LeptonIsolation/data/MuonCalIsolation.cfi

#
# MuonCalIsolationProducer
# -> isolation of muons against the sum of transverse energy depositions in the calorimeter 
#
module MuonCalIsolation = MuonCalIsolationProducer{          
        #
        # Source and Swarm collection
        #
        InputTag src        = globalMuons
        InputTag elements   = caloTowers

        #
        # selection cuts
        #
        double dRMin        = 0.0
        double dRMax        = 0.3
        bool PropagateToCal = true
        
        #
        # Propagate the source to the calorimeter:
        # dimensions of target cylinder in cm (full tracker: r=112, z=+/- 270)
        double CalRadius    =   80. #cm
        double CalMinZ      = -270. #cm
        double CalMaxZ      =  270. #cm
        bool IgnoreMaterial = false #Should SteppingHelixPropagator take into account material?
}
Revision:	1.1.1.1 (vendor branch)
Committed:	Tue May 15 17:44:50 2007 UTC (17 years, 11 months ago) by auterman
Branch:	tex, PatCrossCleaner, Demo, SusyScan, scripts, LeptonIsolation, MAIN
CVS Tags:	start, HEAD
Changes since 1.1:	+0 -0 lines
Log Message:
#	User	Rev	Content
1	auterman	1.1	#
2			# MuonCalIsolationProducer
3			# -> isolation of muons against the sum of transverse energy depositions in the calorimeter
4			#
5			module MuonCalIsolation = MuonCalIsolationProducer{
6			#
7			# Source and Swarm collection
8			#
9			InputTag src = globalMuons
10			InputTag elements = caloTowers
11
12			#
13			# selection cuts
14			#
15			double dRMin = 0.0
16			double dRMax = 0.3
17			bool PropagateToCal = true
18
19			#
20			# Propagate the source to the calorimeter:
21			# dimensions of target cylinder in cm (full tracker: r=112, z=+/- 270)
22			double CalRadius = 80. #cm
23			double CalMinZ = -270. #cm
24			double CalMaxZ = 270. #cm
25			bool IgnoreMaterial = false #Should SteppingHelixPropagator take into account material?
26			}