Vishydro.inp

0.6         !T0                    initial time (unit: fm/c)
0.18        !Edec                  Decoupling energy density (unit: GeV/fm^3)
7           !IEOS                  set type for EOS (EOSQ:0  EOSI: 2, SM-EOSQ: 5, EOSL: 4(Katz05 data) read EOS from table: 7 (s95p))
1           !IEOS2dec              only for IEOS=2 (EOSI)  0: decouple by gluon 1: decouple by pions
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2           !IInitialization       initializion by Gaussian, Glauber, or CGC  (0: Gaussian, 1: Glauber, 2:read from Initial/InitialEd.dat)
1           !IEin                  type of initialization  0:initialize by energy density 1: initialize by entropy density
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0.08        !ViscousC              eta/s (const.) (0: no shear viscosity)
0.833333    !VisBeta               \tau_Pi=VisBeta*6.0\eta /(ST)
0           !Flag for temperature dependent eta/s(T)
0.0         !VisBulk               VisBulk=C;  Xi/s= C* (Xi/S)_min  (C=0, no bulk vis; or C>1 )
0           !Flag for temperature dependent zeta/s(T)
4           !IRelaxBulk            type of bulk relaxation time (0: critical slowing down; 1: constant relaxation time; 2: 1.5/(2 Pi T))
5.0         !BulkTau               constant relaxation time (fm/c) (require input IRelaxBulk=1)
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4,4         !NXD,NYD               freeze-out step in x and y direction
5           !NTD                   freeze-out step in \tau direction
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0.02        !dT_1                  time step
130         !lattice size (in positive direction)
0.1, 0.1    !lattice spacing dx, dy
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4.0,6.0     !Rx2,Ry2               <x^2> and <y^2>, for Gaussian initialization only
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0           !Ifreez                0: standard; non-zero: with initial thermal freezeout   
0.03        !Edec0                 lowest freeze-out energy for Ifreez=2   T=70 MeV
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1           !IhydroJetoutput       switch for output hydro evolution history into hdf5 file
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0           !InitialURead
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0           !Initialization of pi^\mu\nu tensor 0: initialize by 0; 1: initialize by its NS value
2           !IViscousEqsType: Version of hydro viscous equations 1: Israel-Stewart eq.; 2: DNMR eq.
0.0         !VisBulkNorm: norm factor for temperature dependent zeta/s