Wraps essential single particle calibration data ready for export to a Root file. More...

#include <Calibratable.h>

Public Member Functions
	Calibratable ()

virtual CalibratableElement	computeMean (const std::vector< CalibratableElement > &diets)

virtual CandidateWrapper	computeMean (const std::vector< CandidateWrapper > &wrappers)

virtual void	fillCaloWindow (const std::vector< CalibratableElement > &source, CaloWindow &destination) const

virtual void	recompute ()

virtual void	reset ()

virtual	~Calibratable ()

Public Attributes
std::vector< CalibrationResultWrapper >	calibrations_

CaloWindow	calowindow_ecal_

CaloWindow	calowindow_hcal_

double	cand_energyEcal_

double	cand_energyEvent_

double	cand_energyHcal_

double	cand_energyNeutralEM_

double	cand_energyNeutralHad_

double	cand_eta_

double	cand_phi_

int	cand_type_

std::vector< CandidateWrapper >	cands_

CandidateWrapper	cands_mean_

int	cands_num_

std::vector< CalibratableElement >	cluster_ecal_

double	cluster_energyEcal_

double	cluster_energyEvent_

double	cluster_energyHcal_

std::vector< CalibratableElement >	cluster_hcal_

CalibratableElement	cluster_meanEcal_

CalibratableElement	cluster_meanHcal_

int	cluster_numEcal_

int	cluster_numHcal_

std::vector< CalibratableElement >	rechits_ecal_

double	rechits_energyEcal_

double	rechits_energyEvent_

double	rechits_energyHcal_

std::vector< CalibratableElement >	rechits_hcal_

CalibratableElement	rechits_meanEcal_

CalibratableElement	rechits_meanHcal_

int	rechits_numEcal_

int	rechits_numHcal_

double	recotrk_charge_

double	recotrk_deltaRWithSim_

double	recotrk_etaEcal_

math::XYZTLorentzVector	recotrk_momentum_

double	recotrk_numHits_

double	recotrk_phiEcal_

double	recotrk_quality_

double	sim_energyEcal_

double	sim_energyEvent_

double	sim_energyHcal_

double	sim_eta_

double	sim_etaEcal_

double	sim_etaHcal_

bool	sim_isMC_

int	sim_numEvent_

double	sim_phi_

double	sim_phiEcal_

double	sim_phiHcal_

double	tb_ck2_

double	tb_ck3_

std::vector< CalibratableElement >	tb_ecal_

double	tb_energyEcal_

double	tb_energyEvent_

double	tb_energyHcal_

double	tb_eta_

std::vector< CalibratableElement >	tb_hcal_

bool	tb_isTB_

CalibratableElement	tb_meanEcal_

CalibratableElement	tb_meanHcal_

int	tb_numEcal_

int	tb_numHcal_

int	tb_pdg_

double	tb_phi_

int	tb_run_

double	tb_tof_

char	tb_vetosPassed_

Detailed Description

Wraps essential single particle calibration data ready for export to a Root file.

Note that a Reflex dictionary must be produced for this class, for the Root branching mechanisms to work.

Author: Jamie Ballin

Date: May 2008

Definition at line 122 of file Calibratable.h.

Constructor & Destructor Documentation

pftools::Calibratable::Calibratable ( )

inline

Definition at line 125 of file Calibratable.h.

References pftools::CalibratableElement::reset().

                    {
         reset();
     }

virtual pftools::Calibratable::~Calibratable ( )

inlinevirtual

Definition at line 129 of file Calibratable.h.

References pftools::CalibratableElement::reset().

129 {

130 }

Member Function Documentation

CalibratableElement Calibratable::computeMean ( const std::vector< CalibratableElement > & diets )

virtual

Compute the mean of a vector of CalibratableElements

Parameters

diets

Returns

Definition at line 138 of file Calibratable.cc.

References edmIntegrityCheck::d, pftools::CalibratableElement::energy_, pftools::CalibratableElement::eta_, pftools::CalibratableElement::extent_, pftools::CalibratableElement::phi_, and pftools::CalibratableElement::time_.

Referenced by recompute().

                                      {
     CalibratableElement dmean;
     if (diets.size() == 0)
         return dmean;
     for (std::vector<CalibratableElement>::const_iterator cit = diets.begin(); cit
             != diets.end(); ++cit) {
         CalibratableElement d = *cit;
         dmean.energy_ += d.energy_;
         dmean.eta_ += d.eta_;
         dmean.phi_ += d.phi_;
         dmean.extent_ += d.extent_;
         dmean.time_ += d.time_;
     }
     dmean.energy_ /= diets.size();
     dmean.eta_ /= diets.size();
     dmean.phi_ /= diets.size();
     dmean.extent_ /= diets.size();
     dmean.time_ /= diets.size();
     return dmean;
 }

CandidateWrapper Calibratable::computeMean ( const std::vector< CandidateWrapper > & wrappers )

virtual

Compute the mean of a vector of CandidateWrappers

Parameters

wrappers

Returns

Definition at line 111 of file Calibratable.cc.

References EnergyCorrector::c, pftools::CandidateWrapper::energy_, pftools::CandidateWrapper::energyEcal_, pftools::CandidateWrapper::energyHcal_, pftools::CandidateWrapper::eta_, pftools::CandidateWrapper::phi_, and pftools::CandidateWrapper::type_.

                                                      {
     CandidateWrapper cw;
 
     if (wrappers.size() == 0)
         return cw;
     for (std::vector<CandidateWrapper>::const_iterator it = wrappers.begin(); it
             != wrappers.end(); ++it) {
         const CandidateWrapper& c = *it;
         cw.energy_ += c.energy_;
         cw.phi_ += c.phi_;
         cw.eta_ += c.eta_;
         cw.energyEcal_ += c.energyEcal_;
         cw.energyHcal_ += c.energyHcal_;
         cw.type_ += c.type_;
     }
 
     cw.energy_ /= wrappers.size();
     cw.phi_ /= wrappers.size();
     cw.eta_ /= wrappers.size();
     cw.energyEcal_ /= wrappers.size();
     cw.energyHcal_ /= wrappers.size();
     cw.type_ /= wrappers.size();
 
     return cw;
 }

void Calibratable::fillCaloWindow	(	const std::vector< CalibratableElement > &	source,
		CaloWindow &	destination
	)		const

virtual

Helper method to fill a CaloWindow with CalibratableElement objects You should initialise the CaloWindow first!

Parameters

source
destination

Definition at line 160 of file Calibratable.cc.

References pftools::CaloWindow::addHit(), gather_cfg::cout, pftools::CalibratableElement::energy_, pftools::CalibratableElement::eta_, convertSQLiteXML::ok, and pftools::CalibratableElement::phi_.

                                                                                      {
     std::vector<CalibratableElement>::const_iterator cit = source.begin();
     for (; cit != source.end(); ++cit) {
         const CalibratableElement& ce = *cit;
         bool ok = destination.addHit(ce.eta_, ce.phi_, ce.energy_);
         if (!ok)
             std::cout << __PRETTY_FUNCTION__
                     << ": couldn't fill CaloWindow with " << ce << "\n";
     }
 }

void Calibratable::recompute ( )

virtual

Definition at line 45 of file Calibratable.cc.

References EnergyCorrector::c, cand_energyEcal_, cand_energyEvent_, cand_energyHcal_, cand_energyNeutralEM_, cand_energyNeutralHad_, cand_eta_, cand_phi_, cand_type_, cands_, cands_mean_, cands_num_, cluster_ecal_, cluster_energyEcal_, cluster_energyEvent_, cluster_energyHcal_, cluster_hcal_, cluster_meanEcal_, cluster_meanHcal_, cluster_numEcal_, cluster_numHcal_, computeMean(), pftools::CalibratableElement::energy_, pftools::CandidateWrapper::energy_, pftools::CandidateWrapper::energyEcal_, pftools::CandidateWrapper::energyHcal_, pftools::CandidateWrapper::eta_, pftools::CandidateWrapper::phi_, rechits_ecal_, rechits_energyEcal_, rechits_energyEvent_, rechits_energyHcal_, rechits_hcal_, rechits_meanEcal_, rechits_meanHcal_, rechits_numEcal_, rechits_numHcal_, pftools::CandidateWrapper::recompute(), tb_ecal_, tb_energyEcal_, tb_energyEvent_, tb_energyHcal_, tb_hcal_, tb_meanEcal_, tb_meanHcal_, tb_numEcal_, tb_numHcal_, and pftools::CandidateWrapper::type_.

Referenced by pftools::TreeUtility::dumpCaloDataToCSV(), pftools::CalibCompare::evaluateCalibrations(), and CalibratableTest::fillTreeAndReset().

                              {
 
     cluster_meanEcal_ = computeMean(cluster_ecal_);
     cluster_meanHcal_ = computeMean(cluster_hcal_);
     rechits_meanEcal_ = computeMean(rechits_ecal_);
     rechits_meanHcal_ = computeMean(rechits_hcal_);
     tb_meanEcal_ = computeMean(tb_ecal_);
     tb_meanHcal_ = computeMean(tb_hcal_);
 
     cluster_numEcal_ = cluster_ecal_.size();
     cluster_numHcal_ = cluster_hcal_.size();
     rechits_numEcal_ = rechits_ecal_.size();
     rechits_numHcal_ = rechits_hcal_.size();
     tb_numEcal_ = tb_ecal_.size();
     tb_numHcal_ = tb_hcal_.size();
 
     cluster_energyEvent_ = cluster_meanEcal_.energy_ * cluster_ecal_.size()
             + cluster_meanHcal_.energy_ * cluster_hcal_.size();
     cluster_energyEcal_ = cluster_meanEcal_.energy_ * cluster_ecal_.size();
     cluster_energyHcal_ = cluster_meanHcal_.energy_ * cluster_hcal_.size();
 
     rechits_energyEvent_ = rechits_meanEcal_.energy_ * rechits_ecal_.size()
             + rechits_meanHcal_.energy_ * rechits_hcal_.size();
     rechits_energyEcal_ = rechits_meanEcal_.energy_ * rechits_ecal_.size();
     rechits_energyHcal_ = rechits_meanHcal_.energy_ * rechits_hcal_.size();
 
     tb_energyEvent_ = tb_meanEcal_.energy_ * tb_ecal_.size()
             + tb_meanHcal_.energy_ * tb_hcal_.size();
     tb_energyEcal_ = tb_meanEcal_.energy_ * tb_ecal_.size();
     tb_energyHcal_ = tb_meanHcal_.energy_ * tb_hcal_.size();
 
     cands_num_ = cands_.size();
     cands_mean_ = computeMean(cands_);
 
     cand_energyEvent_ = 0;
     cand_energyEcal_ = 0;
     cand_energyHcal_ = 0;
     cand_energyNeutralEM_ = 0;
     cand_energyNeutralHad_ = 0;
     cand_type_ = 0;
     cand_eta_ = cands_mean_.eta_;
     cand_phi_ = cands_mean_.phi_;
 
     for (std::vector<CandidateWrapper>::iterator it = cands_.begin(); it
             != cands_.end(); ++it) {
         CandidateWrapper& c = *it;
         if (c.type_ == 4)
             cand_energyNeutralEM_ += c.energy_;
         if (c.type_ == 5)
             cand_energyNeutralHad_ += c.energy_;
         cand_energyEvent_ += c.energy_;
         cand_energyEcal_ += c.energyEcal_;
         cand_energyHcal_ += c.energyHcal_;
         cand_type_ += c.type_;
         c.recompute();
     }
 
     std::sort(tb_ecal_.begin(), tb_ecal_.end());
     std::sort(tb_hcal_.begin(), tb_hcal_.end());
     std::sort(rechits_ecal_.begin(), rechits_ecal_.end());
     std::sort(rechits_hcal_.begin(), rechits_hcal_.end());
     std::sort(cluster_ecal_.begin(), cluster_ecal_.end());
     std::sort(cluster_hcal_.begin(), cluster_hcal_.end());
 
 }

void Calibratable::reset ( void )

virtual

Call to reset() (useful for TTree users)

Definition at line 172 of file Calibratable.cc.

References calibrations_, calowindow_ecal_, calowindow_hcal_, cand_energyEcal_, cand_energyEvent_, cand_energyHcal_, cand_energyNeutralEM_, cand_energyNeutralHad_, cand_eta_, cand_phi_, cand_type_, cands_, cands_mean_, cands_num_, cluster_ecal_, cluster_energyEcal_, cluster_energyEvent_, cluster_energyHcal_, cluster_hcal_, cluster_meanEcal_, cluster_meanHcal_, cluster_numEcal_, cluster_numHcal_, rechits_ecal_, rechits_energyEcal_, rechits_energyEvent_, rechits_energyHcal_, rechits_hcal_, rechits_meanEcal_, rechits_meanHcal_, rechits_numEcal_, rechits_numHcal_, recotrk_charge_, recotrk_deltaRWithSim_, recotrk_etaEcal_, recotrk_momentum_, recotrk_numHits_, recotrk_phiEcal_, recotrk_quality_, pftools::CalibratableElement::reset(), pftools::CandidateWrapper::reset(), pftools::CaloWindow::reset(), sim_energyEcal_, sim_energyEvent_, sim_energyHcal_, sim_eta_, sim_etaEcal_, sim_etaHcal_, sim_isMC_, sim_numEvent_, sim_phi_, sim_phiEcal_, sim_phiHcal_, tb_ck2_, tb_ck3_, tb_ecal_, tb_energyEcal_, tb_energyEvent_, tb_energyHcal_, tb_eta_, tb_hcal_, tb_isTB_, tb_meanEcal_, tb_meanHcal_, tb_numEcal_, tb_numHcal_, tb_pdg_, tb_phi_, tb_run_, tb_tof_, and tb_vetosPassed_.

Referenced by CalibratableTest::analyze(), pftools::CalibCompare::evaluateCalibrations(), pftools::Exercises3::evaluateCalibrator(), and CalibratableTest::fillTreeAndReset().

                          {
 
     calibrations_.clear();
 
     sim_energyEvent_ = 0;
     sim_energyEcal_ = 0;
     sim_energyHcal_ = 0;
     sim_eta_ = 0;
     sim_phi_ = 0;
     sim_numEvent_ = 0;
     sim_isMC_ = false;
 
     tb_isTB_ = false;
     tb_eta_ = 0.0;
     tb_phi_ = 0.0;
     tb_run_ = 0;
     tb_pdg_ = 0;
     tb_tof_ = 0;
     tb_ck3_ = 0;
     tb_ck2_ = 0;
     tb_vetosPassed_ = 0;
     tb_energyEvent_ = 0;
     tb_energyEcal_ = 0;
     tb_energyHcal_ = 0;
     tb_ecal_.clear();
     tb_hcal_.clear();
     tb_numEcal_ = 0;
     tb_numHcal_ = 0;
     tb_meanEcal_.reset();
     tb_meanHcal_.reset();
 
     sim_etaEcal_ = 0;
     sim_etaHcal_ = 0;
     sim_phiEcal_ = 0;
     sim_phiHcal_ = 0;
 
     recotrk_numHits_ = 0;
     recotrk_quality_ = 0;
     recotrk_charge_ = 0;
     recotrk_etaEcal_ = 0;
     recotrk_phiEcal_ = 0;
     //TODO:: check this is sufficient
     recotrk_momentum_.SetPxPyPzE(0, 0, 0, 0);
     recotrk_deltaRWithSim_ = 0.0;
 
     cluster_energyEvent_ = 0;
     cluster_energyEcal_ = 0;
     cluster_energyHcal_ = 0;
     cluster_numEcal_ = 0;
     cluster_numHcal_ = 0;
     cluster_ecal_.clear();
     cluster_hcal_.clear();
     cluster_meanEcal_.reset();
     cluster_meanHcal_.reset();
 
     rechits_energyEvent_ = 0;
     rechits_ecal_.clear();
     rechits_hcal_.clear();
     rechits_energyEcal_ = 0;
     rechits_energyHcal_ = 0;
     rechits_numEcal_ = 0;
     rechits_numHcal_ = 0;
     rechits_meanEcal_.reset();
     rechits_meanHcal_.reset();
 
     cands_.clear();
     cands_num_ = 0;
     cands_mean_.reset();
     cand_energyEvent_ = 0;
     cand_energyEcal_ = 0;
     cand_energyHcal_ = 0;
     cand_eta_ = 0;
     cand_phi_ = 0;
     cand_type_ = -1;
     cand_energyNeutralEM_ = 0;
     cand_energyNeutralHad_ = 0;
 
     calowindow_ecal_.reset();
     calowindow_hcal_.reset();
 
 }

Member Data Documentation

std::vector<CalibrationResultWrapper> pftools::Calibratable::calibrations_

Definition at line 206 of file Calibratable.h.

Referenced by pftools::PFClusterCalibration::calibrate(), pftools::CalibCompare::evaluateCalibrations(), pftools::Exercises3::evaluateCalibrator(), and reset().

CaloWindow pftools::Calibratable::calowindow_ecal_

Definition at line 178 of file Calibratable.h.

Referenced by reset().

CaloWindow pftools::Calibratable::calowindow_hcal_

Definition at line 179 of file Calibratable.h.

Referenced by reset().

double pftools::Calibratable::cand_energyEcal_

Definition at line 201 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::TreeUtility::getParticleDepositsDirectly(), pftools::operator<<(), recompute(), and reset().

double pftools::Calibratable::cand_energyEvent_

Definition at line 201 of file Calibratable.h.

Referenced by pftools::operator<<(), recompute(), and reset().

double pftools::Calibratable::cand_energyHcal_

Definition at line 201 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::TreeUtility::getParticleDepositsDirectly(), pftools::operator<<(), recompute(), and reset().

double pftools::Calibratable::cand_energyNeutralEM_

Definition at line 203 of file Calibratable.h.

Referenced by pftools::operator<<(), recompute(), and reset().

double pftools::Calibratable::cand_energyNeutralHad_

Definition at line 203 of file Calibratable.h.

Referenced by pftools::operator<<(), recompute(), and reset().

double pftools::Calibratable::cand_eta_

Definition at line 201 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::TreeUtility::getParticleDepositsDirectly(), pftools::operator<<(), recompute(), and reset().

double pftools::Calibratable::cand_phi_

Definition at line 201 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::TreeUtility::getParticleDepositsDirectly(), pftools::operator<<(), recompute(), and reset().

int pftools::Calibratable::cand_type_

Definition at line 204 of file Calibratable.h.

Referenced by recompute(), and reset().

std::vector<CandidateWrapper> pftools::Calibratable::cands_

Definition at line 196 of file Calibratable.h.

Referenced by CalibratableTest::extractCandidate(), pftools::operator<<(), recompute(), and reset().

CandidateWrapper pftools::Calibratable::cands_mean_

Definition at line 197 of file Calibratable.h.

Referenced by recompute(), and reset().

int pftools::Calibratable::cands_num_

Definition at line 198 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::TreeUtility::dumpCaloDataToCSV(), pftools::TreeUtility::getCalibratablesFromRootFile(), pftools::TreeUtility::getParticleDepositsDirectly(), pftools::operator<<(), recompute(), and reset().

std::vector<CalibratableElement> pftools::Calibratable::cluster_ecal_

Definition at line 184 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::TreeUtility::dumpCaloDataToCSV(), CalibratableTest::extractCandidate(), pftools::TreeUtility::getCalibratablesFromRootFile(), pftools::TreeUtility::getParticleDepositsDirectly(), recompute(), and reset().

double pftools::Calibratable::cluster_energyEcal_

Definition at line 183 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::CalibCompare::evaluateCalibrations(), pftools::PFClusterCalibration::getCalibrationResultWrapper(), pftools::TreeUtility::getParticleDepositsDirectly(), pftools::operator<<(), recompute(), and reset().

double pftools::Calibratable::cluster_energyEvent_

Definition at line 183 of file Calibratable.h.

Referenced by pftools::operator<<(), recompute(), and reset().

double pftools::Calibratable::cluster_energyHcal_

Definition at line 183 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::CalibCompare::evaluateCalibrations(), pftools::PFClusterCalibration::getCalibrationResultWrapper(), pftools::TreeUtility::getParticleDepositsDirectly(), pftools::operator<<(), recompute(), and reset().

std::vector<CalibratableElement> pftools::Calibratable::cluster_hcal_

Definition at line 184 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::TreeUtility::dumpCaloDataToCSV(), CalibratableTest::extractCandidate(), pftools::TreeUtility::getCalibratablesFromRootFile(), pftools::TreeUtility::getParticleDepositsDirectly(), recompute(), and reset().

CalibratableElement pftools::Calibratable::cluster_meanEcal_

Definition at line 186 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::CalibCompare::evaluateCalibrations(), pftools::PFClusterCalibration::getCalibrationResultWrapper(), pftools::TreeUtility::getParticleDepositsDirectly(), recompute(), and reset().

CalibratableElement pftools::Calibratable::cluster_meanHcal_

Definition at line 186 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::CalibCompare::evaluateCalibrations(), pftools::TreeUtility::getParticleDepositsDirectly(), recompute(), and reset().

int pftools::Calibratable::cluster_numEcal_

Definition at line 185 of file Calibratable.h.

Referenced by pftools::CalibCompare::evaluateCalibrations(), recompute(), and reset().

int pftools::Calibratable::cluster_numHcal_

Definition at line 185 of file Calibratable.h.

Referenced by pftools::CalibCompare::evaluateCalibrations(), recompute(), and reset().

std::vector<CalibratableElement> pftools::Calibratable::rechits_ecal_

Definition at line 191 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::TreeUtility::getParticleDepositsDirectly(), recompute(), and reset().

double pftools::Calibratable::rechits_energyEcal_

Definition at line 190 of file Calibratable.h.

Referenced by pftools::operator<<(), recompute(), and reset().

double pftools::Calibratable::rechits_energyEvent_

Definition at line 190 of file Calibratable.h.

Referenced by pftools::operator<<(), recompute(), and reset().

double pftools::Calibratable::rechits_energyHcal_

Definition at line 190 of file Calibratable.h.

Referenced by pftools::operator<<(), recompute(), and reset().

std::vector<CalibratableElement> pftools::Calibratable::rechits_hcal_

Definition at line 191 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::TreeUtility::getParticleDepositsDirectly(), recompute(), and reset().

CalibratableElement pftools::Calibratable::rechits_meanEcal_

Definition at line 193 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::Exercises3::evaluateCalibrator(), pftools::TreeUtility::getParticleDepositsDirectly(), recompute(), and reset().

CalibratableElement pftools::Calibratable::rechits_meanHcal_

Definition at line 193 of file Calibratable.h.

Referenced by pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::Exercises3::evaluateCalibrator(), pftools::TreeUtility::getParticleDepositsDirectly(), recompute(), and reset().

int pftools::Calibratable::rechits_numEcal_

Definition at line 192 of file Calibratable.h.

Referenced by recompute(), and reset().

int pftools::Calibratable::rechits_numHcal_

Definition at line 192 of file Calibratable.h.

Referenced by recompute(), and reset().

double pftools::Calibratable::recotrk_charge_

Definition at line 171 of file Calibratable.h.

Referenced by reset().

double pftools::Calibratable::recotrk_deltaRWithSim_

Definition at line 174 of file Calibratable.h.

Referenced by reset().

double pftools::Calibratable::recotrk_etaEcal_

Definition at line 172 of file Calibratable.h.

Referenced by reset().

math::XYZTLorentzVector pftools::Calibratable::recotrk_momentum_

Definition at line 175 of file Calibratable.h.

Referenced by reset().

double pftools::Calibratable::recotrk_numHits_

Definition at line 171 of file Calibratable.h.

Referenced by reset().

double pftools::Calibratable::recotrk_phiEcal_

Definition at line 172 of file Calibratable.h.

Referenced by reset().

double pftools::Calibratable::recotrk_quality_

Definition at line 171 of file Calibratable.h.

Referenced by reset().

double pftools::Calibratable::sim_energyEcal_

Definition at line 147 of file Calibratable.h.

Referenced by reset().

double pftools::Calibratable::sim_energyEvent_

For each collection: candidates, clusters, rechits and truth overall energy, ecal, hcal, n of each, eta and phi naming scheme: collection_variable_ All energyEcal, energyHcal, eta and phi are mean values (i.e. value = sum of elements/number of elements) BUT energyEvent fields are sums of all elements.

Definition at line 146 of file Calibratable.h.

Referenced by CalibratableTest::analyze(), pftools::TreeUtility::convertCalibratablesToParticleDeposits(), pftools::TreeUtility::dumpCaloDataToCSV(), pftools::CalibCompare::evaluateCalibrations(), pftools::Exercises3::evaluateCalibrator(), pftools::PFClusterCalibration::getCalibrationResultWrapper(), pftools::TreeUtility::getParticleDepositsDirectly(), pftools::operator<<(), and reset().