L1toL2CTT

The L1toL2CTT branch is a TClonesArray of CTT tracks sent from the CTQD to the L2 track trigger. Attention: the $p_T$ bin convention is opposite to the L1Track convention.

Header file: trigsimcert/L1toL2CTT.hpp

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

Information taken from l1l2_evt/l1ctt_tol2stt_reco.hpp

Accessor	Method used
PreshowerAddress()	preshowerAddress()	int	relative address of matched PS cluster to track
HasAdjPSCluster()	isCPSinAdjSector()	bool	matched CPS cluster is in the same (0) or a neighbouring sector (1)
ErrorCode()	errorCode()	int	track error code (0: no problem)
HasLoosePSMatch()	hasLoosePSmatch()	bool	track matched with PS cluster passing low threshold
HasTightPSMatch()	hasTightPSmatch()	bool	track matched with PS cluster passing high threshold
FinePtBin()	fine_pTbin()	int	extended $p_T$ bin
PtBin()	pTbin()	int	$p_T$ bin (3: $p_T$=1.5-3.0 GeV, 2: $p_T$=3.0-5.0 GeV, 1: $p_T$=5.0-10.0 GeV, 0: $p_T>$10 GeV)
Sign()	sign()	int	sign of the track
Sector()	sector()	int	track sector (0-79)
Quadrant()	from Sector()	int	quadrant number (0-3)
Duplicate()	isDuplicate()	bool	the track is a duplicate
Isolated()	isIsolated()	bool	the track is isolated
FibreNumber()	fibreNumber()	int	relative address of a CFT H-layer doublet hit by the track (0-43)
LowerPt()	from PtBin()	float	lower edge of the $p_T$ bin (1.5, 3.0, 5.0 or 10.0)
UpperPt()	from PtBin()	float	upper edge of the $p_T$ bin (3.0, 5.0, 10.0 or 999.0)
CenterPt()	from PtBin()	float	centre of the $p_T$ bin (2.25, 4.0, 7.5 or 50.0)
CenterFinePt()	from PtBin(), FinePtBin()	float	centre of the $p_T$ bin, using the full granularity of L1CTT