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steering.txt
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* Namelist to control input data
*
&InFiles
! Number of intput files
NInputFiles = 7
! Input files:
InputFileNames(1) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_NCep_920.dat'
InputFileNames(2) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_NCep_820.dat'
InputFileNames(3) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_NCep_575.dat'
InputFileNames(4) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_NCep_460.dat'
InputFileNames(5) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_NCem.dat'
InputFileNames(6) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_CCep.dat'
InputFileNames(7) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_CCem.dat'
&End
&InCorr
! Number of correlation (statistical, systematical or full) files
NCorrFiles = 0
! Correlation files:
! CorrFileNames(1) = 'datafiles/hera/h1/jets/0904.3870/H1_NormInclJets_HighQ2_99-07___H1_NormInclJets_HighQ2_99-07.corr'
&End
&CovarToNuisance
! Global switch for using nuisance param representation for covariance mat.
LConvertCovToNui = .false.
! Tolerance -- zero means exact transformation
Tolerance = 0.0
! The following lines allow to adjust error scaling properties (default: :M)
DataName = 'CMS electon Asymmetry rapidity', 'CMS W muon asymmetry'
DataSystType = ':A', ':A'
&End
&QCDNUM
! do not re-compute QCDNUM tables if they are present and match grid definition
Read_QCDNUM_Tables = .true.
&End
&OutDir
! Name of the directory where output will be stored (max 22 characters)
OutDirName = 'output'
&End
*
* (Optional) Modify renormalisation/factorisation scales, dataset
* dependently. The numbering follows sequential numbering of input files
*
&Scales
DataSetMuR = 7*1.0 ! Set muR scale to 1 for all 4 datasets
DataSetMuF = 7*1.0 ! Set muF scale to 1 for all 4 datasets
! DataSetTheoryOrder = 7*'NNLO',"NLO",'NNLO'
&End
*
* (Optional) List systematic sources, modify their scaling properties:
*
&Systematics
!C List sources, Results.txt file would list them first. Use the usual :A, :P,
!C qualifiers to change the scalling properties
! ListOfSources = 'ATLAS_lumi2010', 'ATL_WZ2010_Source_13:A'
!C Modify the prior in chi2 definition (1.0 is default):
! PriorScaleName = 'ATLAS_lumi2010', 'ATL_WZ2010_Source_13'
! PriorScaleFactor = 0.0, 0.0
&End
*
* Main steering cards
*
&xFitter
RunningMode = 'Fit'
! 'Fit' -- standard MINUIT-minimization of PDF and other parameters
! 'LHAPDF Analysis' -- Evalutate input LHAPDF set uncertaitnies, chi2, profiling or reweighting
! Requires &LHAPDF namelist to specify the set name. If PDFSTYLE is not
! set to LHAPDFQ0, LHAPDF or LHAPDFNATIVE, sets it to LHAPDF
! 'PDF Rotate' -- performs PDF re-diagonalization. Requires theo.in files to operate properly
TheoryType = 'DGLAP' ! 'DGLAP' -- colinear evolution
! 'DGLAP_APFEL' -- collinear evolution with APFEL
! 'DGLAP_QEDEVOL' -- collinear evolution with QEDEVOL
! 'DGLAP_APFEL_QED' -- collinear evolution with APFEL with QED corrections
! 'DIPOLE' -- dipole model
! 'uPDF' -- un-integrated PDFs
!uPDF1 fit with kernel ccfm-grid.dat file
!uPDF2 fit evolved uPDF, fit just normalisation
!uPDF3 fit using precalculated grid of sigma_hat
!uPDF4 fit calculating kernel on fly, grid of sigma_hat
Order = 'NNLO' ! 'LO', 'NLO' or 'NNLO', used for DGLAP evolution.
Q02 = 1.9 ! Evolution starting scale
! --- Scheme for heavy flavors
! --- HF_SCHEME = 'ZMVFNS' : ZM-VFNS (massless) from QCDNUM,
! --- HF_SCHEME = 'ZMVFNS MELA' : ZM-VFNS (massless) from MELA (N-space),
! --- HF_SCHEME = 'RT' : Thorne-Roberts VFNS (massive)
! --- HF_SCHEME = 'RT FAST' : Fast approximate TR VFNS scheme, usign k-factor
! --- HF_SCHEME = 'RT OPT' : Thorne-Roberts VFNS (massive)
! --- HF_SCHEME = 'RT OPT FAST' : Fast approximate TR VFNS scheme, usign k-factor
! --- HF_SCHEME = 'ACOT Full' : ACOT - F.Olness Version (massive), using k-factors
! --- HF_SCHEME = 'ACOT Full +N2LO' : ACOT - F.Olness Version (massive) adding N2LO approx, using k-factors
! --- HF_SCHEME = 'ACOT Full +N3LO' : ACOT - F.Olness Version (massive) adding N3LO approx, using k-factors
! --- HF_SCHEME = 'ACOT Chi' : ACOT - F.Olness Version (massive), using k-factors
! --- HF_SCHEME = 'ACOT Chi +N2LO' : ACOT - F.Olness Version (massive) adding N2LO approx, using k-factors
! --- HF_SCHEME = 'ACOT Chi +N3LO' : ACOT - F.Olness Version (massive) adding N3LO approx, using k-factors
! --- HF_SCHEME = 'ACOT ZM' : ACOT - F.Olness Version (massless), using k-factors
! --- HF_SCHEME = 'ACOT ZM +N2LO' : ACOT - F.Olness Version (massless), using k-factors
! --- HF_SCHEME = 'ACOT ZM +N3LO' : ACOT - F.Olness Version (massless), using k-factors
! --- HF_SCHEME = 'S-ACOT Chi RC' : S-ACOT-chi scheme - CTEQ-TEA Version, using reduced cross section
! --- HF_SCHEME = 'FF' : Fixed Flavour Number Scheme (qcdnum)
! --- HF_SCHEME = 'FF ABM' : Fixed Flavour Number Scheme (ABM)
! --- HF_SCHEME = 'FF ABM RUNM' : Fixed Flavour Number Scheme (ABM) using run mass def
! --- HF_SCHEME = 'FONLL-A' : FONLL-A mass scheme provided by APFEL with pole masses (available only at NLO)
! --- HF_SCHEME = 'FONLL-A RUNM OFF' : FONLL-A mass scheme provided by APFEL with MSbar masses running OFF (available only at NLO)
! --- HF_SCHEME = 'FONLL-A RUNM ON' : FONLL-A mass scheme provided by APFEL with MSbar masses running ON (available only at NLO)
! --- HF_SCHEME = 'FONLL-B' : FONLL-B mass scheme provided by APFEL with pole masses (available only at NLO)
! --- HF_SCHEME = 'FONLL-B RUNM OFF' : FONLL-B mass scheme provided by APFEL with MSbar masses running OFF (available only at NLO)
! --- HF_SCHEME = 'FONLL-B RUNM ON' : FONLL-B mass scheme provided by APFEL with MSbar masses running ON (available only at NLO)
! --- HF_SCHEME = 'FONLL-C' : FONLL-C mass scheme provided by APFEL with pole masses (available only at NNLO)
! --- HF_SCHEME = 'FONLL-C RUNM OFF' : FONLL-C mass scheme provided by APFEL with MSbar masses running OFF (available only at NNLO)
! --- HF_SCHEME = 'FONLL-C RUNM ON' : FONLL-C mass scheme provided by APFEL with MSbar masses running ON (available only at NNLO)
! (Any of the FONLL schemes at LO is equivalent to the ZM-VFNS)
HF_SCHEME = 'RT OPT'
! PDF type. Possible types are currently available:
! 'proton' -- default (fitting proton data)
! 'lead' -- fitting ONLY lead data (can't be used in combination with proton data)
PDFType = 'proton'
! PDF parameterisation style. Possible styles are currently available:
! 'HERAPDF' -- HERAPDF-like with uval, dval, Ubar, Dbar, glu evolved pdfs
! 'CTEQ' -- CTEQ-like parameterisation
! 'CTEQHERA' -- Hybrid: valence like CTEQ, rest like HERAPDF
! 'CHEB' -- CHEBYSHEV parameterisation based on glu,sea, uval,dval evolved pdfs
! 'LHAPDFQ0' -- use lhapdf library to define pdfs at starting scale and evolve with local qcdnum parameters
! 'LHAPDF' -- use lhapdf library to define pdfs at all scales
! 'LHAPDFNATIVE'-- use lhapdf library to access pdfs and alphas
! 'DDIS' -- use Diffractive DIS
! 'BiLog' -- bi-lognormal parametrisation
PDFStyle = 'HERAPDF'
! XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
!
! Chi2 definition. Following options are supported:
!
! -- Bias corrections for uncertainties --
! 'StatScale' : 'Poisson', 'NoRescale' ( see also 'ExtraSystRescale' below )
! 'UncorSysScale': 'Poisson', 'Linear', 'NoRescale'
! 'CorSysScale' : 'Linear', 'NoRescale'
!
! -- Treatment of systematics in chi2 ---
! 'UncorChi2Type': 'Diagonal'
! 'CorChi2Type' : 'Hessian', 'Matrix', 'Offset'
!
! -- Extra corrections ---
! are given as comma separated list for Chi2ExtraParam, they are off by default.
! 'PoissonCorr' : extra log correction accounting for changing uncertainties
! 'FirstIterationRescale' : re-scale uncertainties at the first iteration only
! 'ExtraSystRescale' : additional re-scaling of stat. uncertainty to account for syst. shifts.
CHI2SettingsName = 'StatScale', 'UncorSysScale', 'CorSysScale', 'UncorChi2Type', 'CorChi2Type'
Chi2Settings = 'Poisson' , 'Linear', 'Linear' , 'Diagonal' , 'Hessian'
Chi2ExtraParam = 'PoissonCorr'
! Flag to define if native APPLgrid CKM values should be kept.
LUseAPPLgridCKM = True
! Debug flag
LDEBUG = False
! Quadratic approximation for asymmetric uncertainties
! AsymErrorsIterations = 10
&End
*
* Add extra to minuit parameters. These MUST include alpha_S and fs
*
&ExtraMinimisationParameters
name = 'alphas', 'fs', 'fcharm'
value = 0.118 , 0.4, 0.
step = 0.0 , 0.0 , 0. ! set to 0 to avoid minimisation
&End
*
* Output steering cards
*
&Output
! -- Error bands on parton distributions
DoBands = False ! asymmetric bands (J. Pumplin)
DoBandsSym = False ! symmetric bands ( HESSE )
! -- Q2 values at which the pdfs & errors are done (up to 20)
Q2VAL = 1.9, 3.0, 4.0, 5., 10., 100., 6464, 8317
! Q2VAL = 1.9, 4., 10., 100., 6464, 8317
! How many x points to write (standard = 101)
OUTNX = 101
! x-range of output (standard = 1E-4 1.0)
OUTXRANGE = 1E-4, 0.9999
! Do not write out LHAPDF6 output
! WriteLHAPDF6 = false
! Write out LHAPDF5 output
! WriteLHAPDF5 = false
&End
*
* Process dependent cuts
*
&Cuts
!--------------------- NC ep --------------------------
! Rule #1: Q2 cuts
ProcessName(1) = 'NC e+-p'
Variable(1) = 'Q2'
CutValueMin(1) = 3.5
CutValueMax(1) = 1000000.0
! Rule #2: x cuts
ProcessName(2) = 'NC e+-p'
Variable(2) = 'x'
CutValueMin(2) = 0.000001
CutValueMax(2) = 1.0
!--------------------- CC ep ------------------
ProcessName(3) = 'CC e+-p'
Variable(3) = 'Q2'
CutValueMin(3) = 3.5
CutValueMax(3) = 1000000.0
ProcessName(4) = 'CC e+-p'
Variable(4) = 'x'
CutValueMin(4) = 0.000001
CutValueMax(4) = 1.0
!-------------------- DY pp ----------------------
ProcessName(5) = 'CC pp'
Variable(5) = 'eta1'
CutValueMin(5) = -1.
CutValueMax(5) = 100.
!------------------- Jets ---------------------------
ProcessName(6) = 'pp jets APPLGRID'
Variable(6) = 'pt1'
CutValueMin(6) = 20.
CutValueMax(6) = 1000000.
!--------------------- Fixed target --------------------------
! Rule #7: Whad2 cut
ProcessName(7) = 'muon p'
Variable(7) = 'Whad2'
CutValueMin(7) = 15.
!--------------------- Fastnlo jets ----------------------
ProcessName(8) = 'FastNLO ep jets'
Variable(8) = 'kfac'
CutValueMin(8) = 0.0
CutValueMax(8) = 2.5
!--------------------- NC ep charm ----------------
ProcessName(9) = 'NC e+-p charm'
Variable(9) = 'Q2'
CutValueMin(9) = 3.5
CutValueMax(9) = 10000.0
ProcessName(10) = 'NC e+-p charm'
Variable(10) = 'x'
CutValueMin(10) = 0.000001
CutValueMax(10) = 1.0
&End
*
* (Optional) MC errors steering cards
*
&MCErrors
! Activate MC method for error estimation if lRand = True
lRAND = False
! Use data (true, default) or theory (false) for the central values of the MC replica
lRANDDATA = True
! MC method Seed
ISeedMC = 123456
! --- Choose what distribution for the random number generator
! STATYPE (SYS_TYPE) = 1 gauss
! STATYPE (SYS_TYPE) = 2 uniform
! STATYPE (SYS_TYPE) = 3 lognormal
! STATYPE (SYS_TYPE) = 4 poisson (only for lRANDDATA = False !)
STATYPE = 1
SYSTYPE = 1
&End
*
* (Optional) Chebyshev study namelist
*
&Cheb
! Set following > 0 to turn on:
NCHEBGLU = 0 ! number of parameters for the gluon (max 15)
NCHEBSEA = 0 ! number of parameters for the sea (max 15)
! Cheb. polynomial type: multiply by (1-x) (1) or not (0)
ichebtypeGlu = 1
ichebtypeSea = 1
! Starting point in x:
chebxmin = 1.E-5
ILENPDF = 0 ! use pdf length constraint
! PDF length constraint strength for different PDFs:
PDFLenWeight = 1., 1., 1., 1., 1.
! Range in W where length constraint is applied:
WMNLen = 20.
WMXLen = 320.
&End
*
* (Optional) pure polynomial parameterisation for valence quarks
*
&Poly
! Set to > zero to activate
NPolyVal = 0
IZPOPOLY = 1 ! ( times (1-x) for 0 and (1-x)^2 for 1)
IPOLYSQR = 0 ! ( ensure positivity of PDFs by squaring them )
&End
*
* (Optional) choose the factorisation scale for HQs
* tuned via parameters: mu_f^2 = scalea1 * Q^2 + scaleb1 * 4*m_h^2
* Available for 'FF', 'FF ABM' options (heavy quarks scale)
* Also defines scale for 'ZMVFNS'.'ACOT Full' and 'ACOT Chi' options ( for these options scale is being set for heavy quarks and light quarks).
&HQScale
scalea1 = 1.
scaleb1 = 0.
MassHQ = 'mc' ! (available: mc, mb), relevant for 'FF', 'ZMVFNS', 'ACOT Full' and 'ACOT chi'
&End
*
* (Optional) LHAPDF sttering card
*
&lhapdf
LHAPDFSET = 'CT10nlo' ! LHAPDF grid file
ILHAPDFSET = 0 ! Set a PDF member of the PDF set (use together with LHAPDFPROFILE = False)
! LHAPDFVARSET = 'HERAPDF20_NLO_VAR' ! Add a PDF set with model and parametrisation uncertainties
! NPARVAR = 3 ! Number of parametrisation uncertainties in the LHAPDFVARSET set
! LHAPDFPROFILE = False ! run only on the set specified by ILHAPDFSET
! LHASCALEPROFILE = True ! Add QCD scale variations as nuisance parameters
! SCALE68 = false ! Scale PDF uncertainties by a factor 1/1.645
! WriteAlphaSToMemberPDF = false
! NREMOVEPRIORS = 0 ! Remove prior from the last n PDF nuisance parameters
! DataToTheo = True ! reset data to predictions corresponding to member 0, for sensitivity studies
&End