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gen_sig_input_file.c
666 lines (430 loc) · 29 KB
/
gen_sig_input_file.c
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#include "TChain.h"
#include "TCanvas.h"
#include "TH1.h"
#include "TSystem.h"
#include "histio.c"
#include "TMath.h"
#include "TString.h"
TChain* sigchain ;
/////float dataIntLumiIPB(20000.) ;
float dataIntLumiIPB(19399.) ;
float met_bin_edges_4bins[5] ;
float met_bin_edges[100] ;
//================================================================================================
void gen_sig_input_file( const char* outfilename = "outputfiles/susy-signal-counts.txt",
const char* metvarname = "METsig",
bool usePUweight = false
) {
const int bins_of_met = 4 ;
int lsp_mass(1) ;
TString metvarname_nospecial(metvarname) ;
metvarname_nospecial.ReplaceAll("/","_over_") ;
metvarname_nospecial.ReplaceAll("(","_") ;
metvarname_nospecial.ReplaceAll(")","") ;
printf("\n\n %s\n\n", metvarname_nospecial.Data() ) ;
///bool fill_noweight_histograms(false) ;
bool fill_noweight_histograms(true) ;
if ( strcmp( metvarname, "METsig" ) == 0 ) {
met_bin_edges_4bins[0] = 30. ;
met_bin_edges_4bins[1] = 50. ;
met_bin_edges_4bins[2] = 100. ;
met_bin_edges_4bins[3] = 150. ;
met_bin_edges_4bins[4] = 10000. ;
} else if ( strcmp( metvarname, "METsig_2012" ) == 0 ) {
met_bin_edges_4bins[0] = 25. ;
met_bin_edges_4bins[1] = 40. ;
met_bin_edges_4bins[2] = 85. ;
met_bin_edges_4bins[3] = 120. ;
met_bin_edges_4bins[4] = 10000. ;
} else if ( strcmp( metvarname, "MET" ) == 0 ) {
met_bin_edges_4bins[0] = 106. ;
met_bin_edges_4bins[1] = 133. ;
met_bin_edges_4bins[2] = 190. ;
met_bin_edges_4bins[3] = 250. ;
met_bin_edges_4bins[4] = 10000. ;
} else if ( strcmp( metvarname, "MET/sqrt(HT30)" ) == 0 ) {
met_bin_edges_4bins[0] = 5.9 ;
met_bin_edges_4bins[1] = 7.7 ;
met_bin_edges_4bins[2] = 10.8 ;
met_bin_edges_4bins[3] = 13.0 ;
met_bin_edges_4bins[4] = 10000. ;
} else {
printf("\n\n\n *** unrecognized met variable name : %s\n\n", metvarname ) ;
}
printf("\n\n %s bins: ", metvarname ) ;
for ( int bi=0; bi<=bins_of_met; bi++ ) { printf(" %.1f ", met_bin_edges_4bins[bi]) ; }
printf("\n\n") ;
if ( bins_of_met == 4 ) {
for ( int bi=0; bi<=bins_of_met; bi++ ) { met_bin_edges[bi] = met_bin_edges_4bins[bi] ; }
} else {
printf("\n\n *** Don't know how to do %d met bins.\n\n", bins_of_met ) ;
}
gDirectory -> Delete( "h*" ) ;
//--- setup chains of reduced trees for the comps.
printf("\n\n Setting up reduced tree chains.\n\n" ) ;
//// char rtdir[10000] = "/Users/owen/work/cms/hadronic-susy-bjets/hbb/reduced-trees-july11-2013-pt20" ;
//// char rtdir[10000] = "/Users/owen/work/cms/hadronic-susy-bjets/hbb/reduced-trees-skim-sept17-2013-v71-1s" ;
char rtdir[10000] = "/Users/owen/work/cms/hadronic-susy-bjets/hbb/reduced-trees-slim-oct08-2013-v71-5b" ;
printf("\n\n\n Reduced tree directory: %s\n\n\n", rtdir ) ;
char pathandfile[10000] ;
sigchain = new TChain("reducedTree") ;
//--- old (private prod) signal MC.
/// sprintf( pathandfile, "%s/reducedTree.CSVM_PF2PATjets_JES0_JER0_PFMETTypeI_METunc0_PUunc0_BTagEff05_HLTEff0.HiggsinoNLSP_chargino130_to_500_bino1-PU_S10-TChihh_v69-slimskim.root", rtdir ) ;
/// sigchain -> Add( pathandfile ) ;
//--- new (official) signal MC.
sprintf( pathandfile, "%s/reducedTree.JES0_JER0_PFMETTypeI_METunc0_PUunc0_hpt20.SMS-TChiHH_2b2b_2J_mChargino-130to325_mLSP-1to195_TuneZ2star_8TeV-madgraph-tauola_Summer12-START53_V19_FSIM-v1_AODSIM_UCSB1872_v71_test-slimskim.root", rtdir ) ;
sigchain -> Add( pathandfile ) ;
sprintf( pathandfile, "%s/reducedTree.JES0_JER0_PFMETTypeI_METunc0_PUunc0_hpt20.SMS-TChiHH_2b2b_2J_mChargino-350to500_mLSP-1to370_TuneZ2star_8TeV-madgraph-tauola_Summer12-START53_V19_FSIM-v1_AODSIM_UCSB1871_v71_test-slimskim.root", rtdir ) ;
sigchain -> Add( pathandfile ) ;
const int max_sig_points(100) ;
float signal_weight[max_sig_points] ;
float sigmass[max_sig_points] ;
int nsigpoints(0) ;
//-- See our twiki for an explanation of the weight factors.
// https://twiki.cern.ch/twiki/bin/view/CMS/SusyEWHHbbbb2013
//
//+++ This table is for the private production signal MC in the HiggsinoNLSP file
//
/// sigmass[nsigpoints] = 130. ; signal_weight[nsigpoints] = 2.3045e-05 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 150. ; signal_weight[nsigpoints] = 1.2294e-06 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 175. ; signal_weight[nsigpoints] = 7.8243e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 200. ; signal_weight[nsigpoints] = 4.6847e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 225. ; signal_weight[nsigpoints] = 3.2248e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 250. ; signal_weight[nsigpoints] = 7.1769e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 275. ; signal_weight[nsigpoints] = 5.6463e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 300. ; signal_weight[nsigpoints] = 2.9629e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 325. ; signal_weight[nsigpoints] = 2.7941e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 350. ; signal_weight[nsigpoints] = 2.4135e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 375. ; signal_weight[nsigpoints] = 2.9794e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 400. ; signal_weight[nsigpoints] = 1.8760e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 425. ; signal_weight[nsigpoints] = 1.4117e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 450. ; signal_weight[nsigpoints] = 1.0555e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 475. ; signal_weight[nsigpoints] = 1.8952e-07 ; nsigpoints++ ;
/// sigmass[nsigpoints] = 500. ; signal_weight[nsigpoints] = 1.4492e-07 ; nsigpoints++ ;
//+++ This table is for the official production files in SMS-TChiHH_2b2b files.
sigmass[nsigpoints] = 130. ; signal_weight[nsigpoints] = 2.1319e-05 ; nsigpoints++ ;
sigmass[nsigpoints] = 150. ; signal_weight[nsigpoints] = 7.1267e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 175. ; signal_weight[nsigpoints] = 8.0680e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 200. ; signal_weight[nsigpoints] = 4.9270e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 225. ; signal_weight[nsigpoints] = 3.1318e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 250. ; signal_weight[nsigpoints] = 5.0604e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 275. ; signal_weight[nsigpoints] = 3.4774e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 300. ; signal_weight[nsigpoints] = 2.3687e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 325. ; signal_weight[nsigpoints] = 1.6850e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 350. ; signal_weight[nsigpoints] = 2.1626e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 375. ; signal_weight[nsigpoints] = 1.6090e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 400. ; signal_weight[nsigpoints] = 1.1710e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 425. ; signal_weight[nsigpoints] = 0.8738e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 450. ; signal_weight[nsigpoints] = 0.6714e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 475. ; signal_weight[nsigpoints] = 0.5033e-07 ; nsigpoints++ ;
sigmass[nsigpoints] = 500. ; signal_weight[nsigpoints] = 0.3873e-07 ; nsigpoints++ ;
//+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
//--- Define cuts.
printf("\n\n Setting up cuts.\n\n") ;
//--- These are included in the skim definition of doSlimSkim.c. Doesn't hurt to apply them here.
//
char basiccuts[10000] ;
sprintf( basiccuts, "cutPV==1&&passCleaning==1&&buggyEvent==0&& MET/caloMET<2 && maxTOBTECjetDeltaMult<40" ) ;
char triggercuts[10000] ;
sprintf( triggercuts, "(passMC_DiCentralPFJet30_PFMET80_BTagCSV07==1||passMC_PFMET150==1)" ) ;
char njetcuts[10000] ;
sprintf( njetcuts, "njets20>=4&&njets20<=5" ) ;
char skimcuts[10000] ;
sprintf( skimcuts, "((%s)&&(%s)&&(%s))", basiccuts, triggercuts, njetcuts ) ;
//--- These are beyond the skim selection.
char leptonveto[10000] ;
/// sprintf( leptonveto, "%s", "nMuons==0&&nElectrons==0&&nIsoTracks15_005_03==0&&nTausLoose==0" ) ;
sprintf( leptonveto, "%s", "nMuons==0&&nElectrons==0&&nIsoPFcands10_010==0&&nTausLoose==0" ) ;
char drmaxcut[10000] ;
sprintf( drmaxcut, "%s", "deltaRmax_hh<2.2" ) ;
char mindphicut[10000] ;
//// sprintf( mindphicut, "%s", "((METsig>50&&minDeltaPhi20>0.3)||(METsig<50&&minDeltaPhi20>0.5))" ) ;
sprintf( mindphicut, "%s", "((METsig>50&&minDeltaPhi20_eta5_noIdAll_nobeta>0.3)||(METsig<50&&minDeltaPhi20_eta5_noIdAll_nobeta>0.5))" ) ;
char jet2ptcut[10000] ;
sprintf( jet2ptcut, "%s", "jetpt2>50" ) ;
char masssigcuts[10000] ;
sprintf( masssigcuts, "%s", "abs(higgsMbb1MassDiff-higgsMbb2MassDiff)<20&&((0.5*(higgsMbb1MassDiff+higgsMbb2MassDiff)>100)&&(0.5*(higgsMbb1MassDiff+higgsMbb2MassDiff)<140))" ) ;
char masssbcuts[10000] ;
sprintf( masssbcuts, "%s", "!(abs(higgsMbb1MassDiff-higgsMbb2MassDiff)<30&&((0.5*(higgsMbb1MassDiff+higgsMbb2MassDiff)>90)&&(0.5*(higgsMbb1MassDiff+higgsMbb2MassDiff)<150)))" ) ;
char btag4bcuts[10000] ;
sprintf( btag4bcuts, "%s", "CSVbest2>0.898&&CSVbest3>0.679&&CSVbest4>0.244" ) ;
char btag3bcuts[10000] ;
sprintf( btag3bcuts, "%s", "CSVbest2>0.898&&CSVbest3>0.679&&CSVbest4<0.244" ) ;
char btag2bcuts[10000] ;
sprintf( btag2bcuts, "%s", "CSVbest2>0.898&&CSVbest3<0.679" ) ;
char allcommoncuts[10000] ;
sprintf( allcommoncuts, "(%s)&&(%s)&&(%s)&&(%s)&&(%s)", skimcuts, leptonveto, drmaxcut, jet2ptcut, mindphicut ) ;
//--- fill the histograms.
TCanvas* can = new TCanvas("can","plots") ;
printf("\n\n Filling the histograms.\n\n" ) ; fflush(stdout) ;
char arg1[1000] ;
char allcuts[10000] ;
char puweight[100] ;
if ( usePUweight ) {
sprintf( puweight, "*PUweight" ) ;
} else {
sprintf( puweight, "" ) ;
}
TH1F* h_4b_msig[max_sig_points] ;
TH1F* h_4b_msb[max_sig_points] ;
TH1F* h_3b_msig[max_sig_points] ;
TH1F* h_3b_msb[max_sig_points] ;
TH1F* h_2b_msig[max_sig_points] ;
TH1F* h_2b_msb[max_sig_points] ;
TH1F* h_4b_msig_nw[max_sig_points] ;
TH1F* h_4b_msb_nw[max_sig_points] ;
TH1F* h_3b_msig_nw[max_sig_points] ;
TH1F* h_3b_msb_nw[max_sig_points] ;
TH1F* h_2b_msig_nw[max_sig_points] ;
TH1F* h_2b_msb_nw[max_sig_points] ;
for ( int spi=0; spi<nsigpoints; spi++ ) {
char hname[1000] ;
char htitle[1000] ;
printf("\n\n ++++++++ Signal point, mgl = %.0f, sample weight = %.5f\n\n", sigmass[spi], signal_weight[spi]*dataIntLumiIPB ) ;
sprintf( hname, "h_%s_4b_msig_smc_%.0f", metvarname_nospecial.Data(), sigmass[spi] ) ;
sprintf( htitle, "%s, 4b, mass signal box, SUSY MC, mgl=%.0f", metvarname, sigmass[spi] ) ;
h_4b_msig[spi] = new TH1F( hname, htitle, bins_of_met, met_bin_edges ) ;
h_4b_msig[spi] -> Sumw2() ;
sprintf( arg1, "%s>>%s", metvarname, hname ) ;
sprintf( allcuts, "((%s)&&(%s)&&(%s)&&m0==%.0f&&m12==%d)*%g%s*%.0f", allcommoncuts, masssigcuts, btag4bcuts, sigmass[spi], lsp_mass, signal_weight[spi], puweight, dataIntLumiIPB ) ;
printf("\n %s : %s\n", arg1, allcuts ) ; fflush(stdout) ;
sigchain -> Draw( arg1, allcuts ) ;
can->Update() ; can->Draw() ;
h_4b_msig[spi] -> Print("all") ;
sprintf( hname, "h_%s_3b_msig_smc_%.0f", metvarname_nospecial.Data(), sigmass[spi] ) ;
sprintf( htitle, "%s, 3b, mass signal box, SUSY MC, mgl=%.0f", metvarname, sigmass[spi] ) ;
h_3b_msig[spi] = new TH1F( hname, htitle, bins_of_met, met_bin_edges ) ;
h_3b_msig[spi] -> Sumw2() ;
sprintf( arg1, "%s>>%s", metvarname, hname ) ;
sprintf( allcuts, "((%s)&&(%s)&&(%s)&&m0==%.0f&&m12==%d)*%g%s*%.0f", allcommoncuts, masssigcuts, btag3bcuts, sigmass[spi], lsp_mass, signal_weight[spi], puweight, dataIntLumiIPB ) ;
printf("\n %s : %s\n", arg1, allcuts ) ; fflush(stdout) ;
sigchain -> Draw( arg1, allcuts ) ;
can->Update() ; can->Draw() ;
h_3b_msig[spi] -> Print("all") ;
sprintf( hname, "h_%s_2b_msig_smc_%.0f", metvarname_nospecial.Data(), sigmass[spi] ) ;
sprintf( htitle, "%s, 2b, mass signal box, SUSY MC, mgl=%.0f", metvarname, sigmass[spi] ) ;
h_2b_msig[spi] = new TH1F( hname, htitle, bins_of_met, met_bin_edges ) ;
h_2b_msig[spi] -> Sumw2() ;
sprintf( arg1, "%s>>%s", metvarname, hname ) ;
sprintf( allcuts, "((%s)&&(%s)&&(%s)&&m0==%.0f&&m12==%d)*%g%s*%.0f", allcommoncuts, masssigcuts, btag2bcuts, sigmass[spi], lsp_mass, signal_weight[spi], puweight, dataIntLumiIPB ) ;
printf("\n %s : %s\n", arg1, allcuts ) ; fflush(stdout) ;
sigchain -> Draw( arg1, allcuts ) ;
can->Update() ; can->Draw() ;
h_2b_msig[spi] -> Print("all") ;
sprintf( hname, "h_%s_4b_msb_smc_%.0f", metvarname_nospecial.Data(), sigmass[spi] ) ;
sprintf( htitle, "%s, 4b, mass sideband, SUSY MC, mgl=%.0f", metvarname, sigmass[spi] ) ;
h_4b_msb[spi] = new TH1F( hname, htitle, bins_of_met, met_bin_edges ) ;
h_4b_msb[spi] -> Sumw2() ;
sprintf( arg1, "%s>>%s", metvarname, hname ) ;
sprintf( allcuts, "((%s)&&(%s)&&(%s)&&m0==%.0f&&m12==%d)*%g%s*%.0f", allcommoncuts, masssbcuts, btag4bcuts, sigmass[spi], lsp_mass, signal_weight[spi], puweight, dataIntLumiIPB ) ;
printf("\n %s : %s\n", arg1, allcuts ) ; fflush(stdout) ;
sigchain -> Draw( arg1, allcuts ) ;
can->Update() ; can->Draw() ;
h_4b_msb[spi] -> Print("all") ;
sprintf( hname, "h_%s_3b_msb_smc_%.0f", metvarname_nospecial.Data(), sigmass[spi] ) ;
sprintf( htitle, "%s, 3b, mass sideband, SUSY MC, mgl=%.0f", metvarname, sigmass[spi] ) ;
h_3b_msb[spi] = new TH1F( hname, htitle, bins_of_met, met_bin_edges ) ;
h_3b_msb[spi] -> Sumw2() ;
sprintf( arg1, "%s>>%s", metvarname, hname ) ;
sprintf( allcuts, "((%s)&&(%s)&&(%s)&&m0==%.0f&&m12==%d)*%g%s*%.0f", allcommoncuts, masssbcuts, btag3bcuts, sigmass[spi], lsp_mass, signal_weight[spi], puweight, dataIntLumiIPB ) ;
printf("\n %s : %s\n", arg1, allcuts ) ; fflush(stdout) ;
sigchain -> Draw( arg1, allcuts ) ;
can->Update() ; can->Draw() ;
h_3b_msb[spi] -> Print("all") ;
sprintf( hname, "h_%s_2b_msb_smc_%.0f", metvarname_nospecial.Data(), sigmass[spi] ) ;
sprintf( htitle, "%s, 2b, mass sideband, SUSY MC, mgl=%.0f", metvarname, sigmass[spi] ) ;
h_2b_msb[spi] = new TH1F( hname, htitle, bins_of_met, met_bin_edges ) ;
h_2b_msb[spi] -> Sumw2() ;
sprintf( arg1, "%s>>%s", metvarname, hname ) ;
sprintf( allcuts, "((%s)&&(%s)&&(%s)&&m0==%.0f&&m12==%d)*%g%s*%.0f", allcommoncuts, masssbcuts, btag2bcuts, sigmass[spi], lsp_mass, signal_weight[spi], puweight, dataIntLumiIPB ) ;
printf("\n %s : %s\n", arg1, allcuts ) ; fflush(stdout) ;
sigchain -> Draw( arg1, allcuts ) ;
can->Update() ; can->Draw() ;
h_2b_msb[spi] -> Print("all") ;
if ( fill_noweight_histograms ) {
sprintf( hname, "h_%s_4b_msig_smc_%.0f_noweight", metvarname_nospecial.Data(), sigmass[spi] ) ;
sprintf( htitle, "%s, 4b, mass signal box, SUSY MC, mgl=%.0f, no weight", metvarname, sigmass[spi] ) ;
h_4b_msig_nw[spi] = new TH1F( hname, htitle, bins_of_met, met_bin_edges ) ;
h_4b_msig_nw[spi] -> Sumw2() ;
sprintf( arg1, "%s>>%s", metvarname, hname ) ;
sprintf( allcuts, "((%s)&&(%s)&&(%s)&&m0==%.0f&&m12==%d)", allcommoncuts, masssigcuts, btag4bcuts, sigmass[spi], lsp_mass ) ;
printf("\n %s : %s\n", arg1, allcuts ) ; fflush(stdout) ;
sigchain -> Draw( arg1, allcuts ) ;
can->Update() ; can->Draw() ;
h_4b_msig_nw[spi] -> Print("all") ;
sprintf( hname, "h_%s_3b_msig_smc_%.0f_noweight", metvarname_nospecial.Data(), sigmass[spi] ) ;
sprintf( htitle, "%s, 3b, mass signal box, SUSY MC, mgl=%.0f, no weight", metvarname, sigmass[spi] ) ;
h_3b_msig_nw[spi] = new TH1F( hname, htitle, bins_of_met, met_bin_edges ) ;
h_3b_msig_nw[spi] -> Sumw2() ;
sprintf( arg1, "%s>>%s", metvarname, hname ) ;
sprintf( allcuts, "((%s)&&(%s)&&(%s)&&m0==%.0f&&m12==%d)", allcommoncuts, masssigcuts, btag3bcuts, sigmass[spi], lsp_mass ) ;
printf("\n %s : %s\n", arg1, allcuts ) ; fflush(stdout) ;
sigchain -> Draw( arg1, allcuts ) ;
can->Update() ; can->Draw() ;
h_3b_msig_nw[spi] -> Print("all") ;
sprintf( hname, "h_%s_2b_msig_smc_%.0f_noweight", metvarname_nospecial.Data(), sigmass[spi] ) ;
sprintf( htitle, "%s, 2b, mass signal box, SUSY MC, mgl=%.0f, no weight", metvarname, sigmass[spi] ) ;
h_2b_msig_nw[spi] = new TH1F( hname, htitle, bins_of_met, met_bin_edges ) ;
h_2b_msig_nw[spi] -> Sumw2() ;
sprintf( arg1, "%s>>%s", metvarname, hname ) ;
sprintf( allcuts, "((%s)&&(%s)&&(%s)&&m0==%.0f&&m12==%d)", allcommoncuts, masssigcuts, btag2bcuts, sigmass[spi], lsp_mass ) ;
printf("\n %s : %s\n", arg1, allcuts ) ; fflush(stdout) ;
sigchain -> Draw( arg1, allcuts ) ;
can->Update() ; can->Draw() ;
h_2b_msig_nw[spi] -> Print("all") ;
sprintf( hname, "h_%s_4b_msb_smc_%.0f_noweight", metvarname_nospecial.Data(), sigmass[spi] ) ;
sprintf( htitle, "%s, 4b, mass sideband, SUSY MC, mgl=%.0f, no weight", metvarname, sigmass[spi] ) ;
h_4b_msb_nw[spi] = new TH1F( hname, htitle, bins_of_met, met_bin_edges ) ;
h_4b_msb_nw[spi] -> Sumw2() ;
sprintf( arg1, "%s>>%s", metvarname, hname ) ;
sprintf( allcuts, "((%s)&&(%s)&&(%s)&&m0==%.0f&&m12==%d)", allcommoncuts, masssbcuts, btag4bcuts, sigmass[spi], lsp_mass ) ;
printf("\n %s : %s\n", arg1, allcuts ) ; fflush(stdout) ;
sigchain -> Draw( arg1, allcuts ) ;
can->Update() ; can->Draw() ;
h_4b_msb_nw[spi] -> Print("all") ;
sprintf( hname, "h_%s_3b_msb_smc_%.0f_noweight", metvarname_nospecial.Data(), sigmass[spi] ) ;
sprintf( htitle, "%s, 3b, mass sideband, SUSY MC, mgl=%.0f, no weight", metvarname, sigmass[spi] ) ;
h_3b_msb_nw[spi] = new TH1F( hname, htitle, bins_of_met, met_bin_edges ) ;
h_3b_msb_nw[spi] -> Sumw2() ;
sprintf( arg1, "%s>>%s", metvarname, hname ) ;
sprintf( allcuts, "((%s)&&(%s)&&(%s)&&m0==%.0f&&m12==%d)", allcommoncuts, masssbcuts, btag3bcuts, sigmass[spi], lsp_mass ) ;
printf("\n %s : %s\n", arg1, allcuts ) ; fflush(stdout) ;
sigchain -> Draw( arg1, allcuts ) ;
can->Update() ; can->Draw() ;
h_3b_msb_nw[spi] -> Print("all") ;
sprintf( hname, "h_%s_2b_msb_smc_%.0f_noweight", metvarname_nospecial.Data(), sigmass[spi] ) ;
sprintf( htitle, "%s, 2b, mass sideband, SUSY MC, mgl=%.0f, no weight", metvarname, sigmass[spi] ) ;
h_2b_msb_nw[spi] = new TH1F( hname, htitle, bins_of_met, met_bin_edges ) ;
h_2b_msb_nw[spi] -> Sumw2() ;
sprintf( arg1, "%s>>%s", metvarname, hname ) ;
sprintf( allcuts, "((%s)&&(%s)&&(%s)&&m0==%.0f&&m12==%d)", allcommoncuts, masssbcuts, btag2bcuts, sigmass[spi], lsp_mass ) ;
printf("\n %s : %s\n", arg1, allcuts ) ; fflush(stdout) ;
sigchain -> Draw( arg1, allcuts ) ;
can->Update() ; can->Draw() ;
h_2b_msb_nw[spi] -> Print("all") ;
} // fill_noweight_histograms ?
} // spi.
//--- Print a nice table.
float smc_4b_msig_val[max_sig_points][bins_of_met] ;
float smc_3b_msig_val[max_sig_points][bins_of_met] ;
float smc_2b_msig_val[max_sig_points][bins_of_met] ;
float smc_4b_msb_val[max_sig_points][bins_of_met] ;
float smc_3b_msb_val[max_sig_points][bins_of_met] ;
float smc_2b_msb_val[max_sig_points][bins_of_met] ;
float smc_4b_msig_err[max_sig_points][bins_of_met] ;
float smc_3b_msig_err[max_sig_points][bins_of_met] ;
float smc_2b_msig_err[max_sig_points][bins_of_met] ;
float smc_4b_msb_err[max_sig_points][bins_of_met] ;
float smc_3b_msb_err[max_sig_points][bins_of_met] ;
float smc_2b_msb_err[max_sig_points][bins_of_met] ;
printf("\n\n\n") ;
printf("============================================================================================================================================\n") ;
printf(" Mgl METsig | 4bSB 4bSIG | 3bSB 3bSIG | 2bSB 2bSIG |\n") ;
printf("============================================================================================================================================\n") ;
fflush(stdout) ;
for ( int spi=0; spi<nsigpoints; spi++ ) {
printf(" Mgl = %.0f ----------------------------\n", sigmass[spi] ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) {
float metsiglow = h_4b_msig[0]->GetXaxis()->GetBinLowEdge( mbi+1 ) ;
float metsighigh = h_4b_msig[0]->GetXaxis()->GetBinLowEdge( mbi+2 ) ;
if ( mbi==bins_of_met-1 ) metsighigh = 999. ;
smc_4b_msig_val[spi][mbi] = h_4b_msig[spi]->GetBinContent(mbi+1) ;
smc_3b_msig_val[spi][mbi] = h_3b_msig[spi]->GetBinContent(mbi+1) ;
smc_2b_msig_val[spi][mbi] = h_2b_msig[spi]->GetBinContent(mbi+1) ;
smc_4b_msb_val[spi][mbi] = h_4b_msb[spi]->GetBinContent(mbi+1) ;
smc_3b_msb_val[spi][mbi] = h_3b_msb[spi]->GetBinContent(mbi+1) ;
smc_2b_msb_val[spi][mbi] = h_2b_msb[spi]->GetBinContent(mbi+1) ;
//-- define error as fractional error on yield.
smc_4b_msig_err[spi][mbi] = 1. ;
smc_3b_msig_err[spi][mbi] = 1. ;
smc_2b_msig_err[spi][mbi] = 1. ;
smc_4b_msb_err[spi][mbi] = 1. ;
smc_3b_msb_err[spi][mbi] = 1. ;
smc_2b_msb_err[spi][mbi] = 1. ;
if ( smc_4b_msig_val[spi][mbi] > 0. ) { smc_4b_msig_err[spi][mbi] = ( h_4b_msig[spi]->GetBinError(mbi+1) ) / ( smc_4b_msig_val[spi][mbi] ) ; }
if ( smc_3b_msig_val[spi][mbi] > 0. ) { smc_3b_msig_err[spi][mbi] = ( h_3b_msig[spi]->GetBinError(mbi+1) ) / ( smc_3b_msig_val[spi][mbi] ) ; }
if ( smc_2b_msig_val[spi][mbi] > 0. ) { smc_2b_msig_err[spi][mbi] = ( h_2b_msig[spi]->GetBinError(mbi+1) ) / ( smc_2b_msig_val[spi][mbi] ) ; }
if ( smc_4b_msb_val[spi][mbi] > 0. ) { smc_4b_msb_err[spi][mbi] = ( h_4b_msb[spi]->GetBinError(mbi+1) ) / ( smc_4b_msb_val[spi][mbi] ) ; }
if ( smc_3b_msb_val[spi][mbi] > 0. ) { smc_3b_msb_err[spi][mbi] = ( h_3b_msb[spi]->GetBinError(mbi+1) ) / ( smc_3b_msb_val[spi][mbi] ) ; }
if ( smc_2b_msb_val[spi][mbi] > 0. ) { smc_2b_msb_err[spi][mbi] = ( h_2b_msb[spi]->GetBinError(mbi+1) ) / ( smc_2b_msb_val[spi][mbi] ) ; }
printf( "%4.0f [%3.0f,%3.0f] | %6.1f +/- %4.1f, %6.1f +/- %4.1f | %6.1f +/- %4.1f, %6.1f +/- %4.1f | %6.1f +/- %4.1f, %6.1f +/- %4.1f |\n",
sigmass[spi], metsiglow, metsighigh,
smc_4b_msb_val[spi][mbi] , smc_4b_msb_val[spi][mbi] * smc_4b_msb_err[spi][mbi],
smc_4b_msig_val[spi][mbi] , smc_4b_msig_val[spi][mbi] * smc_4b_msig_err[spi][mbi],
smc_3b_msb_val[spi][mbi] , smc_3b_msb_val[spi][mbi] * smc_3b_msb_err[spi][mbi],
smc_3b_msig_val[spi][mbi] , smc_3b_msig_val[spi][mbi] * smc_3b_msig_err[spi][mbi],
smc_2b_msb_val[spi][mbi] , smc_2b_msb_val[spi][mbi] * smc_2b_msb_err[spi][mbi],
smc_2b_msig_val[spi][mbi] , smc_2b_msig_val[spi][mbi] * smc_2b_msig_err[spi][mbi]
) ;
} // mbi.
} // spi.
printf("\n\n\n") ;
//-- print out no-weight tables, if the histograms were filled.
if ( fill_noweight_histograms ) {
printf("\n\n\n") ;
printf("================================================================================\n") ;
printf(" Mgl METsig | 4bSB 4bSIG | 3bSB 3bSIG | 2bSB 2bSIG |\n") ;
printf("================================================================================\n") ;
fflush(stdout) ;
for ( int spi=0; spi<nsigpoints; spi++ ) {
printf(" Mgl = %.0f ----------------------------\n", sigmass[spi] ) ;
for ( int hbi=1; hbi<=bins_of_met; hbi++ ) {
float metsiglow = h_4b_msig[0]->GetXaxis()->GetBinLowEdge( hbi ) ;
float metsighigh = h_4b_msig[0]->GetXaxis()->GetBinLowEdge( hbi+1 ) ;
if ( hbi==bins_of_met ) metsighigh = 999. ;
float nmsig_4b_val_smc = h_4b_msig_nw[spi]->GetBinContent(hbi) ;
float nmsig_3b_val_smc = h_3b_msig_nw[spi]->GetBinContent(hbi) ;
float nmsig_2b_val_smc = h_2b_msig_nw[spi]->GetBinContent(hbi) ;
float nmsb_4b_val_smc = h_4b_msb_nw[spi]->GetBinContent(hbi) ;
float nmsb_3b_val_smc = h_3b_msb_nw[spi]->GetBinContent(hbi) ;
float nmsb_2b_val_smc = h_2b_msb_nw[spi]->GetBinContent(hbi) ;
printf( "%4.0f [%3.0f,%3.0f] | %6.0f %6.0f | %6.0f %6.0f | %6.0f %6.0f |\n",
sigmass[spi], metsiglow, metsighigh,
nmsb_4b_val_smc, nmsig_4b_val_smc,
nmsb_3b_val_smc, nmsig_3b_val_smc,
nmsb_2b_val_smc, nmsig_2b_val_smc
) ;
} // hbi.
} // spi.
printf("\n\n\n") ;
} // fill_noweight_histograms ?
//--- Generate the likelihood input file.
gSystem -> Exec("mkdir -p outputfiles") ;
printf("\n\n output file with path: %s\n\n", outfilename ) ; fflush(stdout) ;
char command[10000] ;
sprintf( command, "ls %s >& /dev/null", outfilename ) ;
int returnstat = gSystem->Exec( command ) ;
if ( returnstat == 0 ) {
char mvfile[10000] ;
sprintf( mvfile, "%s-old", outfilename ) ;
printf("\n\n *** Output file already exists. Moving it to %s\n\n", mvfile ) ;
sprintf( command, "mv %s %s", outfilename, mvfile ) ;
gSystem->Exec( command ) ;
}
FILE* outfile = fopen( outfilename, "w" ) ;
fprintf( outfile, "met_variable %s\n", metvarname ) ;
fprintf( outfile, "bins_of_met %d ", bins_of_met ) ;
for ( int mbi=0; mbi<=bins_of_met; mbi++ ) { fprintf( outfile, " %.2f ", met_bin_edges[mbi] ) ; }
fprintf( outfile, "\n" ) ;
for ( int spi=0; spi<nsigpoints; spi++ ) {
fprintf( outfile, " %5.0f %5.0f ", sigmass[spi], 0. ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) { fprintf( outfile, " %7.2f ", smc_2b_msig_val[spi][mbi] ) ; } fprintf( outfile, " " ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) { fprintf( outfile, " %7.2f ", smc_3b_msig_val[spi][mbi] ) ; } fprintf( outfile, " " ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) { fprintf( outfile, " %7.2f ", smc_4b_msig_val[spi][mbi] ) ; } fprintf( outfile, " " ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) { fprintf( outfile, " %7.2f ", smc_2b_msb_val[spi][mbi] ) ; } fprintf( outfile, " " ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) { fprintf( outfile, " %7.2f ", smc_3b_msb_val[spi][mbi] ) ; } fprintf( outfile, " " ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) { fprintf( outfile, " %7.2f ", smc_4b_msb_val[spi][mbi] ) ; } fprintf( outfile, " " ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) { fprintf( outfile, " %5.3f ", smc_2b_msig_err[spi][mbi] ) ; } fprintf( outfile, " " ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) { fprintf( outfile, " %5.3f ", smc_3b_msig_err[spi][mbi] ) ; } fprintf( outfile, " " ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) { fprintf( outfile, " %5.3f ", smc_4b_msig_err[spi][mbi] ) ; } fprintf( outfile, " " ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) { fprintf( outfile, " %5.3f ", smc_2b_msb_err[spi][mbi] ) ; } fprintf( outfile, " " ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) { fprintf( outfile, " %5.3f ", smc_3b_msb_err[spi][mbi] ) ; } fprintf( outfile, " " ) ;
for ( int mbi=0; mbi<bins_of_met; mbi++ ) { fprintf( outfile, " %5.3f ", smc_4b_msb_err[spi][mbi] ) ; } fprintf( outfile, " " ) ;
fprintf( outfile, "\n" ) ;
} // spi.
fclose( outfile ) ;
printf("\n\n Created likelihood input file: %s\n\n", outfilename ) ;
//--- save histograms.
printf("\n\n Saving histograms to outputfiles/gen_sig_input.root\n\n") ;
saveHist( "outputfiles/gen_sig_input.root", "h*" ) ;
} // gen_sig_input_file