file analyses/Analysis_Baselines.cpp
[No description available]
Namespaces
| Name |
|---|
| Gambit TODO: see if we can use this one: |
| Gambit::ColliderBit |
Classes
| Name | |
|---|---|
| class | Gambit::ColliderBit::Analysis_Baselines |
Source code
///
/// \author Anders Kvellestad
/// (anders.kvellestad@fys.uio.no)
/// \date 2023 December
/// *********************************************
#include "gambit/ColliderBit/analyses/Analysis.hpp"
#include "gambit/ColliderBit/analyses/AnalysisMacros.hpp"
#include "gambit/ColliderBit/Utils.hpp"
#include "gambit/ColliderBit/CMSEfficiencies.hpp"
#include "gambit/ColliderBit/ATLASEfficiencies.hpp"
// An analysis that is used to get a broad overview of relevant baseline selections
namespace Gambit
{
namespace ColliderBit
{
class Analysis_Baselines : public Analysis
{
public:
// Required detector sim
static constexpr const char* detector = "CMS";
std::vector<std::string> SR_names;
Analysis_Baselines()
{
set_analysis_name("Baselines");
set_luminosity(139.0);
SR_names = {
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"photon=0__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400",
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};
for (const std::string& SR_name : SR_names)
{
_counters[SR_name] = EventCounter(SR_name);
}
}
void run(const HEPUtils::Event* event)
{
////////////////////////
// Useful definiitons //
double mZ = 91.1876;
// double mh = 125.11;
//////////////////////
// Baseline objects //
// Baseline selections inspired by
// - CMS_13TeV_MultiLEP_137invfb
// - CMS_13TeV_2OSLEP_137invfb
// HEPUtils objects: photons, electrons, muons, taus, invisibles, jets
// HEPUtils variables: met, missingmom
// Define baseline objects with BASELINE(object_type, variable_name, minpT, mineta[, maxpT, maxeta, efficiency])
BASELINE_PARTICLES(event->electrons(), baselineElectrons, 10, 0, DBL_MAX, 2.5, CMS::eff2DEl.at("SUS_19_008"))
BASELINE_PARTICLES(event->muons(), baselineMuons, 10, 0, DBL_MAX, 2.4, CMS::eff2DMu.at("SUS_19_008"))
BASELINE_PARTICLE_COMBINATION(baselineLeptons, baselineElectrons, baselineMuons)
BASELINE_PARTICLES(event->photons(), baselinePhotons, 25, 0, DBL_MAX, 2.4, ATLAS::eff2DPhoton.at("R2"))
BASELINE_JETS(event->jets("antikt_R04"), baselineJets, 25, 0, DBL_MAX, 2.4)
// TODO: Add baseline jets with antikt_R08 ?
// Remove overlap from first argument, within certain radius
removeOverlap(baselineElectrons, baselineMuons, 0.01);
removeOverlap(baselineJets, baselineElectrons, 0.4);
removeOverlap(baselineJets, baselineMuons, 0.4);
removeOverlap(baselineJets, baselinePhotons, 0.4);
removeOverlap(baselinePhotons, baselineElectrons, 0.3);
removeOverlap(baselinePhotons, baselineMuons, 0.3);
// Get b-jets from the surviving jets
BASELINE_BJETS(baselineJets, baselineBJets, 25., 0., DBL_MAX, 2.4, CMS::eff2DBJet.at("CSVv2Medium"), CMS::misIDBJet.at("CSVv2Medium"))
////////////////////
// Signal objects //
// Define signal objects from baseline objects, automatically order by pT (highest first)
SIGNAL_PARTICLES(baselinePhotons, photons)
SIGNAL_PARTICLES(baselineElectrons, electrons)
SIGNAL_PARTICLES(baselineMuons, muons)
SIGNAL_PARTICLE_COMBINATION(leptons, electrons, muons)
SIGNAL_JETS(baselineJets, jets)
SIGNAL_JETS(baselineBJets, bjets)
// Create containers with SS, OS and OSSF pairs:
// CREATE_PAIR(TYPE, SOURCE, CONTAINER, UNIQUE)
// OS, SS, SF, OSSF, SSSF
CREATE_PAIR(SS, leptons, SSpairs, false)
// CREATE_PAIR(OS, leptons, OSpairs, true)
// sortByParentMass(OSpairs, mZ);
CREATE_PAIR(OSSF, leptons, OSSFpairs, true)
sortByParentMass(OSSFpairs, mZ);
///////////////////////////////
// Common variables and cuts //
// n_lep * n_jet * n_met * n_bveto * n_OSSF * n_SS * n_Zcand * n_Hcand
// Object sizes
const size_t nPhotons = photons.size();
const size_t nLeptons = leptons.size();
const size_t nJets = jets.size();
const size_t nBJets = bjets.size();
const size_t nSSpairs = SSpairs.size();
// const size_t nOSpairs = OSpairs.size();
const size_t nOSSFpairs = OSSFpairs.size();
// Missing ET and momentum
double met = event->met();
// HT
double HT = 0;
for (const HEPUtils::Jet* jet : jets)
{
HT += jet->pT();
}
// // 0, 1 or 2+ Z candidates?
// // Inspired by ATLAS_13TeV_4LEP_139invfb
// std::vector<double> OSSFpair_masses;
// for (const std::vector<const HEPUtils::Particle*>& pair : OSSFpairs)
// {
// OSSFpair_masses.push_back( (pair.at(0)->mom() + pair.at(1)->mom()).m() );
// }
// // Since OSSFpairs was already sorted according to how close the OSSF pair invariant
// // mass is to mZ, the OSSFpair_masses vector we have created is also sorted this way.
// int nZ = 0;
// if (nOSSFpairs >= 1)
// {
// double m = OSSFpair_masses.at(0);
// if ((m > 81.2) && (m < 101.2))
// {
// nZ += 1;
// }
// }
// if ((nOSSFpairs >= 2) && (nZ == 1))
// {
// double m = OSSFpair_masses.at(1);
// if ((m > 61.2) && (m < 101.2))
// {
// nZ += 1;
// }
// }
//////////////////
// Preselection //
BEGIN_PRESELECTION
END_PRESELECTION
// ///////////////////////////////////
// // Signal regions //
if ((nPhotons==0) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons==0) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon=0__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==0) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=0__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==1) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=1__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs==0) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS=0__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==2) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=2__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=0__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=1__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=1__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=2__bjet>=2__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet=3__bjet>=2__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons==3) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep=3__jet>=4__bjet>=2__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==0) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=0__bjet=0__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=0__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==1) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=1__bjet=1__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=0__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet=1__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==2) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=2__bjet>=2__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=0__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet=1__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets==3) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet=3__bjet>=2__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==0) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=0__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets==1) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet=1__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==0) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=0__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs==1) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF=1__met>=300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met < 100) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met=0-100__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and ((met > 100) and (met < 300)) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met=100-300__HT>=400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT < 200)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met>=300__HT=0-200").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and ((HT > 200) and (HT < 400))) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met>=300__HT=200-400").add_event(event); }
else if ((nPhotons>=1) and (nLeptons>=4) and (nJets>=4) and (nBJets>=2) and (nSSpairs>=1) and (nOSSFpairs>=2) and (met > 300) and (HT > 400)) { _counters.at("photon>=1__lep>=4__jet>=4__bjet>=2__SS>=1__OSSF>=2__met>=300__HT>=400").add_event(event); }
return;
}
virtual void collect_results()
{
// Commit the results for signal regions, included observed and bacground counts
for (const std::string& SR_name : SR_names)
{
add_result(SignalRegionData(_counters.at(SR_name), 0.0, {0.0, 1.0}));
}
}
protected:
void analysis_specific_reset()
{
for (auto& pair : _counters) { pair.second.reset(); }
}
};
// Factory fn
DEFINE_ANALYSIS_FACTORY(Baselines)
}
}
Updated on 2026-11-03 at 14:50:47 +0000