L2EM

The L2EM preprocessor branch is a TClonesArray of EM object candidates.

Header file: trigsimcert/L2EM.hpp

Package containing the class used to fill the chunk read: l1l2_evt

Information taken from l1l2_evt/l2calemp_reco.hpp

Accessor	Method used
Et()	et()	float	transverse energy
iEta()	eta_bin()	int	pseudorapidity bin number
iPhi()	phi_bin()	int	azimuthal angle bin number
Eta()	from iEta()	float	pseudorapidity
Phi()	from iPhi()	float	azimuthal angle
Iso()	isofc()	float	isolation fraction
Emf()	emfrc()	float	EM fraction for the highest $E_T$ tower of the EM object candidate
SeedEta()	ieta()	int	pseudorapidity bin number for the EM object candidate (seed tower)
SeedPhi()	iphi()	int	azimuthal angle bin number for the EM object candidate (seed tower)
SeedEtaNeighbour()	ietaN()	int	pseudorapidity bin number of the nearest neighbour tower of the EM object (2$^\mathrm{nd}$ highest tower)
SeedPhiNeighbour()	iphiN()	int	azimuthal angle bin number of the nearest neighbour tower of the EM object (2$^\mathrm{nd}$ highest tower)
SaturatedTotTower()	saturatedTotTower()	bool	the total (EM+Had) tower is saturated
SaturatedEMTower()	saturatedEMTower()	bool	the EM tower is saturated
NoNeighbour()	noNeighbour()	bool	there is no second tower above threshold in the EM object
EtaOrPhiNeighbour()	etaorphiNeighbour()	int	the eventual second tower above threshold shares the same value of the pseudorapidity (0) or azimuthal angle (1) as the highest $E_T$ tower
PositionNeighbour()	positionNeighbour()	int	the eventual second tower above threshold has larger (1) or smaller (0) rapidity or azimuthal angle with respect to the highest $E_T$ tower.
EtNeighbour()	etNeighbour()	float	transverse energy of the eventual second tower above threshold
EmfNeighbour()	emfrcNeighbour()	float	EM fraction of the eventual second tower above threshold