1                  nRootGrids  = number of root level grids
F                  Restart     = restart flag 
3                  MaxLevel    = allowed number of grid refinement levels
2 2 2 2 2 2 2                                     grid refinement ratios
2.0e-2 2.0e-2 2.0e-2 2.0e-2 1.0e-4 1.0e-4 1.0e-4  field variable tolerances on each level
1.0e-4 1.0e-4 1.0e-4 1.0e-4 1.0e-4 1.0e-4 1.0e-4  spatial variable tolerances on each level
0      0      0      0      0      0      0       xbear run log options
2                  iBuffer     = size of buffer zone around area flagged for refinement
8                  MinimumGridPoints along one dimension
0.85               DesiredFillRatio in determining a new subgrid
5                  MaxCFLRetry = maximum number of times to reduce dt so that cfl<=cflv(1) before giving up
3                  Output style = 1 AMRCLAW, 2 TECPLOT, 3 HDF
10                 nout        = number of output times to print results
0                  InterpOpt   = interpolation method 0=minmod, 1=constant, 2=centered, 3=left gradient, 4=right gradient
0                  TimeStepMethod 0=fixed dt, 1=variable dt
0.d0               t0          = initial time
0.8d0               tfinal      = final time
0                  Reserved option (unused at present)
0                  Reserved option (unused at present)
0                  Reserved option (unused at present)
0                  Reserved option (unused at present)
0                  Reserved option (unused at present)

2                  nDim        = number of dimensions for this problem
1                  MethodOrder = order of precision. used in error estimator
32                 mx          = cells in x direction
32                 my          = cells in y direction
1 32               mGlobal(1)  = Grid extents along dimension 1 in global indexing system
1 32               mGlobal(2)  = Grid extents along dimension 2 in global indexing system

0.0d0              xlower      = left edge of computational domain
1.0d0              xupper      = right edge of computational domain
0.0d0              ylower      = bottom edge of computational domain
1.0d0              yupper      = top edge of computational domain

2                  mbc         = number of ghost cells at each boundary
1                  mthbc(1)    = type of boundary conditions at left
1                  mthbc(2)    = type of boundary conditions at right
1                  mthbc(3)    = type of boundary conditions at bottom
1                  mthbc(4)    = type of boundary conditions at top  

1.0d-3             dtv(1)      = initial dt (used in all steps if method(1)=0)
1.0d99             dtv(2)      = max allowable dt 
0.5d0              cflv(1)     = max allowable Courant number
0.45d0             cflv(2)     = desired Courant number

4  1             NrVars,nEquationSet  = number of primary fields, equation set for these fields
0                  maux        = number of auxilliary fields

0                  method(1)   = (unused)
2                  method(2)   = order 
0                  method(3)   = transverse order
0                  method(4)   = (unused)
0                  method(5)   = source term splitting
0                  method(6)   = (unused)
0                  method(7)   = maux (should agree with parameter in driver)
3                  method(8)   = 1: Lax-Friedrichs
                                 2: upwind
                                 3: Lax-Wendroff
				 4: Beam-Warming
				 5: Fromm
				 6: minmod
				 7: superbee
				 8: MC
				 9: van Leer