Resulting Hs for 2D simulations about hos-ocean HOT 6 CLOSED

Restart previous computation :: i_restart        :: 0
Choice of computed case      :: i_case           :: 3
--- Geometry of the horizontal domain
Length in x-direction        :: xlen             :: 82.
Length in y-direction        :: ylen             :: 1.
--- Time stuff
Duration of the simulation   :: T_stop           :: 1000.
Sampling frequency (output)  :: f_out            :: 5.
Tolerance of RK scheme       :: toler            :: 1.0e-9
Dommermuth initialisation    :: n                :: 4
Dommermuth initialisation    :: Ta               :: 10.
--- Physical dimensional parameters
Gravity                      :: grav             :: 9.81
Water depth                  :: depth            :: -1. 
--- Irregular waves (i_case=3)
Peak period in s             :: Tp_real          :: 9.5
Significant wave height in m :: Hs_real          :: 1.0
JONSWAP Spectrum             :: gamma            :: 3.3
Directionality (Dysthe)      :: beta             :: 0.7
Random phases generation     :: random_phases    :: 1
--- Output files
Tecplot version              :: tecplot          :: 11
Output: 1-dim. ; 0-nondim.   :: i_out_dim        :: 1
3d free surface quantities   :: i_3d             :: 1
3d modes                     :: i_a_3d           :: 1
2d free surface, center line :: i_2d             :: 1
Wave probes in domain        :: i_prob           :: 0
Swense output 1='yes',0='no' :: i_sw             :: 1

! Number of modes
INTEGER, PARAMETER :: n1 = 512
INTEGER, PARAMETER :: n2 = 1
! Array size
INTEGER, PARAMETER :: m1 = n1
INTEGER, PARAMETER :: m2 = n2
! HOS nonlinearity order
INTEGER, PARAMETER :: M = 4 ! Changed this to other values, as specified in the legend of the figures of my previous comment