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diff --git a/input/z-13tev-cms.in b/input/z-13tev-cms.in
new file mode 100644
index 0000000..b4a83c5
--- /dev/null
+++ b/input/z-13tev-cms.in
@@ -0,0 +1,186 @@
+# Process settings for https://arxiv.org/abs/1909.04133
+sroot = 13e3 # Center-of-mass energy
+ih1 = 1 # Hadron 1: 1 for proton, -1 for antiproton
+ih2 = 1 # Hadron 2: 1 for proton, -1 for antiproton
+nproc = 3 # Process: 1) W+; 2) W-; 3) Z/gamma*
+
+# Perturbative order
+# fixedorder_only = true # Evaluate predictions at fixed order
+# fixedorder_only = false # Evaluate predictions including qt-resummation
+fixedorder_only = false
+order = 3 # QCD order: 0) LO(+LL), 1) NLO(+NLL), 2) NNLO(+NNLL), 3) N3LO(+N3LL)
+
+# Non-perturbative form factor, S_NP = exp(-npff(b))
+# 0: Gaussian (BLNY) npff(b) = (g1 + g2*log(m/Q0) + g3*log(100*m/sqrt(s)))*b^2
+npff = 0
+
+# Gaussian options (npff = 0)
+g1 = 0.8
+g2 = 0
+g3 = 0
+Q0 = 1
+
+#PDF settings
+LHAPDFset = NNPDF31_nnlo_as_0118 # PDF set from LHAPDF
+LHAPDFmember = 0 # PDF member
+
+# Functional form of QCD scales (mV: wmass or zmass, pT: boson transverse momentum, mjj: dijet invariant mass)
+#0: mu^2 = mV^2
+#1: mu^2 = mll^2
+#2: mu^2 = mll^2+pT^2
+#3: mu^2 = mll^2+pT^2+mjj^2
+#4: mu^2 = (pT + sqrt(mll^2+pT^2))^2
+fmuren = 1 # Functional form of the renormalisation scale
+fmufac = 1 # Functional form of the factorisation scale
+fmures = 1 # Functional form of the resummation scale (forms >= 2 are equivalent to 1)
+
+# QCD scale settings
+kmuren = 0.5 # Scale factor for the renormalisation scale
+kmufac = 0.5 # Scale factor for the factorisation scale
+kmures = 0.5 # Scale factor for the resummation scale
+
+# EW scheme
+#0: Input: alpha(mZ), zmass, xw; Derived: wmass, Gf
+#1: Input: Gf, wmass, zmass; Derived: xw, alpha(mZ) [Gmu scheme]
+#2: Input: Gf, alpha(mZ), xw, Gf; Derived: wmass, zmass
+#3: All masses and couplings determined by inputs
+ewscheme = 1
+
+# EW parameters
+Gf = 1.1663787e-5 # G-Fermi
+zmass = 91.1876 # Mass of the Z boson
+wmass = 80.385 # Mass of the W boson
+xw = 0.23153 # Weak-mixing angle (not used in the Gmu scheme)
+aemmz = 7.7585538055706e-03 # alpha_EM(MZ) (not used in the Gmu scheme)
+
+# W and Z total widths used in the propagator are determined by the following inputs
+zwidth = 2.4950 # Width of the Z boson
+wwidth = 2.091 # Width of the W boson
+runningwidth = false # Use Z and W propagators including energy-dependent width effects
+
+# CKM matrix
+Vud = 0.97427
+Vus = 0.2253
+Vub = 0.00351
+Vcd = 0.2252
+Vcs = 0.97344
+Vcb = 0.0412
+
+# Prescription to avoid the Landau pole in the Bessel inverse transform
+# 0: bstar prescription, which freezes b at bmax: b -> bstar = b/sqrt(1+b^2/bmax^2)
+# 2: Minimal prescription (complex plane)
+bprescription = 0
+
+#Value of blim for the bstar prescription. Positive values set a fixed bmax=blim, a negative values sets bmax=b_L/(-blim), where b_L is the Landau singularity.
+blim = 3
+
+# Type of PDF evolution
+#0: FFN five-flavour backward evolution
+#1: FFN five-flavour backward evolution with Pegasus-QCD
+#2: VFN direct Mellin transform from LHAPDF
+#3: VFN Pegasus-QCD
+evolmode = 3
+
+# Resummation damping
+damp = true
+
+# Resummation damping function
+# 1: Gaussian: exp(-(k*mll-qt)^2)/(delta*mll)^2
+# 2: Exponential: exp((k*mll)^-qt^2)/(delta*mll)^2
+# 3: Cosine: cos(PI/(delta*mll)*(qt-k*mll))+1)/2
+dampmode = 1
+dampk = 0.75
+dampdelta = 0.5
+
+# qt-subtraction cut-off. Both conditions are applied, at least one between qtcut and xqtcut must be > 0
+xqtcut = 0.008 # cutoff on qt/m
+qtcut = 0. # cutoff on qt
+
+# Integration settings
+rseed = 123456 # Random seed for MC integration
+
+# Term switches
+doBORN = true
+doCT = true
+doVJ = true
+
+doVJREAL = true
+doVJVIRT = true
+
+# Integration type: true -> quadrature, false -> vegas
+BORNquad = true
+CTquad = true
+VJquad = false
+
+# Multithreading parallelisation
+cores = 0 # Number of parallel threads (0 for turning off parallelisation)
+
+# Cuba settings
+cubaverbosity = 0 # Cuba info messsages, from 0 to 3
+cubanbatch = 1000 # The batch size for sampling in Cuba vegas integration
+niterBORN = 5 # Only for 2d and 3d cuhre integration of resummed part
+niterCT = 5 # Only for 2d and 3d cuhre integration of counter term
+niterVJ = 10 # Only for 3d cuhre integration of V+J
+
+#Vegas settings
+vegasncallsBORN = 1000 # only for res 4d vegas integration
+vegasncallsCT = 100000 # only for 6d and 8d vegas integration of the counter term
+vegasncallsVJLO = 10000000 # only for lo 7d vegas integration
+vegasncallsVJREAL = 10000000 # only for real 10d vegas integration
+vegasncallsVJVIRT = 1000000 # only for virt 8d vegas integration
+
+# cubature settings
+relaccuracy = 1e-3 # target relative uncertainty of each term
+absaccuracy = 0 # target absolute uncertainty of each term in fb
+
+# Lepton cuts
+# Total cross section or with lepton cuts
+makecuts = true
+
+# charged leptons cuts
+lptcut = 25
+lycut = 2.4 # absolute rapidity cut
+
+# leptons and antileptons cuts
+lepptcut = 0
+lepycut = 1000
+alpptcut = 0
+alpycut = 1000
+
+#absolute-rapidity-ordered leptons (central and forward)
+lcptcut = 0
+lcymin = 0
+lcymax = 1000
+lfptcut = 0
+lfymin = 0
+lfymax = 1000
+
+# cuts on neutrino and transverse mass (these cuts are applied only in W processes)
+etmisscut = 0
+mtcut = 0
+
+#costh CS
+cthCSmin = -1
+cthCSmax = +1
+
+# Output settings
+output_filename = results # output filename
+texttable = true # dump result table to text file (including pdf variations)
+redirect = false # redirect stdout and stderr to log file (except for gridverbose output)
+unicode = true # use unicode characters for the table formatting
+silent = false # no output on screen (except for gridverbose output)
+makehistos = true # fill histograms
+gridverbose = false # printout number of events to keep job alive when running on grid
+
+# binning
+
+# normalise cross sections by bin width
+ptbinwidth = true
+ybinwidth = false
+mbinwidth = false
+
+# qt, y, m bins
+qt_bins = [ 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 16 18 20 22 25 28 32 37 43 52 65 85 120 160 190 220 250 300 400 500 800 1500 ]
+y_bins = [ -2.4 2.4 ]
+m_bins = [ 76.1876 106.1876 ]
+

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