// Parameters for the analysis
//----------------------------------------------------------------------------
if (!G_IsData) {
if(gPAFOptions->GetPAFMode() != kSequential)
proof->Exec("gSystem->AddIncludePath(\"-D__ISMC\");");
else
gSystem->AddIncludePath("-D__ISMC");
}
if (sampleName == "T2tt_150to250LSP1to100_LeptonFilter"){
//cout << "this is a stop sample!!! " << endl;
if(gPAFOptions->GetPAFMode() != kSequential)
proof->Exec("gSystem->AddIncludePath(\"-D__ISSTOP\");");
else
gSystem->AddIncludePath("-D__ISSTOP");
}
if (sampleName == "TTbar_PowhegV2_hdampWeights" ||
sampleName == "TTJets_aMCatNLO_FxFx" ||
sampleName == "TTJets_aMCatNLO_FxFx_ScaleDown" ||
sampleName == "TTJets_aMCatNLO_FxFx_ScaleUp"){
//cout << "this is a MC@NLO sample!!! " << endl;
if(gPAFOptions->GetPAFMode() != kSequential)
proof->Exec("gSystem->AddIncludePath(\"-D__ISMCNLO\");");
else
gSystem->AddIncludePath("-D__ISMCNLO");
}
if (sampleName == "TTJets_MadSpinPDF"){
//cout << "this is a MC@NLO sample!!! " << endl;
if(gPAFOptions->GetPAFMode() != kSequential)
proof->Exec("gSystem->AddIncludePath(\"-D__ISPDF\");");
else
gSystem->AddIncludePath("-D__ISPDF");
}
// See packages/InputParameters/InputParameters.h for information on how
// to use this class.
gPAFOptions->inputParameters = new InputParameters();
// gPAFOptions->inputParameters->SetNamedInt("sys_source", sys_source);
// gPAFOptions->inputParameters->SetNamedInt("sys_direction", sys_direction);
gPAFOptions->inputParameters->SetNamedString("sampleName", sampleName.Data());
gPAFOptions->inputParameters->SetNamedBool ("IsData", G_IsData );
gPAFOptions->inputParameters->SetNamedBool ("UseCSVM", G_Use_CSVM );
gPAFOptions->inputParameters->SetNamedFloat ("weight", G_Event_Weight );
gPAFOptions->inputParameters->SetNamedFloat ("LumiForPU", G_LumiForPUData );
gPAFOptions->inputParameters->SetNamedFloat ("TotalLumi", G_Total_Lumi );
gPAFOptions->inputParameters->SetNamedBool ("DoSystStudies", DoSystStudies );
gPAFOptions->inputParameters->SetNamedBool ("DoSF" , DoSF );
gPAFOptions->inputParameters->SetNamedBool ("DoDF" , DoDF );
gPAFOptions->inputParameters->SetNamedFloat ("stopMass" , stopMass );
gPAFOptions->inputParameters->SetNamedFloat ("lspMass" , lspMass );
// Number of events (Long64_t)
//----------------------------------------------------------------------------
gPAFOptions->SetNEvents(nEvents);
// First event (Long64_t)
//----------------------------------------------------------------------------
gPAFOptions->SetFirstEvent(0);
// Name of analysis class
//----------------------------------------------------------------------------
// If 0 the default name schema will be used, i.e. depending on the value
// of gPAFOptions->treeType: MyAnalysisTESCO or MyAnalsyisMiniTrees
gPAFOptions->SetAnalysis("TreeAnalysisTop");
gPAFOptions->AddPackage("PUWeight");
gPAFOptions->AddPackage("BTagSFUtil");
gPAFOptions->AddPackage("LeptonSF");
// gPAFOptions->AddPackage("GlobalVariables");
// Control output and checks
//----------------------------------------------------------------------------
// + If true (default) PAF checks for new version in CVS every time
// gPAFOptions->checkVersion = true;
// + If true (default) the output file is reopened so the objects in the
// file can be interactively accessed. The object in the output are also
// listed
if (host.Contains("uniovi.es"))
gPAFOptions->ReopenOutputFile(false);
else if (host.Contains("ifca.es"))
gPAFOptions->reopenOutputFile = false;
// Run the analysis
//----------------------------------------------------------------------------
// gPAFOptions->SetMergeThroughFile();
if (!RunAnalysis())
cerr << "ERROR: There was a problem running the analysis!" << endl;
}