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This package provides a module to construct CaloTowers from HBHERecHits, HORecHits, HFRecHits, and EcalRecHits. This module uses CaloTowerConstituentsMap to handle the assignment of hit detids to towers. See DataFormats_CaloTowers and DataFormats_RecoCandidates for related classes. A candidate object is created from a CaloTower, and is used to encapsulate a vertex assumption and to allow for generic algorithm definition.
module calotowermaker = CaloTowersCreator {
/// Energy threshold for HB cell inclusion [GeV]
double HBThreshold = 0.9 // GeV, Scheme B
/// Energy threshold for HO cell inclusion [GeV]
double HOThreshold = 1.1 // GeV, Scheme B
/// Energy threshold for 5-degree (phi) HE cell inclusion [GeV]
double HESThreshold = 1.4 // GeV, Scheme B
/// Energy threshold for 10-degree (phi) HE cel inclusion [GeV]
double HEDThreshold = 1.4 // GeV, Scheme B
/// Energy threshold for long-fiber HF readout inclusion [GeV]
double HF1Threshold = 1.2 // GeV, Updated June 2007
/// Energy threshold for short-fiber HF readout inclusion [GeV]
double HF2Threshold = 1.8 // GeV, Updated June 2007
/// Energy threshold for EB crystal inclusion [GeV]
double EBThreshold = 0.09 // GeV, ORCA value w/o selective readout
/// Energy threshold for EE crystal inclusion [GeV]
double EEThreshold = 0.45 // GeV, ORCA value w/o selective readout
/// Energy threshold for EB 5x5 crystal inclusion [GeV]
double EBSumThreshold = 0.2 // GeV, Scheme B
/// Energy threshold for EE crystals-in-tower inclusion [GeV]
double EESumThreshold = 0.45 // GeV, Scheme B
/// Global energy threshold on Hcal [GeV]
double HcalThreshold = -1000 // GeV, -1000 means cut not used
/// Global energy threshold on tower [GeV]
double EcutTower = -1000 // GeV, -1000 means cut not used
// Energy dependent weights and energy scale to be used
untracked vdouble EBGrid = {-1.,1.,10.,100.,1000.}
untracked vdouble EBWeights = {1.,1.,1.,1.,1.}
untracked vdouble EEGrid = {-1.,1.,10.,100.,1000.}
untracked vdouble EEWeights = {1.,1.,1.,1.,1.}
untracked vdouble HBGrid = {-1.,1.,10.,100.,1000.}
untracked vdouble HBWeights = {1.,1.,1.,1.,1.}
untracked vdouble HESGrid = {-1.,1.,10.,100.,1000.}
untracked vdouble HESWeights = {1.,1.,1.,1.,1.}
untracked vdouble HEDGrid = {-1.,1.,10.,100.,1000.}
untracked vdouble HEDWeights = {1.,1.,1.,1.,1.}
untracked vdouble HOGrid = {-1.,1.,10.,100.,1000.}
untracked vdouble HOWeights = {1.,1.,1.,1.,1.}
untracked vdouble HF1Grid = {-1.,1.,10.,100.,1000.}
untracked vdouble HF1Weights = {1.,1.,1.,1.,1.}
untracked vdouble HF2Grid = {-1.,1.,10.,100.,1000.}
untracked vdouble HF2Weights = {1.,1.,1.,1.,1.}
/// Weighting factor for EB
double EBWeight = 1.0
/// Weighting factor for EE
double EEWeight = 1.0
/// Weighting factor for HB
double HBWeight = 1.0
/// Weighting factor for HE 5-degree cells
double HESWeight = 1.0
/// Weighting factor for HE 10-degree cells
double HEDWeight = 1.0
/// Weighting factor for HO
double HOWeight = 1.0
/// Weighting factor for HF long-fiber readouts
double HF1Weight = 1.0
/// Weighting factor for HF short-fiber readouts
double HF2Weight = 1.0
/// HO on/off flag for tower energy reconstruction
bool UseHO = true
/// Label of HBHERecHitCollection to use
InputTag hbheInput = hbhereco
/// Label of HORecHitCollection to use
InputTag hoInput = horeco
/// Label of HFRecHitCollection to use
InputTag hfInput = hfreco
/// Label of EcalRecHitCollections to use
VInputTag ecalInputs = { ecalRecHit:EcalRecHitsEB, ecalRecHit:EcalRecHitsEE }
/// Method for momentum reconstruction
int32 MomConstrMethod = 0
/// Depth, fraction of the respective calorimeter [0,1]
double MomEmDepth = 0
///
double MomHadDepth = 0
///
double MomTotDepth = 0
}
Last updated: @ J. Mans
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