HectorTransport_cfi Namespace Reference

Variables
tuple	baseHectorParameters
tuple	hector_2016
tuple	hector_2017
tuple	hector_2018
tuple	hector_2021
tuple	LHCTransport
tuple	Nominal_2016
tuple	Nominal_2017_beta30cm
tuple	Nominal_2017_beta40cm
tuple	Nominal_2018_beta25cm
tuple	Nominal_2018_beta27cm
tuple	Nominal_2018_beta30cm
tuple	Nominal_RunIII
tuple	Totem_PreTS2_2016
tuple	Validated_PreTS2_2016

Variable Documentation

tuple HectorTransport_cfi.baseHectorParameters

Initial value:

= cms.PSet(
                TransportMethod = cms.string('Hector'),
                ApplyZShift = cms.bool(True)
)

Definition at line 5 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.hector_2016

Initial value:

= cms.PSet(
              baseHectorParameters,
              Nominal_2016
)

Definition at line 152 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.hector_2017

Initial value:

= cms.PSet(
              baseHectorParameters,
              Nominal_2017_beta40cm
)

Definition at line 157 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.hector_2018

Initial value:

= cms.PSet(
              baseHectorParameters,
              Nominal_2018_beta25cm  # CHANGE THIS WHEN THE PROPER ONE GET READY
)

Definition at line 162 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.hector_2021

Initial value:

= cms.PSet(
              baseHectorParameters,
              Nominal_RunIII
)

Definition at line 167 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.LHCTransport

Initial value:

= cms.EDProducer("HectorProducer",
    HepMCProductLabel = cms.string('generatorSmeared'),  ## HepMC source to be processed
    ZDCTransport = cms.bool(True),                ## main flag to set transport for ZDC
    FP420Transport = cms.bool(True),              ## main flag to set transport for FP420
    Verbosity = cms.bool(False),
    Hector = cms.PSet(
        HectorEtaCut,
        Beam1 = cms.string('SimTransport/HectorProducer/data/LHCB1IR5_5TeV.tfs'),
        Beam2 = cms.string('SimTransport/HectorProducer/data/LHCB2IR5_5TeV.tfs'),
        BeamLineLengthD1 = cms.double(139.0),     ## distance of transport for ZDC case, length of beam line 
        BeamLineLengthZDC = cms.double(140.0),    ## length of beam line for ZDC: important for aperture checks
        BeamLineLengthFP420 = cms.double(430.0),  ## length of beam line for FP420: important for aperture checks
        RP420f = cms.double(419.0),               ## distance of transport in clockwise dir. for FP420
        RP420b = cms.double(419.0),               ## distance of transport in anti-clockwise dir. for FP420
        smearEnergy = cms.bool(True),       ## if False: no Energy smearing(i.e. sigmaEnergy =0.0)
        sigmaEnergy = cms.double(0.0),     ## beam energy dispersion (GeV); if =0.0 the default(=0.79) is used
        smearAng = cms.bool(True),       ## if False: no Angle smearing(i.e. sigmaSTX(Y) =0.0)
        sigmaSTX = cms.double(0.0),     ## x angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        sigmaSTY = cms.double(0.0)      ## y angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
    )
)

Definition at line 4 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.Nominal_2016

Initial value:

= cms.PSet(
        Beam1Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB1_Beta0.40_6.5TeV_CR185_Nominal_2016.tfs'),
        Beam2Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB2_Beta0.40_6.5TeV_CR185_Nominal_2016.tfs'),
        halfCrossingAngleXSector45  = cms.double(185.), #in mrad / Beam 1
        halfCrossingAngleYSector45  = cms.double(0.), #in mrad / Beam 1
        halfCrossingAngleXSector56  = cms.double(185.), #in mrad / Beam 2
        halfCrossingAngleYSector56  = cms.double(0.), #in mrad / Beam 2
        BeamEnergyDispersion = cms.double(1.11e-4),     ## beam energy dispersion (GeV); if =0.0 the default(=0.79) is used
        BeamDivergenceX = cms.double(35.54),     ## x angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamDivergenceY = cms.double(35.54),      ## y angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamSigmaX  = cms.double(14.22),
        BeamSigmaY  = cms.double(14.22),
        BeamEnergy = cms.double(6500.0)
)

Definition at line 41 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.Nominal_2017_beta30cm

Initial value:

= cms.PSet(
        #TotemBeamLine = cms.bool(False),
        Beam1Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB1_Beta0.30_6.5TeV_CR175_Nominal_2017.tfs'),
        Beam2Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB2_Beta0.30_6.5TeV_CR175_Nominal_2017.tfs'),
        halfCrossingAngleXSector45  = cms.double(175.), #in mrad / Beam 1
        halfCrossingAngleYSector45  = cms.double(0.), #in mrad / Beam 1
        halfCrossingAngleXSector56  = cms.double(175.), #in mrad / Beam 2
        halfCrossingAngleYSector56  = cms.double(0.), #in mrad / Beam 2
        BeamEnergyDispersion = cms.double(1.11e-4),     ## beam energy dispersion (GeV); if =0.0 the default(=0.79) is used
        BeamDivergenceX = cms.double(34.68),     ## x angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamDivergenceY = cms.double(34.68),      ## y angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamSigmaX  = cms.double(10.40),
        BeamSigmaY  = cms.double(10.40),
        BeamEnergy = cms.double(6500.0)
)

Definition at line 73 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.Nominal_2017_beta40cm

Initial value:

= cms.PSet(
        #TotemBeamLine = cms.bool(False),
        Beam1Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB1_Beta0.40_6.5TeV_CR150_Nominal_2017.tfs'),
        Beam2Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB2_Beta0.40_6.5TeV_CR150_Nominal_2017.tfs'),
        halfCrossingAngleXSector45  = cms.double(150.), #in mrad / Beam 1
        halfCrossingAngleYSector45  = cms.double(0.), #in mrad / Beam 1
        halfCrossingAngleXSector56  = cms.double(150.), #in mrad / Beam 2
        halfCrossingAngleYSector56  = cms.double(0.), #in mrad / Beam 2
        BeamEnergyDispersion = cms.double(1.11e-4),     ## beam energy dispersion (GeV); if =0.0 the default(=0.79) is used
        BeamDivergenceX = cms.double(30.04),     ## x angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamDivergenceY = cms.double(30.04),      ## y angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamSigmaX  = cms.double(12.01),
        BeamSigmaY  = cms.double(12.01),
        BeamEnergy = cms.double(6500.0)
)

Definition at line 57 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.Nominal_2018_beta25cm

Initial value:

= cms.PSet(
        Beam1Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB1_Beta0.25_6.5TeV_CR130_Nominal_2018.tfs'),
        Beam2Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB2_Beta0.25_6.5TeV_CR130_Nominal_2018.tfs'),
        halfCrossingAngleXSector45  = cms.double(130.0), #in mrad / Beam 1
        halfCrossingAngleYSector45  = cms.double(0.), #in mrad / Beam 1
        halfCrossingAngleXSector56  = cms.double(130.0), #in mrad / Beam 2
        halfCrossingAngleYSector56  = cms.double(0.), #in mrad / Beam 2
        BeamEnergyDispersion = cms.double(1.11e-4),     ## beam energy dispersion (GeV); if =0.0 the default(=0.79) is used
        BeamDivergenceX = cms.double(37.99),     ## x angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamDivergenceY = cms.double(37.98),      ## y angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamSigmaX  = cms.double(9.50),
        BeamSigmaY  = cms.double(9.50),
        BeamEnergy = cms.double(6500.0)
)

Definition at line 119 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.Nominal_2018_beta27cm

Initial value:

= cms.PSet(
        Beam1Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB1_Beta0.27_6.5TeV_CR130_Nominal_2018.tfs'),
        Beam2Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB2_Beta0.27_6.5TeV_CR130_Nominal_2018.tfs'),
        halfCrossingAngleXSector45  = cms.double(130.0), #in mrad / Beam 1
        halfCrossingAngleYSector45  = cms.double(0.), #in mrad / Beam 1
        halfCrossingAngleXSector56  = cms.double(130.0), #in mrad / Beam 2
        halfCrossingAngleYSector56  = cms.double(0.), #in mrad / Beam 2
        BeamEnergyDispersion = cms.double(1.11e-4),     ## beam energy dispersion (GeV); if =0.0 the default(=0.79) is used
        BeamDivergenceX = cms.double(36.56),     ## x angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamDivergenceY = cms.double(36.56),      ## y angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamSigmaX  = cms.double(9.87),
        BeamSigmaY  = cms.double(9.87),
        BeamEnergy = cms.double(6500.0)
)

Definition at line 104 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.Nominal_2018_beta30cm

Initial value:

= cms.PSet(
        Beam1Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB1_Beta0.30_6.5TeV_CR129.8_Nominal_2018.tfs'),
        Beam2Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB2_Beta0.30_6.5TeV_CR129.8_Nominal_2018.tfs'),
        halfCrossingAngleXSector45  = cms.double(129.8), #in mrad / Beam 1
        halfCrossingAngleYSector45  = cms.double(0.290), #in mrad / Beam 1
        halfCrossingAngleXSector56  = cms.double(129.8), #in mrad / Beam 2
        halfCrossingAngleYSector56  = cms.double(0.210), #in mrad / Beam 2
        BeamEnergyDispersion = cms.double(1.11e-4),     ## beam energy dispersion (GeV); if =0.0 the default(=0.79) is used
        BeamDivergenceX = cms.double(34.71),     ## x angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamDivergenceY = cms.double(34.67),      ## y angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamSigmaX  = cms.double(10.40),
        BeamSigmaY  = cms.double(10.41),
        BeamEnergy = cms.double(6500.0)
)

Definition at line 89 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.Nominal_RunIII

Initial value:

= cms.PSet(
        #TotemBeamLine = cms.bool(False),
        Beam1Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB1_Beta0.15_7TeV_CR250_HLLHCv1.4.tfs'),
        Beam2Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB2_Beta0.15_7TeV_CR250_HLLHCv1.4.tfs'),
        halfCrossingAngleXSector45  = cms.double(0.04), #in mrad / Beam 1
        halfCrossingAngleYSector45  = cms.double(250.1), #in mrad / Beam 1
        halfCrossingAngleXSector56  = cms.double(0.150), #in mrad / Beam 2
        halfCrossingAngleYSector56  = cms.double(-250.), #in mrad / Beam 2
        BeamEnergyDispersion = cms.double(1.e-3),     ## beam energy dispersion (GeV); if =0.0 the default(=0.79) is used
        BeamDivergenceX = cms.double(47.32),     ## x angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamDivergenceY = cms.double(47.25),      ## y angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamSigmaX  = cms.double(7.08),
        BeamSigmaY  = cms.double(7.09),
        BeamEnergy = cms.double(7000.0)
)

Definition at line 134 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.Totem_PreTS2_2016

Initial value:

= cms.PSet(
        #TotemBeamLine = cms.bool(True),
        Beam1Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB1_Beta0.40_6.5TeV_CR191.541_PreTS2_TOTEM.tfs'),
        Beam2Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB2_Beta0.40_6.5TeV_CR179.394_PreTS2_TOTEM.tfs'),
        halfCrossingAngleXSector45  = cms.double(191.541), #in mrad / Beam 1
        halfCrossingAngleYSector45  = cms.double(0.), #in mrad / Beam 1
        halfCrossingAngleXSector56  = cms.double(179.394), #in mrad / Beam 2
        halfCrossingAngleYSector56  = cms.double(0.), #in mrad / Beam 2
        BeamEnergyDispersion = cms.double(1.11e-4),     ## beam energy dispersion (GeV); if =0.0 the default(=0.79) is used
        BeamDivergenceX = cms.double(135.071),     ## x angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamDivergenceY = cms.double(135.071),      ## y angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamSigmaX  = cms.double(54.03),
        BeamSigmaY  = cms.double(54.03),
        BeamEnergy = cms.double(6500.0)
)

Definition at line 10 of file HectorTransport_cfi.py.

tuple HectorTransport_cfi.Validated_PreTS2_2016

Initial value:

= cms.PSet(
        #TotemBeamLine = cms.bool(False),
        Beam1Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB1_Beta0.40_6.5TeV_CR191.541_PreTS2.tfs'),
        Beam2Filename = cms.string('SimTransport/PPSProtonTransport/data/LHCB2_Beta0.40_6.5TeV_CR179.394_PreTS2.tfs'),
        halfCrossingAngleXSector45  = cms.double(191.541), #in mrad / Beam 1
        halfCrossingAngleYSector45  = cms.double(0.), #in mrad / Beam 1
        halfCrossingAngleXSector56  = cms.double(179.394), #in mrad / Beam 2
        halfCrossingAngleYSector56  = cms.double(0.), #in mrad / Beam 2
        BeamEnergyDispersion = cms.double(1.11e-4),     ## beam energy dispersion (GeV); if =0.0 the default(=0.79) is used
        BeamDivergenceX = cms.double(135.071),     ## x angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamDivergenceY = cms.double(135.071),      ## y angle dispersion at IP (urad); if =0.0 the default(=30.23) is used
        BeamSigmaX  = cms.double(54.03),
        BeamSigmaY  = cms.double(54.03),
        BeamEnergy = cms.double(6500.0)
)

Definition at line 25 of file HectorTransport_cfi.py.