# Grid file (in)
laval.grd
#
# Results to plot (out)
plot_u.v2d
#
# Convergence history (out)
conver_u.v2d
#
# Restart solution (in/out)
rest_u
#
# Physics
# -------
 1.E+5    # inlet total pressure [Pa]
 288.     # inlet total temperature [K]
 0.7E+5   # outlet static pressure [Pa]
 1.4      # ratio of specific heats
 1005.    # specific heat coeff. at constant pressure [J/kgK]
#
# Iteration control
# -----------------
 5        # number of multigrid levels
 3        # start grid (1=finest)
 20       # max. number of single grid iterations (before multigrid)
 50       # max. number of multigrid cycles on coarse grids (if FMG)
 500      # max. number of multigrid cycles on the finest grid
 V        # type of multigrid cycles (V or W)
 1.E-5    # convergence tolerance
 N        # read restart solution (N=no, Y=yes)
#
# Numerical parameters for the finest grid
# ----------------------------------------
 4.5      # CFL-number
 0.8      # coefficient of implicit residual smoothing
 U        # C=central scheme / U=CUSP scheme / R=Roe's upwind scheme
 0.0      # artificial dissipation coefficient - k2   (central scheme)
 0.0      # artificial dissipation coefficient - 1/k4 (central scheme)
 2        # space: 1=1st-order / 2=2nd-order / 3=kappa=1/3 (central, Roe)
 0.0      # limiter coefficient (Roe's scheme)
 0.0      # entropy correction coefficient (Roe's scheme)
 5        # number of stages
 0.0695, 0.1602, 0.2898, 0.5060, 1.000    # stage coefficients
 1.00  , 1.00  , 1.00  , 1.00  , 1.00     # dissipation blending coeff.
 1     , 1     , 1     , 1     , 1        # dissipation evaluation (1=yes)
 1     , 1     , 1     , 1     , 1        # residual smoothing (1=yes)
#
# Numerical parameters for all coarse grids
# -----------------------------------------
 7.5      # CFL-number
 0.7      # coefficient of implicit residual smoothing
 C        # C=central scheme / U=CUSP scheme / R=Roe's upwind scheme
 0.50     # artificial dissipation coefficient - k2   (central scheme)
 8.0      # artificial dissipation coefficient - 1/k4 (central scheme)
 1        # space: 1=1st-order / 2=2nd-order / 3=kappa=1/3 (central, Roe)
 0.0      # limiter coefficient (Roe's scheme)
 0.0      # entropy correction coefficient (Roe's scheme)
 5        # number of stages
 0.2500, 0.1667, 0.3750, 0.5000, 1.000    # stage coefficients
 1.00  , 0.00  , 0.56  , 0.00  , 0.44     # dissipation blending coeff.
 1     , 0     , 1     , 0     , 1        # dissipation evaluation (1=yes)
 1     , 1     , 1     , 1     , 1        # residual smoothing (1=yes)

###############################################################################

 0.0695, 0.1602, 0.2898, 0.5060, 1.000    # stage coefficients
 1.00  , 1.00  , 1.00  , 1.00  , 1.00     # dissipation blending coeff.
 1     , 1     , 1     , 1     , 1        # dissipation evaluation (1=yes)
 1     , 1     , 1     , 1     , 1        # residual smoothing (1=yes)

 0.0533, 0.1263, 0.2375, 0.4414, 1.000    # stage coefficients
 1.00  , 1.00  , 1.00  , 1.00  , 1.00     # dissipation blending coeff.
 1     , 1     , 1     , 1     , 1        # dissipation evaluation (1=yes)
 1     , 1     , 1     , 1     , 1        # residual smoothing (1=yes)
