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helper_babymaker.cc
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helper_babymaker.cc
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#include "helper_babymaker.h"
#include "CORE/Tools/btagsf/BTagCalibrationStandalone.h"
#include "CORE/Tools/jetcorr/Utilities.icc"
#include "CORE/Tools/jetcorr/SimpleJetCorrectionUncertainty.h"
#include "CORE/Tools/jetcorr/JetCorrectionUncertainty.h"
#include "misc/signal_regions.h"
#include "misc/bdt.h"
namespace bdtrun2 {
#include "misc/bdt_run2.h"
}
#include "misc/common_utils.h"
// #include "misc/toptagger.h"
using namespace tas;
const bool applyBtagSFs = true;
//Main functions
void babyMaker::MakeBabyNtuple(const char* output_name, bool isFastsim, int iSignal){
//Create Baby
BabyFile = new TFile(Form("%s/%s", path.Data(), output_name), "RECREATE");
BabyFile->cd();
BabyTree = new TTree("t", "SS2015 Baby Ntuple");
//Define Branches
BabyTree->Branch("lep1_isPrompt" , &lep1_isPrompt );
BabyTree->Branch("lep1_isDirectPrompt" , &lep1_isDirectPrompt );
BabyTree->Branch("lep1_isStat3" , &lep1_isStat3 );
BabyTree->Branch("lep2_isPrompt" , &lep2_isPrompt );
BabyTree->Branch("lep2_isDirectPrompt" , &lep2_isDirectPrompt );
BabyTree->Branch("lep2_isStat3" , &lep2_isStat3 );
BabyTree->Branch("met" , &met );
BabyTree->Branch("metPhi" , &metPhi );
BabyTree->Branch("rawmet" , &rawmet );
BabyTree->Branch("rawmetPhi" , &rawmetPhi );
BabyTree->Branch("calomet" , &calomet );
BabyTree->Branch("calometPhi" , &calometPhi );
BabyTree->Branch("event" , &event );
BabyTree->Branch("lumi" , &lumi );
BabyTree->Branch("run" , &run );
BabyTree->Branch("filt_csc" , &filt_csc );
BabyTree->Branch("filt_hbhe" , &filt_hbhe );
BabyTree->Branch("filt_hcallaser" , &filt_hcallaser );
BabyTree->Branch("filt_ecaltp" , &filt_ecaltp );
BabyTree->Branch("filt_trkfail" , &filt_trkfail );
BabyTree->Branch("is_real_data" , &is_real_data );
BabyTree->Branch("scale1fb" , &scale1fb );
BabyTree->Branch("genps_weight" , &genps_weight );
BabyTree->Branch("xsec" , &xsec );
BabyTree->Branch("neventstotal" , &neventstotal );
BabyTree->Branch("xsec_ps" , &xsec_ps );
BabyTree->Branch("sparmNames" , &sparmNames );
BabyTree->Branch("sparms" , &sparms );
BabyTree->Branch("xsec_error" , &xsec_error );
BabyTree->Branch("kfactor" , &kfactor );
BabyTree->Branch("gen_met" , &gen_met );
// BabyTree->Branch("genweights" , &genweights );
BabyTree->Branch("pdfweights" , &pdfweights );
// BabyTree->Branch("genweightsID" , &genweightsID );
BabyTree->Branch("gen_met_phi" , &gen_met_phi );
BabyTree->Branch("skim" , &skim );
BabyTree->Branch("skim_nomet" , &skim_nomet );
BabyTree->Branch("nleps" , &nleps );
BabyTree->Branch("sr" , &sr );
BabyTree->Branch("br" , &br );
BabyTree->Branch("ss_nleps" , &ss_nleps );
BabyTree->Branch("ss_br" , &ss_br );
BabyTree->Branch("ss_sr" , &ss_sr );
BabyTree->Branch("ss_region" , &ss_region );
BabyTree->Branch("njets" , &njets );
BabyTree->Branch("njetsAG" , &njetsAG );
BabyTree->Branch("nbtagsAG" , &nbtagsAG );
BabyTree->Branch("njets_raw" , &njets_raw );
BabyTree->Branch("hyp_class" , &hyp_class );
BabyTree->Branch("lep1_p4" , &lep1_p4 );
BabyTree->Branch("lep2_p4" , &lep2_p4 );
BabyTree->Branch("lep1_pt" , &lep1_pt );
BabyTree->Branch("lep2_pt" , &lep2_pt );
BabyTree->Branch("lep3_pt" , &lep3_pt );
BabyTree->Branch("lep1_eta" , &lep1_eta );
BabyTree->Branch("lep2_eta" , &lep2_eta );
BabyTree->Branch("lep3_eta" , &lep3_eta );
BabyTree->Branch("lep1_phi" , &lep1_phi );
BabyTree->Branch("lep2_phi" , &lep2_phi );
BabyTree->Branch("lep3_phi" , &lep3_phi );
BabyTree->Branch("ht_raw" , &ht_raw );
BabyTree->Branch("ht" , &ht );
BabyTree->Branch("lep1_motherID" , &lep1_motherID );
BabyTree->Branch("lep2_motherID" , &lep2_motherID );
BabyTree->Branch("lep1_mc_id" , &lep1_mc_id );
BabyTree->Branch("lep2_mc_id" , &lep2_mc_id );
BabyTree->Branch("lep1_mc_motherid" , &lep1_mc_motherid );
BabyTree->Branch("lep2_mc_motherid" , &lep2_mc_motherid );
BabyTree->Branch("lep1_id" , &lep1_id );
BabyTree->Branch("lep2_id" , &lep2_id );
BabyTree->Branch("lep1_coneCorrPt" , &lep1_coneCorrPt );
BabyTree->Branch("lep2_coneCorrPt" , &lep2_coneCorrPt );
BabyTree->Branch("lep3_coneCorrPt" , &lep3_coneCorrPt );
BabyTree->Branch("lep4_coneCorrPt" , &lep4_coneCorrPt );
BabyTree->Branch("lep1_idx" , &lep1_idx );
BabyTree->Branch("lep2_idx" , &lep2_idx );
BabyTree->Branch("jets" , &jets );
BabyTree->Branch("jets_jec_up" , &jets_jec_up );
BabyTree->Branch("jets_jec_dn" , &jets_jec_dn );
BabyTree->Branch("jets_disc_up" , &jets_disc_up );
BabyTree->Branch("jets_disc_dn" , &jets_disc_dn );
BabyTree->Branch("bjets_jec_up" , &bjets_jec_up );
BabyTree->Branch("bjets_jec_dn" , &bjets_jec_dn );
BabyTree->Branch("btags_flavor" , &btags_flavor );
BabyTree->Branch("btags_disc" , &btags_disc );
BabyTree->Branch("btags_cdisc" , &btags_cdisc );
BabyTree->Branch("jets_flavor" , &jets_flavor );
BabyTree->Branch("jets_disc" , &jets_disc );
BabyTree->Branch("jets_bsf" , &jets_bsf );
BabyTree->Branch("jets_JEC" , &jets_JEC );
BabyTree->Branch("btags_JEC" , &btags_JEC );
BabyTree->Branch("jets_undoJEC" , &jets_undoJEC );
BabyTree->Branch("btags_undoJEC" , &btags_undoJEC );
BabyTree->Branch("btags_unc" , &btags_unc );
BabyTree->Branch("btags_eff" , &btags_eff );
BabyTree->Branch("btags_effpt" , &btags_effpt );
BabyTree->Branch("btags_sf" , &btags_sf );
BabyTree->Branch("jets_unc" , &jets_unc );
BabyTree->Branch("btags" , &btags );
BabyTree->Branch("nbtags" , &nbtags );
BabyTree->Branch("nbtags_raw" , &nbtags_raw );
BabyTree->Branch("sf_dilepTrig_hpt" , &sf_dilepTrig_hpt );
BabyTree->Branch("sf_dilepTrig_lpt" , &sf_dilepTrig_lpt );
BabyTree->Branch("sf_dilepTrig_vlpt" , &sf_dilepTrig_vlpt );
BabyTree->Branch("hyp_type" , &hyp_type );
BabyTree->Branch("sf_dilep_eff" , &sf_dilep_eff );
BabyTree->Branch("mt" , &mt );
BabyTree->Branch("mt_l2" , &mt_l2 );
BabyTree->Branch("mt2" , &mt2 );
BabyTree->Branch("mtmin" , &mtmin );
BabyTree->Branch("lep1_id_gen" , &lep1_id_gen );
BabyTree->Branch("lep2_id_gen" , &lep2_id_gen );
BabyTree->Branch("lep1_p4_gen" , &lep1_p4_gen );
BabyTree->Branch("lep2_p4_gen" , &lep2_p4_gen );
BabyTree->Branch("lep3_id" , &lep3_id );
BabyTree->Branch("lep3_idx" , &lep3_idx );
BabyTree->Branch("lep3_p4" , &lep3_p4 );
BabyTree->Branch("lep3_quality" , &lep3_quality );
BabyTree->Branch("lep4_id" , &lep4_id );
BabyTree->Branch("lep4_idx" , &lep4_idx );
BabyTree->Branch("lep4_p4" , &lep4_p4 );
BabyTree->Branch("lep1_iso" , &lep1_iso );
BabyTree->Branch("lep2_iso" , &lep2_iso );
// BabyTree->Branch("lep1_tkIso" , &lep1_tkIso );
// BabyTree->Branch("lep2_tkIso" , &lep2_tkIso );
BabyTree->Branch("dilep_p4" , &dilep_p4 );
BabyTree->Branch("dilep_mass" , &dilep_mass );
BabyTree->Branch("mass13" , &mass13 );
BabyTree->Branch("mass23" , &mass23 );
BabyTree->Branch("mass123" , &mass123 );
BabyTree->Branch("ncharginos" , &ncharginos );
BabyTree->Branch("nhiggs" , &nhiggs );
BabyTree->Branch("higgs_mass" , &higgs_mass );
BabyTree->Branch("genps_p4" , &genps_p4 );
BabyTree->Branch("genjets_p4" , &genjets_p4 );
BabyTree->Branch("genps_id" , &genps_id );
BabyTree->Branch("genps_id_mother" , &genps_id_mother );
BabyTree->Branch("genps_idx_mother" , &genps_idx_mother );
BabyTree->Branch("genps_status" , &genps_status );
BabyTree->Branch("genps_id_grandma" , &genps_id_grandma );
BabyTree->Branch("all_leps_p4" , &all_leps_p4 );
BabyTree->Branch("all_leps_id" , &all_leps_id );
BabyTree->Branch("all_leps_veto" , &all_leps_veto );
BabyTree->Branch("all_leps_mc3idx" , &all_leps_mc3idx );
BabyTree->Branch("lep1_passes_id" , &lep1_passes_id );
BabyTree->Branch("lep2_passes_id" , &lep2_passes_id );
BabyTree->Branch("lep3_passes_id" , &lep3_passes_id );
BabyTree->Branch("lep4_passes_id" , &lep4_passes_id );
BabyTree->Branch("lep1_tight" , &lep1_tight );
BabyTree->Branch("lep1_veto" , &lep1_veto );
BabyTree->Branch("lep1_fo" , &lep1_fo );
BabyTree->Branch("lep2_tight" , &lep2_tight );
BabyTree->Branch("lep2_veto" , &lep2_veto );
BabyTree->Branch("lep2_fo" , &lep2_fo );
BabyTree->Branch("lep3_tight" , &lep3_tight );
BabyTree->Branch("lep3_veto" , &lep3_veto );
BabyTree->Branch("lep3_fo" , &lep3_fo );
BabyTree->Branch("lep4_tight" , &lep4_tight );
BabyTree->Branch("lep4_veto" , &lep4_veto );
BabyTree->Branch("lep4_fo" , &lep4_fo );
BabyTree->Branch("lep1_dxyPV" , &lep1_dxyPV );
BabyTree->Branch("lep2_dxyPV" , &lep2_dxyPV );
BabyTree->Branch("lep1_dZ" , &lep1_dZ );
BabyTree->Branch("lep2_dZ" , &lep2_dZ );
BabyTree->Branch("lep1_d0_err" , &lep1_d0_err );
BabyTree->Branch("lep2_d0_err" , &lep2_d0_err );
BabyTree->Branch("lep1_ip3d" , &lep1_ip3d );
BabyTree->Branch("lep2_ip3d" , &lep2_ip3d );
BabyTree->Branch("lep1_MVA" , &lep1_MVA );
BabyTree->Branch("lep2_MVA" , &lep2_MVA );
// BabyTree->Branch("lep1_MVA_miniaod" , &lep1_MVA_miniaod );
// BabyTree->Branch("lep2_MVA_miniaod" , &lep2_MVA_miniaod );
// BabyTree->Branch("lep1_passes_MVA" , &lep1_passes_MVA );
// BabyTree->Branch("lep2_passes_MVA" , &lep2_passes_MVA );
BabyTree->Branch("lep1_ip3d_err" , &lep1_ip3d_err );
BabyTree->Branch("lep2_ip3d_err" , &lep2_ip3d_err );
BabyTree->Branch("nVetoElectrons7" , &nVetoElectrons7 );
BabyTree->Branch("nVetoElectrons10" , &nVetoElectrons10 );
BabyTree->Branch("nVetoElectrons25" , &nVetoElectrons25 );
BabyTree->Branch("nVetoMuons5" , &nVetoMuons5 );
BabyTree->Branch("nVetoMuons10" , &nVetoMuons10 );
BabyTree->Branch("nVetoMuons25" , &nVetoMuons25 );
BabyTree->Branch("filename" , &filename );
BabyTree->Branch("lep1_ptrel_ma" , &lep1_ptrel_ma );
BabyTree->Branch("lep1_ptratio_ma" , &lep1_ptratio_ma );
BabyTree->Branch("lep2_ptrel_ma" , &lep2_ptrel_ma );
BabyTree->Branch("lep2_ptratio_ma" , &lep2_ptratio_ma );
BabyTree->Branch("lep1_ptrel_v1" , &lep1_ptrel_v1 );
BabyTree->Branch("lep2_ptrel_v1" , &lep2_ptrel_v1 );
BabyTree->Branch("lep1_ptratio" , &lep1_ptratio );
BabyTree->Branch("lep2_ptratio" , &lep2_ptratio );
BabyTree->Branch("lep1_miniIso" , &lep1_miniIso );
BabyTree->Branch("lep2_miniIso" , &lep2_miniIso );
BabyTree->Branch("trueNumInt" , &trueNumInt );
BabyTree->Branch("nGoodVertices" , &nGoodVertices );
BabyTree->Branch("lep1_trigMatch_noIsoReq" , &lep1_trigMatch_noIsoReq );
BabyTree->Branch("lep1_trigMatch_isoReq" , &lep1_trigMatch_isoReq );
BabyTree->Branch("lep2_trigMatch_noIsoReq" , &lep2_trigMatch_noIsoReq );
BabyTree->Branch("lep2_trigMatch_isoReq" , &lep2_trigMatch_isoReq );
BabyTree->Branch("passes_met_filters" , &passes_met_filters );
BabyTree->Branch("passes_chargedcand_filter" , &passes_chargedcand_filter );
BabyTree->Branch("evt_egclean_pfmet" , &evt_egclean_pfmet );
BabyTree->Branch("evt_muegclean_pfmet" , &evt_muegclean_pfmet );
BabyTree->Branch("evt_muegcleanfix_pfmet" , &evt_muegcleanfix_pfmet );
BabyTree->Branch("evt_uncorr_pfmet" , &evt_uncorr_pfmet );
BabyTree->Branch("filt_noBadMuons" , &filt_noBadMuons );
BabyTree->Branch("filt_duplicateMuons" , &filt_duplicateMuons );
BabyTree->Branch("filt_badMuons" , &filt_badMuons );
BabyTree->Branch("failsRA2Filter" , &failsRA2Filter );
BabyTree->Branch("madeExtraZ" , &madeExtraZ );
BabyTree->Branch("madeExtraG" , &madeExtraG );
BabyTree->Branch("lep3_mcid" , &lep3_mcid );
BabyTree->Branch("lep3_mc_motherid" , &lep3_mc_motherid );
BabyTree->Branch("lep3_mc3idx" , &lep3_mc3idx );
BabyTree->Branch("lep3_motherID" , &lep3_motherID );
BabyTree->Branch("lep4_mcid" , &lep4_mcid );
BabyTree->Branch("lep4_mcidx" , &lep4_mcidx );
BabyTree->Branch("njets_unc_up" , &njets_unc_up );
BabyTree->Branch("njets_unc_dn" , &njets_unc_dn );
BabyTree->Branch("ht_unc_up" , &ht_unc_up );
BabyTree->Branch("ht_unc_dn" , &ht_unc_dn );
BabyTree->Branch("nbtags_unc_up" , &nbtags_unc_up );
BabyTree->Branch("nbtags_unc_dn" , &nbtags_unc_dn );
BabyTree->Branch("met_unc_up" , &met_unc_up );
BabyTree->Branch("met_unc_dn" , &met_unc_dn );
BabyTree->Branch("metPhi_unc_up" , &metPhi_unc_up );
BabyTree->Branch("metPhi_unc_dn" , &metPhi_unc_dn );
BabyTree->Branch("njets_JER_up" , &njets_JER_up );
BabyTree->Branch("njets_JER_dn" , &njets_JER_dn );
BabyTree->Branch("ht_JER_up" , &ht_JER_up );
BabyTree->Branch("ht_JER_dn" , &ht_JER_dn );
BabyTree->Branch("nbtags_JER_up" , &nbtags_JER_up );
BabyTree->Branch("nbtags_JER_dn" , &nbtags_JER_dn );
BabyTree->Branch("met_JER_up" , &met_JER_up );
BabyTree->Branch("met_JER_dn" , &met_JER_dn );
BabyTree->Branch("metPhi_JER_up" , &metPhi_JER_up );
BabyTree->Branch("metPhi_JER_dn" , &metPhi_JER_dn );
BabyTree->Branch("lep2_genps_isHardProcess" , &lep2_genps_isHardProcess );
BabyTree->Branch("lep2_genps_fromHardProcessFinalState" , &lep2_genps_fromHardProcessFinalState );
BabyTree->Branch("lep2_genps_fromHardProcessDecayed" , &lep2_genps_fromHardProcessDecayed );
BabyTree->Branch("lep2_genps_isDirectHardProcessTauDecayProductFinalState" , &lep2_genps_isDirectHardProcessTauDecayProductFinalState );
BabyTree->Branch("lep2_genps_fromHardProcessBeforeFSR" , &lep2_genps_fromHardProcessBeforeFSR );
BabyTree->Branch("lep2_genps_isLastCopy" , &lep2_genps_isLastCopy );
BabyTree->Branch("lep2_genps_isLastCopyBeforeFSR" , &lep2_genps_isLastCopyBeforeFSR );
BabyTree->Branch("lep1_genps_isHardProcess" , &lep1_genps_isHardProcess );
BabyTree->Branch("lep1_genps_fromHardProcessFinalState" , &lep1_genps_fromHardProcessFinalState );
BabyTree->Branch("lep1_genps_fromHardProcessDecayed" , &lep1_genps_fromHardProcessDecayed );
BabyTree->Branch("lep1_genps_isDirectHardProcessTauDecayProductFinalState" , &lep1_genps_isDirectHardProcessTauDecayProductFinalState );
BabyTree->Branch("lep1_genps_fromHardProcessBeforeFSR" , &lep1_genps_fromHardProcessBeforeFSR );
BabyTree->Branch("lep1_genps_isLastCopy" , &lep1_genps_isLastCopy );
BabyTree->Branch("lep1_genps_isLastCopyBeforeFSR" , &lep1_genps_isLastCopyBeforeFSR );
BabyTree->Branch("lep1_mc3idx" , &lep1_mc3idx );
BabyTree->Branch("lep2_mc3idx" , &lep2_mc3idx );
BabyTree->Branch("lep1_el_conv_vtx_flag" , &lep1_el_conv_vtx_flag );
BabyTree->Branch("lep2_el_conv_vtx_flag" , &lep2_el_conv_vtx_flag );
BabyTree->Branch("lep1_el_exp_innerlayers" , &lep1_el_exp_innerlayers );
BabyTree->Branch("lep1_mu_ptErr" , &lep1_mu_ptErr );
BabyTree->Branch("lep2_mu_ptErr" , &lep2_mu_ptErr );
BabyTree->Branch("lep1_el_threeChargeAgree" , &lep1_el_threeChargeAgree );
BabyTree->Branch("lep2_el_threeChargeAgree" , &lep2_el_threeChargeAgree );
BabyTree->Branch("lep2_el_exp_innerlayers" , &lep2_el_exp_innerlayers );
BabyTree->Branch("lep1_el_etaSC" , &lep1_el_etaSC );
BabyTree->Branch("lep2_el_etaSC" , &lep2_el_etaSC );
BabyTree->Branch("lep1_nPixelMiss" , &lep1_nPixelMiss );
BabyTree->Branch("lep2_nPixelMiss" , &lep2_nPixelMiss );
BabyTree->Branch("lep1_tightCharge" , &lep1_tightCharge );
BabyTree->Branch("lep2_tightCharge" , &lep2_tightCharge );
BabyTree->Branch("lep1_isTrigSafeNoIsov1" , &lep1_isTrigSafeNoIsov1 );
BabyTree->Branch("lep1_isTrigSafev1" , &lep1_isTrigSafev1 );
BabyTree->Branch("lep2_isTrigSafeNoIsov1" , &lep2_isTrigSafeNoIsov1 );
BabyTree->Branch("lep2_isTrigSafev1" , &lep2_isTrigSafev1 );
BabyTree->Branch("lep1_tightMuonPOG" , &lep1_tightMuonPOG );
BabyTree->Branch("lep1_mediumMuonPOG" , &lep1_mediumMuonPOG );
BabyTree->Branch("lep1_looseMuonPOG" , &lep1_looseMuonPOG );
BabyTree->Branch("lep2_tightMuonPOG" , &lep2_tightMuonPOG );
BabyTree->Branch("lep2_mediumMuonPOG" , &lep2_mediumMuonPOG );
BabyTree->Branch("lep2_looseMuonPOG" , &lep2_looseMuonPOG );
BabyTree->Branch("lep3_mediumMuonPOG" , &lep3_mediumMuonPOG );
BabyTree->Branch("prefire_sf" , &prefire_sf );
BabyTree->Branch("prefire_sfup" , &prefire_sfup );
BabyTree->Branch("prefire_sfdown" , &prefire_sfdown );
BabyTree->Branch("prefire2016_sf" , &prefire2016_sf );
BabyTree->Branch("prefire2016_sfup" , &prefire2016_sfup );
BabyTree->Branch("prefire2016_sfdown" , &prefire2016_sfdown );
BabyTree->Branch("prefire2017_sf" , &prefire2017_sf );
BabyTree->Branch("prefire2017_sfup" , &prefire2017_sfup );
BabyTree->Branch("prefire2017_sfdown" , &prefire2017_sfdown );
BabyTree->Branch("prefire2017ele_sf" , &prefire2017ele_sf );
BabyTree->Branch("prefire2017ele_sfup" , &prefire2017ele_sfup );
BabyTree->Branch("prefire2017ele_sfdown" , &prefire2017ele_sfdown );
BabyTree->Branch("is_fastsim", &is_fastsim);
//InSituFR
BabyTree->Branch("lep1_isGoodLeg" , &lep1_isGoodLeg );
BabyTree->Branch("lep2_isGoodLeg" , &lep2_isGoodLeg );
BabyTree->Branch("lep1_isFakeLeg" , &lep1_isFakeLeg );
BabyTree->Branch("lep2_isFakeLeg" , &lep2_isFakeLeg );
BabyTree->Branch("lep1_multiIso" , &lep1_multiIso );
BabyTree->Branch("lep2_multiIso" , &lep2_multiIso );
BabyTree->Branch("lep1_sip" , &lep1_sip );
BabyTree->Branch("lep2_sip" , &lep2_sip );
BabyTree->Branch("lep1_closeJet" , &lep1_closeJet );
BabyTree->Branch("lep2_closeJet" , &lep2_closeJet );
BabyTree->Branch("passed_id_inSituFR_lep1" , &passed_id_inSituFR_lep1 );
BabyTree->Branch("passed_id_inSituFR_lep2" , &passed_id_inSituFR_lep2 );
//Triggers
BabyTree->Branch("fired_trigger" , &fired_trigger );
BabyTree->Branch("fired_trigger_ss" , &fired_trigger_ss );
BabyTree->Branch("triggers" , &triggers );
BabyTree->Branch("weight_btagsf" , &weight_btagsf );
// BabyTree->Branch("weight_btagsf_UP" , &weight_btagsf_UP );
// BabyTree->Branch("weight_btagsf_DN" , &weight_btagsf_DN );
// BabyTree->Branch("weight_btagsf1" , &weight_btagsf1 );
// BabyTree->Branch("weight_btagsf1_UP" , &weight_btagsf1_UP );
// BabyTree->Branch("weight_btagsf1_DN" , &weight_btagsf1_DN );
// BabyTree->Branch("weight_btagsf2" , &weight_btagsf2 );
// BabyTree->Branch("weight_btagsf2_UP" , &weight_btagsf2_UP );
// BabyTree->Branch("weight_btagsf2_DN" , &weight_btagsf2_DN );
// BabyTree->Branch("weight_btagsf3" , &weight_btagsf3 );
// BabyTree->Branch("weight_btagsf3_UP" , &weight_btagsf3_UP );
// BabyTree->Branch("weight_btagsf3_DN" , &weight_btagsf3_DN );
// BabyTree->Branch("weight_btagsf4" , &weight_btagsf4 );
// BabyTree->Branch("weight_btagsf4_UP" , &weight_btagsf4_UP );
// BabyTree->Branch("weight_btagsf4_DN" , &weight_btagsf4_DN );
BabyTree->Branch("weight_btagsf_light_UP" , &weight_btagsf_light_UP );
BabyTree->Branch("weight_btagsf_light_DN" , &weight_btagsf_light_DN );
BabyTree->Branch("weight_btagsf_heavy_UP" , &weight_btagsf_heavy_UP );
BabyTree->Branch("weight_btagsf_heavy_DN" , &weight_btagsf_heavy_DN );
// BabyTree->Branch("weight_btagsf1_light_UP" , &weight_btagsf1_light_UP );
// BabyTree->Branch("weight_btagsf1_light_DN" , &weight_btagsf1_light_DN );
// BabyTree->Branch("weight_btagsf2_light_UP" , &weight_btagsf2_light_UP );
// BabyTree->Branch("weight_btagsf2_light_DN" , &weight_btagsf2_light_DN );
// BabyTree->Branch("weight_btagsf3_light_UP" , &weight_btagsf3_light_UP );
// BabyTree->Branch("weight_btagsf3_light_DN" , &weight_btagsf3_light_DN );
// BabyTree->Branch("weight_btagsf4_light_UP" , &weight_btagsf4_light_UP );
// BabyTree->Branch("weight_btagsf4_light_DN" , &weight_btagsf4_light_DN );
// BabyTree->Branch("weight_btagsf1_heavy_UP" , &weight_btagsf1_heavy_UP );
// BabyTree->Branch("weight_btagsf1_heavy_DN" , &weight_btagsf1_heavy_DN );
// BabyTree->Branch("weight_btagsf2_heavy_UP" , &weight_btagsf2_heavy_UP );
// BabyTree->Branch("weight_btagsf2_heavy_DN" , &weight_btagsf2_heavy_DN );
// BabyTree->Branch("weight_btagsf3_heavy_UP" , &weight_btagsf3_heavy_UP );
// BabyTree->Branch("weight_btagsf3_heavy_DN" , &weight_btagsf3_heavy_DN );
// BabyTree->Branch("weight_btagsf4_heavy_UP" , &weight_btagsf4_heavy_UP );
// BabyTree->Branch("weight_btagsf4_heavy_DN" , &weight_btagsf4_heavy_DN );
BabyTree->Branch("weight_btagsf_iter_central",&weight_btagsf_iter_central);
BabyTree->Branch("weight_btagsf_iter_down_cferr1",&weight_btagsf_iter_down_cferr1);
BabyTree->Branch("weight_btagsf_iter_down_cferr2",&weight_btagsf_iter_down_cferr2);
BabyTree->Branch("weight_btagsf_iter_down_hf",&weight_btagsf_iter_down_hf);
BabyTree->Branch("weight_btagsf_iter_down_hfstats1",&weight_btagsf_iter_down_hfstats1);
BabyTree->Branch("weight_btagsf_iter_down_hfstats2",&weight_btagsf_iter_down_hfstats2);
BabyTree->Branch("weight_btagsf_iter_down_jes",&weight_btagsf_iter_down_jes);
BabyTree->Branch("weight_btagsf_iter_down_lf",&weight_btagsf_iter_down_lf);
BabyTree->Branch("weight_btagsf_iter_down_lfstats1",&weight_btagsf_iter_down_lfstats1);
BabyTree->Branch("weight_btagsf_iter_down_lfstats2",&weight_btagsf_iter_down_lfstats2);
BabyTree->Branch("weight_btagsf_iter_up_cferr1",&weight_btagsf_iter_up_cferr1);
BabyTree->Branch("weight_btagsf_iter_up_cferr2",&weight_btagsf_iter_up_cferr2);
BabyTree->Branch("weight_btagsf_iter_up_hf",&weight_btagsf_iter_up_hf);
BabyTree->Branch("weight_btagsf_iter_up_hfstats1",&weight_btagsf_iter_up_hfstats1);
BabyTree->Branch("weight_btagsf_iter_up_hfstats2",&weight_btagsf_iter_up_hfstats2);
BabyTree->Branch("weight_btagsf_iter_up_jes",&weight_btagsf_iter_up_jes);
BabyTree->Branch("weight_btagsf_iter_up_lf",&weight_btagsf_iter_up_lf);
BabyTree->Branch("weight_btagsf_iter_up_lfstats1",&weight_btagsf_iter_up_lfstats1);
BabyTree->Branch("weight_btagsf_iter_up_lfstats2",&weight_btagsf_iter_up_lfstats2);
BabyTree->Branch("weight" , &weight );
BabyTree->Branch("weight_lepsf1" , &weight_lepsf1 );
BabyTree->Branch("weight_lepsf2" , &weight_lepsf2 );
BabyTree->Branch("weight_lepsf3" , &weight_lepsf3 );
BabyTree->Branch("weight_lepsf" , &weight_lepsf );
BabyTree->Branch("weight_triggersf" , &weight_triggersf );
BabyTree->Branch("weight_pu" , &weight_pu );
BabyTree->Branch("weight_isrsf" , &weight_isrsf );
BabyTree->Branch("year" , &year );
BabyTree->Branch("yearlumi" , &yearlumi );
// MC syst stuff
BabyTree->Branch("weight_scale_UP" , &weight_scale_UP );
BabyTree->Branch("weight_scale_DN" , &weight_scale_DN );
BabyTree->Branch("weight_pdf_UP" , &weight_pdf_UP );
BabyTree->Branch("weight_pdf_DN" , &weight_pdf_DN );
BabyTree->Branch("weight_alphas_UP" , &weight_alphas_UP );
BabyTree->Branch("weight_alphas_DN" , &weight_alphas_DN );
BabyTree->Branch("weight_isrvar_UP" , &weight_isrvar_UP );
BabyTree->Branch("weight_isrvar_DN" , &weight_isrvar_DN );
BabyTree->Branch("weight_fsrvar_UP" , &weight_fsrvar_UP );
BabyTree->Branch("weight_fsrvar_DN" , &weight_fsrvar_DN );
// BabyTree->Branch("newweight_scale_UP" , &newweight_scale_UP );
// BabyTree->Branch("newweight_scale_DN" , &newweight_scale_DN );
// BabyTree->Branch("newweight_pdf_UP" , &newweight_pdf_UP );
// BabyTree->Branch("newweight_pdf_DN" , &newweight_pdf_DN );
// BabyTree->Branch("newweight_alphas_UP" , &newweight_alphas_UP );
// BabyTree->Branch("newweight_alphas_DN" , &newweight_alphas_DN );
//SUSY stuff
BabyTree->Branch("gl1_p4" , &gl1_p4 );
BabyTree->Branch("gl2_p4" , &gl2_p4 );
BabyTree->Branch("glglpt" , &glglpt );
BabyTree->Branch("isr_unc", &isr_unc);
BabyTree->Branch("nisrMatch", &nisrMatch);
BabyTree->Branch("weight_isr" , &weight_isr );
BabyTree->Branch("weight_isr_dy" , &weight_isr_dy );
BabyTree->Branch("weight_isr_tt" , &weight_isr_tt );
BabyTree->Branch("weight_isr_UP" , &weight_isr_UP );
BabyTree->Branch("weight_isr_DN" , &weight_isr_DN );
//Lep3 stuff
BabyTree->Branch("lep3_el_etaSC" , &lep3_el_etaSC );
BabyTree->Branch("lep3_el_conv_vtx_flag" , &lep3_el_conv_vtx_flag );
BabyTree->Branch("lep3_el_exp_innerlayers" , &lep3_el_exp_innerlayers );
BabyTree->Branch("lep3_el_threeChargeAgree", &lep3_el_threeChargeAgree);
BabyTree->Branch("lep3_el_dxyPV" , &lep3_el_dxyPV );
BabyTree->Branch("lep3_el_ip3d" , &lep3_el_ip3d );
BabyTree->Branch("lep3_el_dzPV" , &lep3_el_dzPV );
BabyTree->Branch("lep3_el_MVA_value" , &lep3_el_MVA_value );
BabyTree->Branch("lep3_el_MVA" , &lep3_el_MVA );
// BabyTree->Branch("lep3_iso_RA5" , &lep3_iso_RA5 );
BabyTree->Branch("lep3_passes_RA5" , &lep3_passes_RA5 );
BabyTree->Branch("lep3_mu_dxyPV" , &lep3_mu_dxyPV );
BabyTree->Branch("lep3_mu_ip3d" , &lep3_mu_ip3d );
BabyTree->Branch("lep3_mu_dzPV" , &lep3_mu_dzPV );
BabyTree->Branch("lep3_mu_ptErr" , &lep3_mu_ptErr );
//Lep 4 stuff
BabyTree->Branch("lep4_el_etaSC" , &lep4_el_etaSC );
BabyTree->Branch("lep4_el_conv_vtx_flag" , &lep4_el_conv_vtx_flag );
BabyTree->Branch("lep4_el_exp_innerlayers" , &lep4_el_exp_innerlayers );
BabyTree->Branch("lep4_el_threeChargeAgree", &lep4_el_threeChargeAgree);
BabyTree->Branch("lep4_el_dxyPV" , &lep4_el_dxyPV );
BabyTree->Branch("lep4_el_ip3d" , &lep4_el_ip3d );
BabyTree->Branch("lep4_el_dzPV" , &lep4_el_dzPV );
BabyTree->Branch("lep4_el_MVA_value" , &lep4_el_MVA_value );
BabyTree->Branch("lep4_el_MVA" , &lep4_el_MVA );
// BabyTree->Branch("lep4_iso_RA5" , &lep4_iso_RA5 );
// BabyTree->Branch("lep4_passes_RA5" , &lep4_passes_RA5 );
BabyTree->Branch("lep4_mu_dxyPV" , &lep4_mu_dxyPV );
BabyTree->Branch("lep4_mu_ip3d" , &lep4_mu_ip3d );
BabyTree->Branch("lep4_mu_dzPV" , &lep4_mu_dzPV );
BabyTree->Branch("lep4_mu_ptErr" , &lep4_mu_ptErr );
BabyTree->Branch("lep3_isTrigSafeNoIsov1" , &lep3_isTrigSafeNoIsov1 );
BabyTree->Branch("lep3_isTrigSafev1" , &lep3_isTrigSafev1 );
BabyTree->Branch("lep4_isTrigSafeNoIsov1" , &lep4_isTrigSafeNoIsov1 );
BabyTree->Branch("lep4_isTrigSafev1" , &lep4_isTrigSafev1 );
BabyTree->Branch("extragenb" , &extragenb );
BabyTree->Branch("extragenbmoms" , &extragenbmoms );
BabyTree->Branch("extragenc" , &extragenc );
BabyTree->Branch("extragencmoms" , &extragencmoms );
BabyTree->Branch("ngenjets" , &ngenjets );
BabyTree->Branch("genht" , &genht );
BabyTree->Branch("ngenjets30" , &ngenjets30 );
BabyTree->Branch("genht30" , &genht30 );
BabyTree->Branch("passfilter" , &passfilter );
BabyTree->Branch("hasgammatoll" , &hasgammatoll );
BabyTree->Branch("gammatollmomemu" , &gammatollmomemu );
BabyTree->Branch("gammatolldr" , &gammatolldr );
BabyTree->Branch("gammatoll1" , &gammatoll1 );
BabyTree->Branch("gammatoll2" , &gammatoll2 );
// for tttt
BabyTree->Branch("bjet_type" , &bjet_type );
BabyTree->Branch("jet_type" , &jet_type );
BabyTree->Branch("ndrlt0p4" , &ndrlt0p4 );
BabyTree->Branch("gengood" , &gengood );
BabyTree->Branch("nleptonic" , &nleptonic );
BabyTree->Branch("ntau" , &ntau );
BabyTree->Branch("nleptonicW" , &nleptonicW );
BabyTree->Branch("mfourtop" , &mfourtop );
BabyTree->Branch("nhadronicW" , &nhadronicW );
BabyTree->Branch("nW" , &nW );
BabyTree->Branch("leptonicWSF" , &leptonicWSF );
BabyTree->Branch("hadronicWSF" , &hadronicWSF );
BabyTree->Branch("decayWSF" , &decayWSF );
BabyTree->Branch("njincone1" , &njincone1 );
BabyTree->Branch("njincone2" , &njincone2 );
// maybe bdt variables?
BabyTree->Branch("bdt_nforwardjets20", &bdt_nforwardjets20);
BabyTree->Branch("bdt_avgcdisc", &bdt_avgcdisc);
// bdt variables
BabyTree->Branch("bdt_nbtags", &bdt_nbtags);
BabyTree->Branch("bdt_njets", &bdt_njets);
BabyTree->Branch("bdt_met", &bdt_met);
BabyTree->Branch("bdt_ptl2", &bdt_ptl2);
BabyTree->Branch("bdt_nlb40", &bdt_nlb40);
BabyTree->Branch("bdt_ntb40", &bdt_ntb40);
BabyTree->Branch("bdt_nleps", &bdt_nleps);
BabyTree->Branch("bdt_htb", &bdt_htb);
BabyTree->Branch("bdt_ml1j1", &bdt_ml1j1);
BabyTree->Branch("bdt_dphil1l2", &bdt_dphil1l2);
BabyTree->Branch("bdt_maxmjoverpt", &bdt_maxmjoverpt);
BabyTree->Branch("bdt_detal1l2", &bdt_detal1l2);
BabyTree->Branch("bdt_q1", &bdt_q1);
BabyTree->Branch("bdt_ptj1", &bdt_ptj1);
BabyTree->Branch("bdt_ptj6", &bdt_ptj6);
BabyTree->Branch("bdt_ptj7", &bdt_ptj7);
BabyTree->Branch("bdt_ptj8", &bdt_ptj8);
BabyTree->Branch("bdt_ptl1", &bdt_ptl1);
BabyTree->Branch("bdt_ptl3", &bdt_ptl3);
BabyTree->Branch("bdt_jec_up_nbtags", &bdt_jec_up_nbtags);
BabyTree->Branch("bdt_jec_dn_nbtags", &bdt_jec_dn_nbtags);
BabyTree->Branch("bdt_jer_up_nbtags", &bdt_jer_up_nbtags);
BabyTree->Branch("bdt_jer_dn_nbtags", &bdt_jer_dn_nbtags);
BabyTree->Branch("bdt_jec_up_njets", &bdt_jec_up_njets);
BabyTree->Branch("bdt_jec_dn_njets", &bdt_jec_dn_njets);
BabyTree->Branch("bdt_jer_up_njets", &bdt_jer_up_njets);
BabyTree->Branch("bdt_jer_dn_njets", &bdt_jer_dn_njets);
BabyTree->Branch("bdt_jec_up_met", &bdt_jec_up_met);
BabyTree->Branch("bdt_jec_dn_met", &bdt_jec_dn_met);
BabyTree->Branch("bdt_jer_up_met", &bdt_jer_up_met);
BabyTree->Branch("bdt_jer_dn_met", &bdt_jer_dn_met);
BabyTree->Branch("bdt_jec_up_htb", &bdt_jec_up_htb);
BabyTree->Branch("bdt_jec_dn_htb", &bdt_jec_dn_htb);
BabyTree->Branch("bdt_jer_up_htb", &bdt_jer_up_htb);
BabyTree->Branch("bdt_jer_dn_htb", &bdt_jer_dn_htb);
BabyTree->Branch("bdt_jec_up_nlb40", &bdt_jec_up_nlb40);
BabyTree->Branch("bdt_jec_dn_nlb40", &bdt_jec_dn_nlb40);
BabyTree->Branch("bdt_jer_up_nlb40", &bdt_jer_up_nlb40);
BabyTree->Branch("bdt_jer_dn_nlb40", &bdt_jer_dn_nlb40);
BabyTree->Branch("bdt_jec_up_ntb40", &bdt_jec_up_ntb40);
BabyTree->Branch("bdt_jec_dn_ntb40", &bdt_jec_dn_ntb40);
BabyTree->Branch("bdt_jer_up_ntb40", &bdt_jer_up_ntb40);
BabyTree->Branch("bdt_jer_dn_ntb40", &bdt_jer_dn_ntb40);
BabyTree->Branch("bdt_disc",&bdt_disc);
BabyTree->Branch("bdt_disc_jec_up",&bdt_disc_jec_up);
BabyTree->Branch("bdt_disc_jer_up",&bdt_disc_jer_up);
BabyTree->Branch("bdt_disc_jec_dn",&bdt_disc_jec_dn);
BabyTree->Branch("bdt_disc_jer_dn",&bdt_disc_jer_dn);
BabyTree->Branch("bdt_run2_disc",&bdt_run2_disc);
BabyTree->Branch("bdt_run2_SRDISC",&bdt_run2_SRDISC);
BabyTree->Branch("bdt_run2_disc_jec_up",&bdt_run2_disc_jec_up);
BabyTree->Branch("bdt_run2_disc_jer_up",&bdt_run2_disc_jer_up);
BabyTree->Branch("bdt_run2_disc_jec_dn",&bdt_run2_disc_jec_dn);
BabyTree->Branch("bdt_run2_disc_jer_dn",&bdt_run2_disc_jer_dn);
if (applyBtagSFs) {
// setup btag calibration readers
// https://twiki.cern.ch/twiki/bin/view/CMS/BtagRecommendation94X
// calib1 should be period1, calib2 - period2, calib3 - period3, calib4 - INCLUSIVE
calib1 = new BTagCalibration("deepcsv", "CORE/Tools/btagsf/data/run2_25ns/DeepCSV_94XSF_V3_B.csv");
calib2 = new BTagCalibration("deepcsv", "CORE/Tools/btagsf/data/run2_25ns/DeepCSV_94XSF_V3_C_E.csv");
calib3 = new BTagCalibration("deepcsv", "CORE/Tools/btagsf/data/run2_25ns/DeepCSV_94XSF_V3_E_F.csv");
calib4 = new BTagCalibration("deepcsv", "CORE/Tools/btagsf/data/run2_25ns/DeepCSV_94XSF_V3_B_F.csv");
// calib1 = new BTagCalibration("deepflavour", "CORE/Tools/btagsf/data/run2_25ns/DeepFlavour_94XSF_V1_B_F.csv");
// calib2 = new BTagCalibration("deepflavour", "CORE/Tools/btagsf/data/run2_25ns/DeepFlavour_94XSF_V1_B_F.csv");
// calib3 = new BTagCalibration("deepflavour", "CORE/Tools/btagsf/data/run2_25ns/DeepFlavour_94XSF_V1_B_F.csv");
// calib4 = new BTagCalibration("deepflavour", "CORE/Tools/btagsf/data/run2_25ns/DeepFlavour_94XSF_V1_B_F.csv");
if (gconf.year == 2016) {
if (gconf.cmssw_ver == 80) {
calib1 = new BTagCalibration("deepcsv", "CORE/Tools/btagsf/data/run2_25ns/DeepCSV_Moriond17_B_F.csv"); // https://twiki.cern.ch/twiki/bin/view/CMS/BtagRecommendation80XReReco
calib2 = new BTagCalibration("deepcsv", "CORE/Tools/btagsf/data/run2_25ns/DeepCSV_Moriond17_G_H.csv"); // https://twiki.cern.ch/twiki/bin/view/CMS/BtagRecommendation80XReReco
} else {
calib1 = new BTagCalibration("deepcsv", "CORE/Tools/btagsf/data/run2_25ns/DeepCSV_2016LegacySF_V1.csv"); // https://twiki.cern.ch/twiki/bin/view/CMS/BtagRecommendation2016Legacy
}
}
if (gconf.year == 2018) {
calib1 = new BTagCalibration("deepcsv", "CORE/Tools/btagsf/data/run2_25ns/DeepCSV_102XSF_V1.csv"); // https://twiki.cern.ch/twiki/bin/viewauth/CMS/BtagRecommendation102X
}
// Dylan's bugfix: https://github.com/cmstas/MT2Analysis/commit/04aa9a474da6bccb98abd3a33987f444e6b75e0b#diff-30908e8c1d42c24d6900916966ea4845
btcr1 = new BTagCalibrationReader(BTagEntry::OP_MEDIUM, "central", {"up","down"});
btcr1->load(*calib1, BTagEntry::JetFlavor::FLAV_B, "comb");
btcr1->load(*calib1, BTagEntry::JetFlavor::FLAV_C, "comb");
btcr1->load(*calib1, BTagEntry::JetFlavor::FLAV_UDSG, "incl");
btcr2 = new BTagCalibrationReader(BTagEntry::OP_MEDIUM, "central", {"up","down"});
btcr2->load(*calib2, BTagEntry::JetFlavor::FLAV_B, "comb");
btcr2->load(*calib2, BTagEntry::JetFlavor::FLAV_C, "comb");
btcr2->load(*calib2, BTagEntry::JetFlavor::FLAV_UDSG, "incl");
btcr3 = new BTagCalibrationReader(BTagEntry::OP_MEDIUM, "central", {"up","down"});
btcr3->load(*calib3, BTagEntry::JetFlavor::FLAV_B, "comb");
btcr3->load(*calib3, BTagEntry::JetFlavor::FLAV_C, "comb");
btcr3->load(*calib3, BTagEntry::JetFlavor::FLAV_UDSG, "incl");
btcr4 = new BTagCalibrationReader(BTagEntry::OP_MEDIUM, "central", {"up","down"});
btcr4->load(*calib4, BTagEntry::JetFlavor::FLAV_B, "comb");
btcr4->load(*calib4, BTagEntry::JetFlavor::FLAV_C, "comb");
btcr4->load(*calib4, BTagEntry::JetFlavor::FLAV_UDSG, "incl");
btcr_test = new BTagCalibrationReader(BTagEntry::OP_RESHAPING, "central", {"down_cferr1", "down_cferr2", "down_hf", "down_hfstats1", "down_hfstats2", "down_jes", "down_lf", "down_lfstats1", "down_lfstats2", "up_cferr1", "up_cferr2", "up_hf", "up_hfstats1", "up_hfstats2", "up_jes", "up_lf", "up_lfstats1", "up_lfstats2"});
btcr_test->load(*calib4, BTagEntry::JetFlavor::FLAV_B, "iterativefit");
btcr_test->load(*calib4, BTagEntry::JetFlavor::FLAV_C, "iterativefit");
btcr_test->load(*calib4, BTagEntry::JetFlavor::FLAV_UDSG, "iterativefit");
if (gconf.year == 2016) {
if (gconf.cmssw_ver == 80) {
calib_fs = new BTagCalibration("deepcsv_fs", "CORE/Tools/btagsf/data/run2_fastsim/fastsim_deepcsv_ttbar_26_1_2017.csv");
} else {
calib_fs = new BTagCalibration("deepcsv_fs", "CORE/Tools/btagsf/data/run2_fastsim/deepcsv_13TEV_16SL_18_3_2019.csv");
}
} else if (gconf.year == 2017) {
calib_fs = new BTagCalibration("deepcsv_fs", "CORE/Tools/btagsf/data/run2_fastsim/deepcsv_13TEV_17SL_18_3_2019.csv");
} else if (gconf.year == 2018) {
calib_fs = new BTagCalibration("deepcsv_fs", "CORE/Tools/btagsf/data/run2_fastsim/deepcsv_13TEV_18SL_7_5_2019.csv");
}
btcr_fs = new BTagCalibrationReader(BTagEntry::OP_MEDIUM, "central", {"up","down"});
btcr_fs->load(*calib_fs, BTagEntry::JetFlavor::FLAV_B, "fastsim");
btcr_fs->load(*calib_fs, BTagEntry::JetFlavor::FLAV_C, "fastsim");
btcr_fs->load(*calib_fs, BTagEntry::JetFlavor::FLAV_UDSG, "fastsim");
// get btag efficiencies
TFile* f_btag_eff = 0;
if (not isFastsim) {
if (gconf.year == 2016) {
f_btag_eff = new TFile("CORE/Tools/btagsf/data/run2_25ns/btageff__ttbar_powheg_pythia8_25ns_Moriond17_deepCSV.root");
} else if (gconf.year == 2017) {
f_btag_eff = new TFile("CORE/Tools/btagsf/data/run2_25ns/btageff__ttbar_amc_94X_deepCSV.root");
} else if (gconf.year == 2018) {
f_btag_eff = new TFile("CORE/Tools/btagsf/data/run2_25ns/btageff__ttbar_amc_102X_deepCSV.root");
}
TH2D* h_btag_eff_b_temp = (TH2D*) f_btag_eff->Get("h2_BTaggingEff_csv_med_Eff_b");
TH2D* h_btag_eff_c_temp = (TH2D*) f_btag_eff->Get("h2_BTaggingEff_csv_med_Eff_c");
TH2D* h_btag_eff_udsg_temp = (TH2D*) f_btag_eff->Get("h2_BTaggingEff_csv_med_Eff_udsg");
BabyFile->cd();
h_btag_eff_b = (TH2D*) h_btag_eff_b_temp->Clone("h_btag_eff_b");
h_btag_eff_c = (TH2D*) h_btag_eff_c_temp->Clone("h_btag_eff_c");
h_btag_eff_udsg = (TH2D*) h_btag_eff_udsg_temp->Clone("h_btag_eff_udsg");
f_btag_eff->Close();
}
if (isFastsim) {
if (gconf.year == 2016) {
f_btag_eff = new TFile("CORE/Tools/btagsf/data/run2_fastsim/btageff__SMS-T1tttt_2016_80X_deepCSV.root");
} else if (gconf.year == 2017) {
f_btag_eff = new TFile("CORE/Tools/btagsf/data/run2_fastsim/btageff__SMS-T1tttt_2017_94X_deepCSV.root");
} else if (gconf.year == 2018) {
f_btag_eff = new TFile("CORE/Tools/btagsf/data/run2_fastsim/btageff__DeepCSV_SMS_T2tt_fastsim_Autumn18.root");
}
TH2D* h_btag_eff_b_temp = (TH2D*) f_btag_eff->Get("h2_BTaggingEff_csv_med_Eff_b");
TH2D* h_btag_eff_c_temp = (TH2D*) f_btag_eff->Get("h2_BTaggingEff_csv_med_Eff_c");
TH2D* h_btag_eff_udsg_temp = (TH2D*) f_btag_eff->Get("h2_BTaggingEff_csv_med_Eff_udsg");
BabyFile->cd();
h_btag_eff_b = (TH2D*) h_btag_eff_b_temp->Clone("h_btag_eff_b");
h_btag_eff_c = (TH2D*) h_btag_eff_c_temp->Clone("h_btag_eff_c");
h_btag_eff_udsg = (TH2D*) h_btag_eff_udsg_temp->Clone("h_btag_eff_udsg");
f_btag_eff->Close();
}
}
// Jet Resolution ... :sad:
if (gconf.year == 2016) {
res.loadResolutionFile("CORE/Tools/JetResolution/data/Summer16_25nsV1_MC_PtResolution_AK4PFchs.txt");
res.loadScaleFactorFile("CORE/Tools/JetResolution/data/Summer16_25nsV1_MC_SF_AK4PFchs.txt");
} else if (gconf.year == 2017) {
res.loadResolutionFile("CORE/Tools/JetResolution/data/Fall17_V3_MC_PtResolution_AK4PFchs.txt");
res.loadScaleFactorFile("CORE/Tools/JetResolution/data/Fall17_V3_MC_SF_AK4PFchs.txt");
} else if (gconf.year == 2018) {
res.loadResolutionFile("CORE/Tools/JetResolution/data/Fall17_V3_MC_PtResolution_AK4PFchs.txt");
res.loadScaleFactorFile("CORE/Tools/JetResolution/data/Fall17_V3_MC_SF_AK4PFchs.txt");
}
// Load scale1fbs/xsecs from file
df.loadFromFile("CORE/Tools/datasetinfo/scale1fbs.txt");
}
void babyMaker::InitBabyNtuple(){
is_fastsim = 0;
rawmet = -1;
rawmetPhi = -1;
calomet = -1;
calometPhi = -1;
met = -1;
metPhi = -1;
event = -1;
lumi = -1;
run = -1;
filt_csc = 0;
filt_hbhe = 0;
filt_hcallaser = 0;
filt_ecaltp = 0;
filt_trkfail = 0;
lep1_isPrompt = 0;
lep1_isDirectPrompt = 0;
lep1_isStat3 = 0;
lep2_isPrompt = 0;
lep2_isDirectPrompt = 0;
lep2_isStat3 = 0;
is_real_data = 0;
scale1fb = 1;
genps_weight = 1;
neventstotal = -1;
xsec_ps = -1;
kfactor = -1;
gen_met = -1;
// genweights.clear();
pdfweights.clear();
// genweightsID.clear();
gen_met_phi = -1;
skim = 0;
skim_nomet = 0;
nleps = 0;
sr = 0;
br = 0;
ss_nleps = -1;
ss_br = 0;
ss_sr = -1;
ss_region = -1;
njets = -1;
njetsAG = -1;
nbtagsAG = -1;
njets_raw = -1;
hyp_class = -1;
ht = -1;
ht_raw = -1;
lep1_motherID = 0;
lep2_motherID = 0;
lep1_mc_id = -1;
lep2_mc_id = -1;
lep1_mc_motherid = -1;
lep2_mc_motherid = -1;
lep1_id = -1;
lep2_id = -1;
lep1_coneCorrPt = -1;
lep2_coneCorrPt = -1;
lep3_coneCorrPt = -1;
lep4_coneCorrPt = -1;
lep1_idx = -1;
lep2_idx = -1;
jets.clear();
jets_jec_up.clear();
jets_jec_dn.clear();
jets_disc_up.clear();
jets_disc_dn.clear();
bjets_jec_up.clear();
bjets_jec_dn.clear();
btags_flavor.clear();
btags_disc.clear();
btags_cdisc.clear();
btags_disc_mva.clear();
btags_disc_ivf.clear();
ht_raw = -1;
jets_flavor.clear();
jets_disc.clear();
jets_bsf.clear();
jets_disc_mva.clear();
jets_disc_ivf.clear();
jets_JEC.clear();
btags_JEC.clear();
jets_undoJEC.clear();
btags_undoJEC.clear();
btags.clear();
jets_unc.clear();
btags_unc.clear();
btags_eff.clear();
btags_effpt.clear();
btags_sf.clear();
nbtags = -1;
nbtags_raw = -1;
sf_dilepTrig_hpt = -1;
sf_dilepTrig_lpt = -1;
sf_dilepTrig_vlpt = -1;
hyp_type = -1;
sf_dilep_eff = -1;
mt = -1;
mt_l2 = -1;
mt2 = -1;
xsec = -1;
xsec_ps = -1;
xsec_error = -1;
mtmin = -1;
lep3_id = -1;
lep3_idx = -1;
lep4_id = -1;
lep4_idx = -1;
lep3_quality = -1;
lep3_mcid = -1;
lep3_mc_motherid = -1;
lep3_mc3idx = -1;
lep3_motherID = -1;
lep4_mcid = -1;
lep4_mcidx = -1;
lep1_iso = -1;
lep2_iso = -1;
// lep1_tkIso = -1;
// lep2_tkIso = -1;
ncharginos = -1;
nhiggs = -1;
higgs_mass = -1;
genps_p4.clear();
genjets_p4.clear();
genps_id.clear();
genps_id_mother.clear();
genps_idx_mother.clear();
genps_status.clear();
genps_id_grandma.clear();
all_leps_p4.clear();
all_leps_id.clear();
all_leps_veto.clear();
all_leps_mc3idx.clear();
lep1_passes_id = false;
lep2_passes_id = false;
lep3_passes_id = false;
lep4_passes_id = false;
lep1_tight = false;
lep1_veto = false;
lep1_fo = false;
lep2_tight = false;
lep2_veto = false;
lep2_fo = false;
lep3_tight = false;
lep3_veto = false;
lep3_fo = false;
lep4_tight = false;
lep4_veto = false;
lep4_fo = false;
lep1_dxyPV = -999998;
lep2_dxyPV = -999998;
lep1_dZ = -999998;
lep2_dZ = -999998;
lep1_d0_err = -999998;
lep2_d0_err = -999998;
lep1_ip3d = -999998;
lep2_ip3d = -999998;
lep1_MVA = -999998;
lep2_MVA = -999998;
// lep1_MVA_miniaod = -999998;
// lep2_MVA_miniaod = -999998;
// lep1_passes_MVA = false;
// lep2_passes_MVA = false;
lep1_ip3d_err = -999998;
lep2_ip3d_err = -999998;
lep1_el_conv_vtx_flag = 0;
lep1_nPixelMiss = 0;
lep1_el_exp_innerlayers = 0;
lep1_tightCharge = 0;
lep1_mu_ptErr = 0;
lep1_el_threeChargeAgree = 0;
lep2_el_conv_vtx_flag = 0;
lep2_nPixelMiss = 0;
lep2_el_exp_innerlayers = 0;
lep2_tightCharge = 0;
lep2_mu_ptErr = 0;
lep2_el_threeChargeAgree = 0;
lep1_el_etaSC = -999;
lep2_el_etaSC = -999;
lep1_isTrigSafeNoIsov1 = 0;
lep1_isTrigSafev1 = 0;
lep2_isTrigSafeNoIsov1 = 0;
lep2_isTrigSafev1 = 0;
lep1_tightMuonPOG = 0;
lep1_mediumMuonPOG = 0;
lep1_looseMuonPOG = 0;
lep2_tightMuonPOG = 0;
lep2_mediumMuonPOG = 0;
lep2_looseMuonPOG = 0;
lep3_mediumMuonPOG = 0;
nVetoElectrons7 = 0;
nVetoElectrons10 = 0;
nVetoElectrons25 = 0;
nVetoMuons5 = 0;
nVetoMuons10 = 0;
nVetoMuons25 = 0;
filename = "";
lep1_ptrel_ma = -1;
lep1_ptratio_ma = -1;
lep2_ptrel_ma = -1;
lep2_ptratio_ma = -1;
lep1_ptrel_v1 = -1;
lep2_ptrel_v1 = -1;
lep1_ptratio = -1;
lep2_ptratio = -1;
lep1_miniIso = -1;
lep2_miniIso = -1;
lep1_p4 = LorentzVector(0,0,0,0);
lep2_p4 = LorentzVector(0,0,0,0);
lep3_p4 = LorentzVector(0,0,0,0);
lep4_p4 = LorentzVector(0,0,0,0);
lep1_p4_gen = LorentzVector(0,0,0,0);
lep2_p4_gen = LorentzVector(0,0,0,0);
lep1_closeJet = LorentzVector(0,0,0,0);
lep2_closeJet = LorentzVector(0,0,0,0);
dilep_p4 = LorentzVector(0,0,0,0);
dilep_mass = -1.;
mass13 = -1.;
mass23 = -1.;
mass123 = -1.;
eleID_kfhits.clear();
eleID_oldsigmaietaieta.clear();
eleID_oldsigmaiphiiphi.clear();
eleID_oldcircularity.clear();
eleID_oldr9.clear();
eleID_scletawidth.clear();
eleID_sclphiwidth.clear();
eleID_he.clear();
eleID_psEoverEraw.clear();
eleID_kfchi2.clear();
eleID_chi2_hits.clear();
eleID_fbrem.clear();
eleID_ep.clear();
eleID_eelepout.clear();
eleID_IoEmIop.clear();
eleID_deltaetain.clear();
eleID_deltaphiin.clear();
eleID_deltaetaseed.clear();
eleID_pT.clear();
eleID_isbarrel.clear();
eleID_isendcap.clear();
eleID_scl_eta.clear();
muID_dzPV.clear();
muID_ptSig.clear();
muID_ip3dSig.clear();
muID_medMuonPOG.clear();
mostJets.clear();
muID_pt.clear();
muID_eta.clear();
lep1_isGoodLeg = 0;
lep2_isGoodLeg = 0;
lep1_isFakeLeg = 0;
lep2_isFakeLeg = 0;
lep1_multiIso = 0;
lep2_multiIso = 0;
lep1_sip = -1;
lep2_sip = -1;
passed_id_inSituFR_lep1 = 0;
passed_id_inSituFR_lep2 = 0;
trueNumInt.clear();
nPUvertices.clear();
nGoodVertices = 0;
lep1_trigMatch_noIsoReq = 0;
lep1_trigMatch_isoReq = 0;
lep2_trigMatch_noIsoReq = 0;
lep2_trigMatch_isoReq = 0;
fired_trigger = 0;
fired_trigger_ss = 0;
triggers = 0;
passes_met_filters = 0;
passes_chargedcand_filter = 0;
evt_egclean_pfmet = -1.0;
evt_muegclean_pfmet = -1.0;
evt_muegcleanfix_pfmet = -1.0;
evt_uncorr_pfmet = -1.0;
filt_noBadMuons = 0;
filt_duplicateMuons = 0;
filt_badMuons = 0;
failsRA2Filter = 0;
madeExtraZ = 0;
madeExtraG = 0;
nisrMatch = -1;
weight_btagsf = -9999.;
weight_btagsf_UP = -9999.;
weight_btagsf_DN = -9999.;
weight_btagsf1 = -9999.;
weight_btagsf1_UP = -9999.;
weight_btagsf1_DN = -9999.;
weight_btagsf2 = -9999.;
weight_btagsf2_UP = -9999.;
weight_btagsf2_DN = -9999.;
weight_btagsf3 = -9999.;
weight_btagsf3_UP = -9999.;
weight_btagsf3_DN = -9999.;