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input.ALICE.PbPb.2760.C0-5.EVHRG
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# Input parameters for the FIST sampler utilizing the blast-wave model for 2.76 TeV Pb-Pb collision at the LHC
# Includes the effect of baryon excluded volume in the sampling procedure
# Format: <parameter-name> <parameter-value>
# Everything after # is ignored
# The format of the Cooper-Frye hypersurface
fist_sampler_mode 2 # 0 - Coarse-grained from file, 1 - Siemens-Rasmussen-Hubble, 2 - boost-invariant blast-wave
# The number of events
nevents 10000
# The random number generator seed
randomseed 1
# The particle list file (absolute or relative path)
# If not set, uses the default particle list WITHOUT light nuclei
# To set a different list, uncomment the line below
# particle_list_file <path-to-the-particle-list>
# The decay channels list file (absolute or relative path)
# If not set, uses the "decays.dat" file from the same folder where the list file is
# To use a different file, uncomment the line below
# decays_list_file <path-to-the-decay-list>
# Global conservation of baryon number
Bcanonical 1 # 0 - grand-canonical, 1 - canonical
# Global conservation of electric charge
Qcanonical 0 # 0 - grand-canonical, 1 - canonical
# Global conservation of strangeness
Scanonical 0 # 0 - grand-canonical, 1 - canonical
# Global conservation of charm
Ccanonical 0 # 0 - grand-canonical, 1 - canonical
# Finite resonance widths treatment
finite_widths 0 # 0 - zero-width, 1 - eBW (const BR) (energy-dependent Breit-Wigner spectral functions with constant branching ratios)
# Treatment of decays
# 0 - no decays (only primordial hadrons)
# 1 - according to the stability flags in the particle list
# 2 - strong decays
# 3 - strong + electromagnetic decays
# 4 - strong + electromagnetic + weak decays (charged pions and kaons remain stable)
# 10 - decay only those resonances that are no recognized by UrQMD
decays 3
# Chemical freeze-out parameters
T 0.160 # Temperature in GeV
muB 0.000 # Baryon chemical potential in GeV
muQ 0.000 # Electric charge chemical potential in GeV
muS 0.000 # Strangeness chemical potential in GeV
muC 0.000 # Charm chemical potential in GeV
dVdy 4000. # Volume at mid-rapidity [fm^3]
# Blast-wave model parameters
BW_Tkin 0.160 # Kinetic freeze-out temperature [GeV]
BW_rmax 9.0 # Transverse radius [fm]
BW_betaS 0.77 # Radial flow surface velocity
BW_n 0.36 # Radial flow profile
BW_etamax 4.8 # Space-time rapidity cut-off
# The output file name for the generated events (absolute or relative path)
output_file PbPb.2760.C0-5.EVHRG.events.dat
# The output format
# 0 - FIST ascii
# 1 - output tailored for UrQMD afterburner at https://github.com/jbernhard/urqmd-afterburner
# Any other value -- no output
output_format 0
# Excluded volume parameter (in fm^3)
b 1.0