parameters.dat

mode                      = 2   # mode for reading in freeze out information
                                # 1: reads freezeout file from 3+1D viscous hydro (gpu-vh format)
                                # 2: reads freezeout file from 3+1D viscous anisotropic hydro (PL matching)
                                # 3: reads freezeout file from 3+1D viscous anisotropic hydro (PL,PT matching)
                                # 4: reads freezeout file from 3+1D viscous hydro (MUSIC boost invariant format)

dimension                 = 2   # this switch determines the dimensionality of the freezeout surface
                                #2 : boost invariant
                                #3 : full 3+1D

df_mode			  = 4	# mode for type of delta-f correction
			    	# 1: 14-moment approximation viscous hydro
			  	# 2: Chapman-Enskog expansion viscous hydro
			  	# 3: Modified equilibrium distribution
			  	# 4: 14-moment approximation vahydro (PL matching)
			  	# 5: Chapman-Enskog expansion vahydro (PL, PT matching)
				# 6: Modified anisotropic distribution

include_baryon            = 0   # switch to include baryon chemical potential in distribution function
include_bulk_deltaf       = 1   # switch to include delta f correction from bulk pressure (or residual bulk for VAH)
include_shear_deltaf      = 1   # switch to include delta f correction from shear stress (or residual pi~ and W_perp for VAH)
include_baryondiff_deltaf = 0   # switch to include delta f correction from baryon diffusion current
regulate_deltaf           = 0   # if on, force |delta_f| < f_eq for VH, and |delta_f~| < f_a for VAH

group_particles           = 0   # group particles with the similar mass and to speed up calculations
particle_diff_tolerance   = 0.01  # grouping particle mass tolerance