! Sample input to WindSim
!
! Simulation based on Grid
! SWAY
!
!----------------------------------------------
! Assuming Z upwards
!   Min Max  No
 XGRID    0    0    1
 YGRID  -65    65   16
 ZGRID   25   155   16
!
!----------------------------------------------
!WINDU,V,W Type Comp Parameters
!  Type: 0 : Mean Wind profile only
!  Type: 1 : vonKarman based on ESDU paramters
!  Type: 2 : Statoil metocean
!  Type: 3 : NS3491-4:2002
!  Type: 4 : FLEXspek (old DS 472)
!  Type: 5 : DnV-OS-J101
!        Parameters:  I# xL# yL# zL#
!
!Type 5:  Type I 
 WINDU       5 0.147
 WINDV       5 0.118
 WINDW       5 0.074
!----------------------------------------------
! Reference height 10m
! Uz=Uref*(z/zref)^alpha (zref=10m above zero level.)
! Uz : Wind at level z
! z  : level for the wind Uz
! z_zero : zero level for wind profile
! boundh : Boundary Layer height. Assume 2000 if not known
! Dir: Wind parallel to: X=1 Y=2 Z=3
!          Type Uz   z    z_zero alpha boundh Dir
 WPROFILE     1 11.4 90.0 20      0.14   2000   1
!----------------------------------------------
! Type=1 : Normal decay function
!           Parameters: cu cv cw
!           Type   cu   cv   cw
 COHERENCE     5 12.0 12.0 12.0 90
!---------------------------------------------
! Segmentation of frequency axis
! Fmin[Hz]: the lowest frequency component present
! Fmax[Hz]: the highest frequency component present
! nf      : 2^nf Number of segmentations. Typical=12
!       Fmin  Fmax nf
!  TIME  750   0.1
 FAXIS 0.001 5.85 12
!---------------------------------------------
! SEEDIN Input seed for forced simulation. 0=random
!        Seedu Seedv Seedw
  SEEDIN     1     2     3
!---------------------------------------------