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LoopAll.cc
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#define LDEBUG 0
#include "LoopAll.h"
#include "ErrorCodes.h"
#include <iostream>
#include <iterator>
#include <math.h>
#include <ctime>
#include "stdlib.h"
using namespace std;
#include "BaseAnalysis.h"
// ------------------------------------------------------------------------------------
BaseAnalysis* LoopAll::AddAnalysis(BaseAnalysis* baseAnalysis) {
analyses.push_back(baseAnalysis);
return baseAnalysis;
}
// ------------------------------------------------------------------------------------
void LoopAll::SetTypeRun(int t, const char* name) {
typerun = t;
if (typerun == kReduce || typerun == kFillReduce ) {
makeOutputTree = 1;
outputFileName = TString(name);
histFileName = TString("");
} else {
makeOutputTree = 0;
outputFileName = TString("");
histFileName = TString(name);
}
if (makeOutputTree) {
cout << "CREATE " << outputFileName<<endl;
outputFile=TFile::Open(outputFileName,"recreate");
outputFile->cd();
if(outputFile)
if (DEBUG)
cout<<"output file defined"<<endl;
}
int hasoutputfile=0;
if(typerun == kFill ) {
if(DEBUG) cout<<"typerun is " << typerun <<endl;
hasoutputfile=0;
} else if(typerun == kReduce || typerun == kFillReduce) {
if(DEBUG) cout<<"typerun is " << typerun <<endl;
hasoutputfile=1;
outputFile->cd();
outputTree = new TTree("event","Reduced tree");
// book output braches
Branches(outputBranchNames);
for (size_t i=0; i<analyses.size(); i++) {
analyses[i]->ReducedOutputTree(*this,outputTree);
}
outputTreePar = new TTree("global_variables","Parameters");
outputParParameters = new std::vector<std::string>;
outputParJobMaker = new std::string;
outputTreePar->Branch("tot_events", &outputParTot_Events, "tot_events/I");
outputTreePar->Branch("sel_events", &outputParSel_Events, "sel_events/I");
outputTreePar->Branch("type", &outputParType, "type/I");
outputTreePar->Branch("version", &outputParVersion, "version/I");
outputTreePar->Branch("parameters", "std::vector<string>", &outputParParameters);
outputTreePar->Branch("jobmaker", &outputParJobMaker, "jobmaker/C");
//outputTreePar->Branch("job_maker", "std::string", &outputParJobMaker);
outputTreePar->Branch("reductions", &outputParReductions, "reductions/I");
outputTreePar->Branch("red_events", &outputParRed_Events, "red_events[reductions]/I");
}
outputTreeLumi = new TTree("lumi","Lumi info tree");
outputTreeLumi->Branch("run", &run, "run/I");
outputTreeLumi->Branch("lumis", &lumis, "lumis/I");
}
// ------------------------------------------------------------------------------------
void LoopAll::ReadInput(int t) {
// FIXME make this variable global ?
typerun = t;
if (typerun == kReduce || typerun == kFillReduce ) {
makeOutputTree = 1;
} else {
makeOutputTree = 0;
}
if (makeOutputTree) {
cout << "CREATE " << outputFileName<<endl;
outputFile=TFile::Open(outputFileName,"recreate");
outputFile->cd();
if(outputFile)
if (DEBUG) cout<<"output file defined"<<endl;
}
int hasoutputfile=0;
if(typerun == kFill ) {
if(DEBUG) cout<<"typerun is " << typerun <<endl;
hasoutputfile=0;
} else if(typerun == kReduce || typerun == kFillReduce ) {
if(DEBUG) cout<<"typerun is " << typerun <<endl;
hasoutputfile=1;
outputTree = new TTree("event","Reduced tree");
outputTreePar = new TTree("global_variables","Parameters");
for (size_t i=0; i<analyses.size(); i++) {
analyses[i]->ReducedOutputTree(*this,outputTree);
}
}
outputTreeLumi = new TTree("lumi","Lumi info tree");
outputTreeLumi->Branch("run", &run, "run/I");
outputTreeLumi->Branch("lumis", &lumis, "lumis/I");
}
// ------------------------------------------------------------------------------------
SampleContainer & LoopAll::DefineSamples(const char *filesshortnam,
int type,
int histtoindfromfiles,
int histoplotit,
int nred,
long long ntot,
float intlumi,
float lumi,
float xsec,
float kfactor,
float scale,
bool ignoreEvWeight,
int forceVersion,
bool addnevents,
TString pileup
) {
// set intlumi in LoopAll
intlumi_=intlumi;
//look in map for type as a key already
int sample_is_defined = -1;
for (unsigned int s=0; s<sampleContainer.size(); s++) {
if (type == sampleContainer[s].itype) {
sample_is_defined = s;
break;
}
}
if (sample_is_defined != -1) {
if( addnevents ) {
sampleContainer[sample_is_defined].ntot += ntot;
sampleContainer[sample_is_defined].nred += nred;
sampleContainer[sample_is_defined].computeWeight(intlumi);
}
return sampleContainer[sample_is_defined];
}
sampleContainer.push_back(SampleContainer((ignoreEvWeight?0:&weight)));
sampleContainer.back().itype = type;
sampleContainer.back().ntot = ntot;
sampleContainer.back().nred = nred;
sampleContainer.back().histoplotit = histoplotit;
sampleContainer.back().filesshortnam = filesshortnam;
sampleContainer.back().lumi = lumi;
sampleContainer.back().xsec = xsec;
sampleContainer.back().kfactor = kfactor;
sampleContainer.back().scale = scale;
sampleContainer.back().forceVersion = forceVersion;
sampleContainer.back().computeWeight(intlumi);
if( pileup != "" ) {
sampleContainer.back().pileup = pileup;
}
return sampleContainer.back();
}
// ------------------------------------------------------------------------------------
void LoopAll::AddFile(std::string name,int type) {
if(DEBUG)
cout << "Adding file: " << name << " of type " << type << endl;
files.push_back(name);
itype.push_back(type);
nfiles++;
}
void LoopAll::MergeContainers(){
int i=0;
if (DEBUG)
cout<<"LoopAndFillHistos: calling InitReal " << endl;
InitReal(typerun);
int numberOfFiles = files.size();
Files.resize(numberOfFiles);
std::vector<std::string>::iterator it;
std::vector<TFile*>::iterator it_file;
it = files.begin();
it_file = Files.begin();
// Get names of objects inside RooContainer
std::vector<std::string> histogramNames = rooContainer->GetTH1FNames();
std::vector<std::string> datasetNames = rooContainer->GetDataSetNames();
// Loop Over the files and get the relevant pieces to Merge:
for (;it!=files.end()
;it_file++,it++){
*it_file = TFile::Open((*it).c_str());
(*it_file)->cd();
std::cout << "Combining Current File " << i << " / " << numberOfFiles << " - " << (*it) << std::endl;
for (std::vector<std::string>::iterator it_hist=histogramNames.begin()
;it_hist!=histogramNames.end()
;it_hist++) {
TH1F *histExtra = (TH1F*) (*it_file)->Get(Form("th1f_%s",it_hist->c_str()));
rooContainer->AppendTH1F(*it_hist,histExtra);
//delete histExtra;
}
RooWorkspace *work = (RooWorkspace*) (*it_file)->Get("cms_hgg_workspace");
for (std::vector<std::string>::iterator it_data=datasetNames.begin()
;it_data!=datasetNames.end()
;it_data++) {
RooDataSet *dataExtra = (RooDataSet*) work->data(Form("%s",it_data->c_str()));
if( dataExtra == 0 ) {
std::cout << "skipping "<< it_data->c_str() << " " << dataExtra << std::endl;
continue;
}
rooContainer->AppendDataSet(*it_data,dataExtra);
//delete dataExtra;
}
delete work;
//std::cout << "Finished Combining File - " << (*it) << std::endl;
(*it_file)->Close();
i++;
//delete tmpFile;
}
TermReal(typerun);
Term();
}
// ------------------------------------------------------------------------------------
void LoopAll::LoopAndFillHistos(TString treename) {
int i=0;
if (DEBUG)
cout<<"LoopAndFillHistos: calling InitReal " << endl;
InitReal(typerun);
int numberOfFiles = files.size();
Files.resize(numberOfFiles);
Trees.resize(numberOfFiles);
LumiTrees.resize(numberOfFiles);
TreesPar.resize(numberOfFiles);
std::vector<std::string>::iterator it;
std::vector<TTree*>::iterator it_tree;
std::vector<TTree*>::iterator it_treelumi;
std::vector<TTree*>::iterator it_treepar;
std::vector<TFile*>::iterator it_file;
it = files.begin();
it_file = Files.begin();
it_tree = Trees.begin();
it_treelumi = LumiTrees.begin();
it_treepar = TreesPar.begin();
cout << "SAMPLE CONTAINER SIZE " << sampleContainer.size() <<endl;
for (;it!=files.end()
;it_file++,it_tree++,it_treelumi++,it_treepar++,it++,i++){
this->current = i;
int type = itype[i];
int which_sample = -1;
for (int sample=0;sample<sampleContainer.size();sample++){
if (type == sampleContainer[sample].itype){
which_sample = sample;
}
}
this->current_sample_index = which_sample;
cout<<"LoopAndFillHistos: opening file " << i+1 << " / " << numberOfFiles << " : " << files[i]<<endl;
for(int itry=0; itry<3; ++itry) {
*it_file = TFile::Open((*it).c_str(),"TIMEOUT=60");
if( *it_file == 0 ){
std::cerr << "Error opening file " << (*it).c_str() << " attempt " << itry << std::endl;
} else {
break;
}
}
if( *it_file == 0 ){
std::cerr << "Error opening file " << (*it).c_str() << std::endl;
exit(H2GG_ERR_FILEOP);
}
//Files[i] = TFile::Open(files[i]);
tot_events=1;
sel_events=1;
if(*it_file)
*it_treepar=(TTree*) (*it_file)->Get("global_variables");
if(*it_treepar) {
TBranch *b_tot_events;
TBranch *b_sel_events;
(*it_treepar)->SetBranchAddress("tot_events",&tot_events, &b_tot_events);
(*it_treepar)->SetBranchAddress("sel_events",&sel_events, &b_sel_events);
b_tot_events->GetEntry(0);
b_sel_events->GetEntry(0);
} else {
cout<<"NO global_variables tree ... the C-step job must have crashed ... SKIP THE FILE"<<endl;
tot_events=0;
sel_events=0;
continue;
}
*it_treelumi = (TTree*) (*it_file)->Get("lumi");
if( *it_treelumi != 0 && outputFile ) {
StoreProcessedLumis( *it_treelumi );
}
if(typerun == kReduce || typerun == kFillReduce) { //this is a reduce job
// Cannot mix PU histograms from different samples
//assert(sampleContainer.size()==1);
if (type!=0 && outputFile){
if (i==0) {// this is the first file and so need to clone the pileup histo
pileup = (TH1D*) ((*it_file)->Get("pileup"))->Clone();
}
else {
pileup->Add((TH1D*) ((*it_file)->Get("pileup")));
}
}
if (type == 0)
if (typerun==kReduce || typerun == kFillReduce )
pileup = new TH1D("pileup", "pileup", 100, 0, 100);
}
if(tot_events!=0) {
if(*it_file)
*it_tree=(TTree*) (*it_file)->Get(treename);
Init(typerun, *it_tree);
}
if( *it_tree != 0 && (*it_tree)->GetEntries() != 0 ) {
Loop(i);
}
if(tot_events != 0 && (*it_tree) != 0 ) {
(*it_tree)->Delete("");
}
// EDIT - Cannot close the first file since it is in use after
// file 0
if (i>0)
if((*it_file)->IsOpen())
(*it_file)->Close();
}
TermReal(typerun);
Term();
//now close the first File
if( !Files.empty() && Files[0]->IsOpen())
Files[0]->Close();
}
// ------------------------------------------------------------------------------------
void LoopAll::StoreProcessedLumis(TTree * tree){
tree->SetBranchAddress("run",&run);
tree->SetBranchAddress("lumis",&lumis);
for( int ii=0; ii<tree->GetEntries(); ++ii) {
tree->GetEntry(ii);
if( !CheckLumiSelection(run,lumis) ) { continue; }
if( outputTreeLumi ) outputTreeLumi->Fill();
}
if(typerun != kFill && outputFile) {
outputFile->cd();
outputTreeLumi->Write(0,TObject::kWriteDelete);
}
}
// ------------------------------------------------------------------------------------
void LoopAll::Term(){
if (outputFile)
if (outputFile->IsOpen())
outputFile->Close();
}
// ------------------------------------------------------------------------------------
LoopAll::LoopAll(TTree *tree) :
counters(4,0.), countersred(4,0.), checkBench(0), sqrtS(8)
{
#include "branchdef/newclonesarray.h"
#ifndef __CINT__
#include "branchdef/branchdict.h"
DefineUserBranches();
#endif
rooContainer = new RooContainer();
signalNormalizer = 0;
/// signalNormalizer = new Normalization_8TeV();
rooContainer->BlindData(); // 2012 requires that we Blind our data
// Best Set Global parameters accesible via python to defauls
/// signalNormalizer->FillSignalTypes();
runZeeValidation = false;
makeDummyTrees = false;
usePFCiC = true;
applyEcalIsoPresel = false;
pfisoOffset=2.5;
cicVersion="7TeV";
}
// ------------------------------------------------------------------------------------
LoopAll::~LoopAll() {
if (!fChain)
return;
//delete fChain->GetCurrentFile();
}
// ------------------------------------------------------------------------------------
Int_t LoopAll::GetEntry(Long64_t entry) {
// Read contents of entry.
if (!fChain) return 0;
return fChain->GetEntry(entry);
}
// ------------------------------------------------------------------------------------
Long64_t LoopAll::LoadTree(Long64_t entry) {
// Set the environment to read one entry
if (!fChain) return -5;
Int_t centry = fChain->LoadTree(entry);
if (centry < 0) return centry;
if (fChain->IsA() != TChain::Class())
return centry;
TChain *chain = (TChain*)fChain;
Notify();
return centry;
}
// ------------------------------------------------------------------------------------
Bool_t LoopAll::Notify() {
return kTRUE;
}
// ------------------------------------------------------------------------------------
void LoopAll::Show(Long64_t entry) {
// Print contents of entry.
// If entry is not specified, print current entry
if (!fChain) return;
fChain->Show(entry);
}
// ------------------------------------------------------------------------------------
void LoopAll::InitHistos(){
for(int ind=0; ind<sampleContainer.size(); ind++) {
SampleContainer thisSample = (SampleContainer) sampleContainer.at(ind);
HistoContainer temp(ind,thisSample.filesshortnam);
temp.setScale(1.);
/// temp.setScale(thisSample.weight);
histoContainer.push_back(temp);
}
HistoContainer temp(sampleContainer.size(),"tot");
temp.setScale(1.);
histoContainer.push_back(temp);
}
// ------------------------------------------------------------------------------------
void LoopAll::InitTrees(std::string dirName){
std::vector<TreeContainer> vTemp;
for(int ind=0; ind<sampleContainer.size(); ind++) {
SampleContainer thisSample = (SampleContainer) sampleContainer.at(ind);
TreeContainer temp(ind,thisSample.filesshortnam, dirName);
vTemp.push_back(temp);
}
treeContainer[dirName] = vTemp;
}
// ------------------------------------------------------------------------------------
void LoopAll::InitReal(Int_t typerunpass) {
// Set branch addresses
typerun = typerunpass;
hfile = (TFile*)gROOT->FindObject(histFileName);
if (hfile)
hfile->Close();
//for(int ind=0; ind<sampleContainer.size(); ind++) {
// HistoContainer temp(ind);
// histoContainer.push_back(temp);
// }
if(LDEBUG) cout << "doing InitRealPhotonAnalysis" << endl;
for (size_t i=0; i<analyses.size(); i++) {
analyses[i]->Init(*this);
}
if(LDEBUG) cout << "finished InitRealPhotonAnalysis" << endl;
// Initialize all MVA -> This is done inside the Analysese now
// SetAllMVA();
if (makeOutputTree)
outputFile->cd();
cout<< "LoopAll::InitReal END" <<endl;
}
// ------------------------------------------------------------------------------------
void LoopAll::TermReal(Int_t typerunpass) {
typerun=typerunpass;
for (size_t i=0; i<analyses.size(); i++) {
analyses[i]->Term(*this);
}
if (makeOutputTree){
outputFile->cd();
assert( outputTree->GetEntries() == countersred[3] );
outputTree->Write(0,TObject::kWriteDelete);
outputParReductions++;
outputTreePar->Fill();
outputTreePar->Write(0,TObject::kWriteDelete);
outputTreeLumi->Write(0,TObject::kWriteDelete);
pileup->Write(0,TObject::kWriteDelete);
for(int ii=0; ii<globalHistos.size(); ++ii) {
globalHistos[ii]->Write(0,TObject::kWriteDelete);
}
}
}
// ------------------------------------------------------------------------------------
void LoopAll::Init(Int_t typerunpass, TTree *tree) {
// Set branch addresses
typerun=typerunpass;
fChain = tree;
if (tree == 0)
return;
fChain->SetMakeClass(1);
// set-up inputs
inputBranches.clear();
GetBranches(inputBranchNames, inputBranches);
if( typerun != kReduce && typerun != kFillReduce ) {
for (size_t i=0; i<analyses.size(); i++) {
analyses[i]->GetBranches(fChain, inputBranches);
}
}
SetBranchAddresses(inputBranchNames);
Notify();
}
// ------------------------------------------------------------------------------------
void bookGlobalCounters( TTree * intree, TTree * outTree,
std::vector<std::string> & globalCountersNames,
std::vector<int> & globalCounters,
std::vector<int> & fileGlobalCounters )
{
// ((TBranch *) global_variables->GetListOfBranches()->At(0)->GetAddress()
TObjArray * inbranches = intree->GetListOfBranches();
for( int ib=0; ib<inbranches->GetEntries(); ++ib ) {
TBranch * br = (TBranch *)inbranches->At(ib);
if( br->GetAddress() == 0 ) {
TString title = br->GetTitle();
if( title.EndsWith("/I")
&& find( globalCountersNames.begin(), globalCountersNames.end(), br->GetName() ) == globalCountersNames.end() ) {
globalCountersNames.push_back( std::string(br->GetName()) );
}
}
}
globalCounters.resize( globalCountersNames.size(), 0 );
fileGlobalCounters.clear();
fileGlobalCounters.resize( globalCountersNames.size(), 0 );
for(size_t ic=0; ic<globalCountersNames.size(); ++ic ) {
if( ! outTree->FindBranch( globalCountersNames[ic].c_str() ) ) {
std::cerr << "Booking global counter " << globalCountersNames[ic] << std::endl;
outTree->Branch( globalCountersNames[ic].c_str(), &globalCounters[ic], (globalCountersNames[ic]+"/I").c_str() );
}
std::cerr << "Reading global counter " << globalCountersNames[ic] << std::endl;
intree->SetBranchAddress( globalCountersNames[ic].c_str(), &fileGlobalCounters[ic] );
}
}
// ------------------------------------------------------------------------------------
void LoopAll::Loop(Int_t a) {
//makeOutputTree = makeOutputTree;
if (makeOutputTree) {
// outputTree = outputTree;
// outputFile = outputFile;
if(outputFile)
outputFile->cd();
}
Int_t nentries = 0;
if(fChain)
nentries = Int_t(fChain->GetEntriesFast());
Int_t nbytes = 0, nb = 0;
outputEvents=0;
int hasoutputfile=0;
// Call the Reset Analysis at start of new file
for (size_t i=0; i<analyses.size(); i++) {
analyses[i]->ResetAnalysis();
}
time_t tfilestart,tfileend;
tfilestart = time(0);
/// read global parameters
std::vector<std::string> *parameters = new std::vector<std::string>;
std::string *job_maker = new std::string;
Int_t red_events[20];
TreesPar[a]->SetBranchAddress("tot_events", &tot_events);
TreesPar[a]->SetBranchAddress("sel_events", &sel_events);
TreesPar[a]->SetBranchAddress("type", &type);
TreesPar[a]->SetBranchAddress("version", &version);
TreesPar[a]->SetBranchAddress("parameters", ¶meters);
TreesPar[a]->SetBranchAddress("jobmaker", &job_maker);
if (TreesPar[a]->FindBranch("reductions")) {
TreesPar[a]->SetBranchAddress("reductions", &reductions);
TreesPar[a]->SetBranchAddress("red_events", &red_events);
}
if(typerun == kReduce || typerun == kFillReduce ){
bookGlobalCounters( TreesPar[a], outputTreePar, globalCountersNames, globalCounters, fileGlobalCounters );
assert( globalCountersNames.size() == globalCounters.size() && globalCounters.size() == fileGlobalCounters.size() );
}
TreesPar[a]->GetEntry(0);
if( sampleContainer[current_sample_index].forceVersion > 0 ) {
version = sampleContainer[current_sample_index].forceVersion;
}
// Loop over events
if(checkBench > 0) {
stopWatch.Start();
}
for (Int_t jentry=0; jentry<nentries;jentry++) {
if(jentry%10000==0) {
cout << "Entry: "<<jentry << " / "<<nentries << " " ;
copy(countersred.begin(), countersred.end(), std::ostream_iterator<float>(cout, "_") );
cout << endl;
}
if(makeDummyTrees) continue;
if(checkBench > 0 && jentry%checkBench == 0 ) {
stopWatch.Stop();
float cputime = stopWatch.CpuTime();
float realtime = stopWatch.RealTime();
stopWatch.Start(false);
if( realtime > benchStart*60. && cputime / realtime < benchThr ) {
std::cout <<
"\n\n\n\nAbourting exection.\n"
"Sorry: too inefficient to continue (cputime " << cputime << " realtime " << realtime << ")"
<< std::endl;
exit(H2GG_ERR_DUTYC);
}
}
if(LDEBUG)
cout<<"call LoadTree"<<endl;
Int_t ientry = LoadTree(jentry);
if (ientry < 0)
break;
if(typerun == kFill ) {
nb=0;
}
nbytes += nb;
if(LDEBUG)
cout<<"Call FillandReduce "<<endl;
hasoutputfile = this->FillAndReduce(jentry);
if(LDEBUG)
cout<<"Called FillandReduce "<<endl;
}
tfileend = time(0);
std::cout << "Average time per event: " << (float) difftime(tfileend,tfilestart)/nentries << std::endl;
// if(hasoutputfile) {
if(typerun == kReduce || typerun == kFillReduce ){
if(outputFile) {
outputFile->cd();
if (LDEBUG)
cout<<"LoopAll_cc writing outputTree"<<endl;
outputTree->Write(0,TObject::kWriteDelete);
}
// if(outputFile) {
outputFile->cd();
// if(TreesPar[a]) {
if (a == 0) {
outputParTot_Events = tot_events;
outputParSel_Events = sel_events;
} else {
outputParTot_Events += tot_events;
outputParSel_Events += sel_events;
}
for(size_t ii=0; ii<globalCountersNames.size(); ++ii) {
globalCounters[ii] += fileGlobalCounters[ii];
cout << "globalCounters Tot - " << globalCounters[ii]<<endl;
}
outputParType = type;
outputParVersion = version;
outputParParameters = &(*parameters);
outputParJobMaker = job_maker;
if (!TreesPar[a]->FindBranch("reductions")) {
outputParReductions = 0;
for (int i=0; i<20; i++) {
outputParRed_Events[i] = 0;
}
outputParRed_Events[0] += (int)countersred[3];
} else {
outputParReductions = reductions;
outputParRed_Events[reductions] += (int)countersred[3];
}
}
int oldnentries=nentries;
if (nentries == sel_events) {
nentries = tot_events;
}
if(countersred[1] || oldnentries==0) {
//printf("red: %d_%d \n",(int)countersred[0], (int) countersred[1]);
cout << "red: ";
copy(countersred.begin(), countersred.end(), std::ostream_iterator<float>(cout, "_") );
cout << endl;
} else {
// printf("norm: %d \n",(int)counters[0]);
cout << "norm: ";
copy(countersred.begin(), countersred.end(), std::ostream_iterator<float>(cout, "_") );
cout << endl;
}
if(checkBench > 0) {
stopWatch.Stop();
}
}
// ------------------------------------------------------------------------------------
void LoopAll::WriteFits() {
hfile = TFile::Open(histFileName, "RECREATE", "Globe ROOT file with histograms");
hfile->cd();
//hfile->cd();
for (std::vector<TMacro*>::iterator it = configFiles.begin(); it!=configFiles.end(); it++){
(*it)->Write();
}
rooContainer->Save();
hfile->Close();
}
void LoopAll::StoreConfigFile(std::string configfilename) {
TMacro *mac = new TMacro(configfilename.c_str(),configfilename.c_str());
configFiles.push_back(mac);
}
// ------------------------------------------------------------------------------------
void LoopAll::WriteHist() {
hfile = TFile::Open(histFileName, "RECREATE", "Globe ROOT file with histograms");
hfile->cd();
for(unsigned int ind=0; ind<histoContainer.size(); ind++) {
histoContainer[ind].Save();
}
for (std::map<std::string, std::vector<TreeContainer> >::iterator ii = treeContainer.begin(); ii!=treeContainer.end(); ++ii) {
for(unsigned int ind=0; ind<(*ii).second.size(); ind++) {
((*ii).second)[ind].Save(hfile);
}
}
outputTreeLumi->Write();
WritePI();
hfile->Close();
if (makeOutputTree)
outputFile->cd();
//WriteCounters();
}
void LoopAll::WritePI() {
Int_t Nvar;
Int_t h2d[10000], typplot[10000], histoncat[10000], histoindfromfiles[10000];
Int_t histoncatindtonames[10000];
Int_t nbinsx[10000], nbinsy[10000];
Float_t lowlim[10000], highlim[10000], lowlim2[10000], highlim2[10000];
Int_t itype[10000], histoind[10000], infoind[10000], histoplotit[10000];
Int_t ntot[10000], nred[10000];
Float_t lumi[10000], xsec[10000], kfactor[10000], scale[10000];
Int_t typplotall = 0;
Int_t plothistoplotitPI[10000];
hfile->cd();
plotvartree = new TTree("plotvariables","globe plotvariables provenance information");
plotvartree->Branch("Nvar", &Nvar, "Nvar/I");
plotvartree->Branch("typplotall", &typplotall, "typplotall/I");
plotvartree->Branch("doplot", &plothistoplotitPI, "plothistoplotitPI[Nvar]/I");
plotvartree->Branch("h2d", &h2d, "h2d[Nvar]/I");
plotvartree->Branch("typplot", &typplot, "typplot[Nvar]/I");
plotvartree->Branch("histoncat", &histoncat, "histoncat[Nvar]/I");
plotvartree->Branch("histoncatindtonames", &histoncatindtonames, "histoncatindtonames[Nvar]/I");
plotvartree->Branch("nbinsx", &nbinsx, "nbinsx[Nvar]/I");
plotvartree->Branch("nbinsy", &nbinsy, "nbinsy[Nvar]/I");
plotvartree->Branch("lowlim", &lowlim, "lowlim[Nvar]/F");
plotvartree->Branch("highlim", &highlim, "highlim[Nvar]/F");
plotvartree->Branch("lowlim2", &lowlim2, "lowlim2[Nvar]/F");
plotvartree->Branch("highlim2", &highlim2, "highlim2[Nvar]/F");
Nvar = histoContainer[0].size();
for (int i=0; i<Nvar; i++) {
h2d[i] = histoContainer[0].getDimension(i) - 1;
plothistoplotitPI[i] = 1;
typplot[i] = 1;
histoncat[i] = histoContainer[0].ncat(i);
histoncatindtonames[i] = -1;
nbinsx[i] = histoContainer[0].nbins(i, true);
nbinsy[i] = histoContainer[0].nbins(i, false);
lowlim[i] = histoContainer[0].min(i, true);
highlim[i] = histoContainer[0].max(i, true);
lowlim2[i] = histoContainer[0].min(i, false);
highlim2[i] = histoContainer[0].max(i, false);
}
TClonesArray* tca_xaxislabels = new TClonesArray("TObjString",Nvar);
plotvartree->Branch("xaxislabels", "TClonesArray", &tca_xaxislabels, 32000, 0);
for(int iplot=0;iplot!=Nvar;++iplot) {
new ((*tca_xaxislabels)[iplot]) TObjString();
((TObjString *)tca_xaxislabels->At(iplot))->SetString(histoContainer[0].axisName(iplot, true).c_str());
}
TClonesArray* tca_yaxislabels = new TClonesArray("TObjString",Nvar);
plotvartree->Branch("yaxislabels", "TClonesArray", &tca_yaxislabels, 32000, 0);
for(int iplot=0;iplot!=Nvar;++iplot) {
new ((*tca_yaxislabels)[iplot]) TObjString();
((TObjString *)tca_yaxislabels->At(iplot))->SetString(histoContainer[0].axisName(iplot, false).c_str());
}
TClonesArray* tca_plotvarnames = new TClonesArray("TObjString",Nvar);
plotvartree->Branch("plotvarnames", "TClonesArray", &tca_plotvarnames, 32000, 0);
for(int iplot=0;iplot!=Nvar;++iplot) {
new ((*tca_plotvarnames)[iplot]) TObjString();
((TObjString *)tca_plotvarnames->At(iplot))->SetString(histoContainer[0].getName(iplot).c_str());
}
/*
plotvartree->Branch("Nvarcats", &Nvarcats, "Nvarcats/I");
plotvartree->Branch("catid", &catid, "catid[Nvarcats]/I");
plotvartree->Branch("ncats", &ncats, "ncats[Nvarcats]/I");
tca_plotvarcatnames = new TClonesArray("TObjString",Ncatvar);
plotvartree->Branch("plotvarcatnames", "TClonesArray", &tca_plotvarcatnames, 32000, 0);
int catvartemp=0;
for(int i=0; i<Nvarcats; i++) {
for(int j=0; j<ncats[i]; j++) {
new ((*tca_plotvarcatnames)[catvartemp]) TObjString();
((TObjString *)tca_plotvarcatnames->At(catvartemp))->SetString(catnames[i][j]);
catvartemp++;
}
}
std::cout << "Ncatvar: " << Ncatvar << std::endl;
std::cout << "catvartemp: " << catvartemp << std::endl;
*/
plotvartree->Fill();
plotvartree->Write(0,TObject::kWriteDelete);
inputfiletree = new TTree("inputfiles","globe inputfiles provenance information");
int nfiles = files.size();
//int nindfiles = type2HistVal.size();
int nindfiles = sampleContainer.size();
inputfiletree->Branch("nfiles", &nfiles, "nfiles/I");
inputfiletree->Branch("nindfiles", &nindfiles, "nindfiles/I");
inputfiletree->Branch("intlumi", &intlumi_, "intlumi/F");
inputfiletree->Branch("makeOutputTree", makeOutputTree, "makeOutputTree/I");
TClonesArray* tca_histfilename = new TClonesArray("TObjString",1);
inputfiletree->Branch("histfilename", "TClonesArray", &tca_histfilename, 32000, 0);
new ((*tca_histfilename)[0]) TObjString();
((TObjString *)tca_histfilename->At(0))->SetString(histFileName);
inputfiletree->Branch("itype", &itype, "itype[nfiles]/I");
inputfiletree->Branch("histoind", &histoindfromfiles, "histoindfromfiles[nfiles]/I");
inputfiletree->Branch("infoind", &infoind, "infoind[nindfiles]/I");
inputfiletree->Branch("histoplotit", &histoplotit, "histoplotit[nfiles]/I");
inputfiletree->Branch("ntot", &ntot, "ntot[nfiles]/I");
inputfiletree->Branch("nred", &nred, "nred[nfiles]/I");
inputfiletree->Branch("lumi", &lumi, "lumi[nfiles]/F");
inputfiletree->Branch("xsec", &xsec, "xsec[nfiles]/F");
inputfiletree->Branch("kfactor", &kfactor, "kfactor[nfiles]/F");
inputfiletree->Branch("scale", &scale, "scale[nfiles]/F");
TClonesArray* tca_inshortnames = new TClonesArray("TObjString", sampleContainer.size());
inputfiletree->Branch("inshortnames", "TClonesArray", &tca_inshortnames, 32000, 0);
TClonesArray* tca_infilenames = new TClonesArray("TObjString", sampleContainer.size());
inputfiletree->Branch("infilenames", "TClonesArray", &tca_infilenames, 32000, 0);
for (unsigned int i=0; i<sampleContainer.size(); i++) {
itype[i] = sampleContainer[i].itype;
histoind[i] = sampleContainer[i].ind;
infoind[i] = sampleContainer[i].ind;
histoplotit[i] = sampleContainer[i].histoplotit;
ntot[i] = sampleContainer[i].ntot;
nred[i] = sampleContainer[i].nred;
lumi[i] = sampleContainer[i].lumi;
xsec[i] = sampleContainer[i].xsec;
kfactor[i] = sampleContainer[i].kfactor;
scale[i] = sampleContainer[i].scale;
new ((*tca_inshortnames)[i]) TObjString();
((TObjString *)tca_inshortnames->At(i))->SetString(sampleContainer[i].filesshortnam.c_str());
new ((*tca_infilenames)[i]) TObjString();
((TObjString *)tca_infilenames->At(i))->SetString("n.a.");
}
inputfiletree->Fill();
inputfiletree->Write(0,TObject::kWriteDelete);
}
// ------------------------------------------------------------------------------------
void LoopAll::WriteCounters() {
// number of files
int nindfiles=currentindexfiles;
TString msName = histFileName;
msName.ReplaceAll(".root", ".csv");
FILE *file;
TString s1 = msName;
file = fopen(s1, "w");
// FIXME size
for (Int_t var=0; var<counterContainer[0].size(); var++) {
fprintf(file, ",Sample,Counter Name,Categories,");
Int_t cats = counterContainer[0].ncat(var);
for (Int_t cat=0; cat<cats; cat++)