Variables
tuple	bjetResolution
	b jet resolutions (AK5 calo)
tuple	bjetResolutionPF
	b jet resolutions (AK5 particle flow)
tuple	elecResolution
	electron resolutions
tuple	metResolution
	MET resolutions (calo)
tuple	metResolutionPF
	MET resolutions (particle flow)
tuple	muonResolution
	<--- these resolutions do not exist yet ---> electronResolution = stringResolution.clone(parametrization = 'EtEtaPhi', resolutions = ['et * (sqrt(5.65.6/(etet) + 1.25/et + 0.033))', # add sigma(Et) not sigma(Et)/Et here '0.03 + 1.0/et', # add sigma(eta) here '0.015 + 1.5/et' # add sigma(phi) here ], constraints = cms.vdouble(0) # add constraints here )
tuple	udscResolution
	<--- these resolutions do not exist yet ---> tauResolution = stringResolution.clone(parametrization = 'EtEtaPhi', resolutions = ['et * (sqrt(5.65.6/(etet) + 1.25/et + 0.033))', '0.03 + 1.0/et', '0.015 + 1.5/et' ], constraints = cms.vdouble(0) )
tuple	udscResolutionPF
	light jet resolutions (AK5 particle flow)

Variable Documentation

tuple stringResolutions_etEtaPhi_cff::bjetResolution

b jet resolutions (AK5 calo)

Definition at line 335 of file stringResolutions_etEtaPhi_cff.py.

tuple stringResolutions_etEtaPhi_cff::bjetResolutionPF

b jet resolutions (AK5 particle flow)

Definition at line 815 of file stringResolutions_etEtaPhi_cff.py.

tuple stringResolutions_etEtaPhi_cff::elecResolution

electron resolutions

Definition at line 6 of file stringResolutions_etEtaPhi_cff.py.

tuple stringResolutions_etEtaPhi_cff::metResolution

Initial value:

00001 stringResolution.clone(parametrization = 'EtEtaPhi',
00002                                         functions = cms.VPSet(
00003     cms.PSet(
00004     bin = cms.string('-3.000<=abs(eta) && abs(eta)<3.000'),
00005     et  = cms.string('et * (sqrt(0^2 + (1.597/sqrt(et))^2 + (19.37/et)^2))'),
00006     eta = cms.string('sqrt(0^2 + (0/sqrt(et))^2 + (0/et)^2)'),
00007     phi = cms.string('sqrt(0^2 + (0.498/sqrt(et))^2 + (22.468/et)^2)'),
00008     ),
00009     ),
00010                                         constraints = cms.vdouble(0)
00011                                         )

MET resolutions (calo)

Definition at line 497 of file stringResolutions_etEtaPhi_cff.py.

tuple stringResolutions_etEtaPhi_cff::metResolutionPF

Initial value:

00001 stringResolution.clone(parametrization = 'EtEtaPhi',
00002                                           functions = cms.VPSet(
00003     cms.PSet(
00004     et  = cms.string('et * (sqrt(0.05469^2 + (0/sqrt(et))^2 + (10.549/et)^2))'),
00005     eta = cms.string('sqrt(0^2 + (0/sqrt(et))^2 + (0/et)^2)'),
00006     phi = cms.string('sqrt(0^2 + (0.164/sqrt(et))^2 + (11.068/et)^2)'),
00007     ),
00008     ),
00009                                         constraints = cms.vdouble(0)
00010                                         )

MET resolutions (particle flow)

Definition at line 996 of file stringResolutions_etEtaPhi_cff.py.

tuple stringResolutions_etEtaPhi_cff::muonResolution

<--- these resolutions do not exist yet ---> electronResolution = stringResolution.clone(parametrization = 'EtEtaPhi', resolutions = ['et * (sqrt(5.6*5.6/(et*et) + 1.25/et + 0.033))', # add sigma(Et) not sigma(Et)/Et here '0.03 + 1.0/et', # add sigma(eta) here '0.015 + 1.5/et' # add sigma(phi) here ], constraints = cms.vdouble(0) # add constraints here )

muon resolutions

Definition at line 14 of file stringResolutions_etEtaPhi_cff.py.

tuple stringResolutions_etEtaPhi_cff::udscResolution

<--- these resolutions do not exist yet ---> tauResolution = stringResolution.clone(parametrization = 'EtEtaPhi', resolutions = ['et * (sqrt(5.6*5.6/(et*et) + 1.25/et + 0.033))', '0.03 + 1.0/et', '0.015 + 1.5/et' ], constraints = cms.vdouble(0) )

light jet resolutions (AK5 calo)

Definition at line 173 of file stringResolutions_etEtaPhi_cff.py.

tuple stringResolutions_etEtaPhi_cff::udscResolutionPF

light jet resolutions (AK5 particle flow)

Definition at line 477 of file stringResolutions_etEtaPhi_cff.py.

stringResolutions_etEtaPhi_cff Namespace Reference

Variables

Variable Documentation