$ -------------------------------------------------------------------- $
$ WAVEWATCH III multi-grid model driver input file                     $
$ -------------------------------------------------------------------- $
$
$ *******************************************************************
$ *** NOTE : This is an example file from the mww3_test_05 script ***
$ ***        Unlilke other input example files this one CANNOT    ***
$ ***        be run as an independent interactive run             ***
$ *******************************************************************
$
$ The first input line sets up the general multi-grid model definition
$ by defining the follwing six parameters :
$
$   1) Number of wave model grids.i                         ( NRGRD )
$   2) Number of grids definint input fields.               ( NRINP )
$   3) Flag for using unified point output file.           ( UNIPTS )
$   4) Output server type as in ww3_shel.inp
$   5) Flag for dedicated process for iunified point output.
$   6) Flag for grids sharing dedicated output processes.
$  1 2 3 4 5 6
$  1 1 F 1 F F
$      1        2              3 4 5 6
  #NumofCGrids# #NumofInpGrds# F 1 F F
$
$ -------------------------------------------------------------------- $
$ If there are input data grids defined ( NRINP > 0 ), then these
$ grids are defined first. These grids are defined as if they are wave
$ model grids using the file mod_def.MODID. Each grid is defined on
$ a separate input line with MODID, and eight input flags identifying
$ the presentce of 1) water levels 2) currents 3) winds 4) ice and
$ 5-7) assimilation data as in the file ww3_shel.inp.
$
#WLEMultInp#   T F F F F F F
#CURMultInp#   F T F F F F F
#WNDMultInp#   F F T F F F F
#ICEMultInp#   F F F T F F F
$
$ In this example, we need the file mod_def.input to define the grid
$ and the file wind.input to provide the corresponding wind data.
$
$ -------------------------------------------------------------------- $
$ If all point output is gathered in a unified point output file
$ ( UNIPTS = .TRUE. ), then the output spectral grid needs to be 
$ defined. Ths information is taken from a wave model grid, and only
$ the spectral definitions from this grid are relevant. Define the
$ name of this grid here
$
$  'points'
$
$ In this example, we need the file mod_def.points to define the
$ spectral output grid, and the point output will be written to the
$ file out_pnt.points
$
$ -------------------------------------------------------------------- $
$ Now each actual wave model grid is defined using 13 parameters to be
$ read fom a single line in the file. Each line contains the following
$ parameters
$     1)   Define the grid with the extension of the mod_def file.
$    2-8)  Define the inputs used by the grids with 8 keywords 
$          corresponding to the 8 flags defining the input in the
$          input files. Valid keywords are:
$            'no'      : This input is not used.
$            'native'  : This grid has its own input files, e.g. grid
$                        grdX (mod_def.grdX) uses ice.grdX.
$            'MODID'   : Take input from the grid identified by 
$                        MODID. In the example below, all grids get
$                        their wind from wind.input (mod_def.input).
$     9)   Rank number of grid (internally sorted and reassigned).
$    10)   Group number (internally reassigned so that different
$          ranks result in different group numbers.
$   11-12) Define fraction of cumminicator (processes) used for this
$          grid.
$    13)   Flag identifying dumping of boundary data used by this
$          grid. If true, the file nest.MODID is generated.
$
$ '   '   WL    CUR   WND   ICE    Assimila data
 'grd1'  'no' '#CURFileExt#' '#WNDFileExt#'   '#ICEFileExt#' 'no' 'no' 'no'   1  1  0.00 1.00  F
$ 'grd2'  'no' 'no' 'no' 'no' 'no' 'no' 'no'   2  1  0.25 0.75  F
$ 'grd3'  'no' 'no' 'no' 'no' 'no' 'no' 'no'   3  1  0.50 1.00  F
$ 'grd4'  'no' 'no' 'no' 'no' 'no' 'no' 'no'   1  1  0.00 0.50  F
$ 'grd5'  'no' 'no' 'no' 'no' 'no' 'no' 'no'   2  1  0.25 0.75  F
$ 'grd6'  'no' 'no' 'no' 'no' 'no' 'no' 'no'   3  1  0.50 1.00  F
$
$ In this example three grids are used requiring the files
$ mod_def.grdN. All files get ther winds from the grid 'input'
$ defined by mod_def.input, and no other inputs are used. In the lines
$ that are commented out, each grid runs on a part of the pool of
$ processes assigned to the computation.
$
$ -------------------------------------------------------------------- $
$ Starting and ending times for the entire model run
$
$   20060101 000000  20060101 120000 
  #RunTimeStart# #RunTimeEnd#
$
$ -------------------------------------------------------------------- $
$ Specific multi-scale model settings (single line).
$    Flag for masking computation in two-way nesting (except at 
$                                                     output times).
$    Flag for masking at printout time.
$
  T T
$
$ -------------------------------------------------------------------- $
$ Conventional output requests as in ww3_shel.inp.  Will be applied
$ to all grids.
$
  #TbegOut#  #DeltaOutputww3#  #TendOut# 
$----------------------------------------------------------------
$ D C W D W  I H L T T  T C F D S  D P P P P  P P W P D  F C C U C
$ P U N T L  C S   0    M G P I P  P H T L T  S W S N T  C F F S H
$ T R D   V  E     2    1 E   R R    S P P H  I S F R D    X D T A
$----------------------------------------------------------------
  T T T F T  F T T F F  F F T T F  T T F F T  F F F F F  F F F T F
  F F F F F  F F F F F  F F F F F  F F F F F  F F F
$----------------------------------------------------------------
$ F T T W W  W W A U B  F T S T J  F T U M M  P U U
$ A A W C C  C C B B E  B B X W    O U S S S  2 S S
$ W W A C F  H M R R D  B B Y O    C S S S C  S 1 2
$----------------------------------------------------------------
$
$ NOTE: Ff UNIPTS = .TRUE. then the point output needs to be defined
$       here and cannot be redifined below.
$
  #TbegOut# #DeltaOutputww3# #TendOut#
#outputpointshere#
     0.0    0.0   'STOPSTRING'
  #TbegOut# 0 #TendOut#
  #TbegOut# 0 #TendOut#
  #TbegOut# 0 #TendOut#
$
$ -------------------------------------------------------------------- $
$ Type 6 : Separated wave field data.
$          First, last step IX and IY, flag for formatted file
$
$ 'grd1'  6
  #TbegOut#  #DeltaOutputww3#  #TendOut# 
      1 #npxout# 1 1 #npyout# 1 T
$
$ -------------------------------------------------------------------- $
$ Mandatory end of outpout requests per grid, identified by output 
$ type set to 0.
$
  'the_end'  0
$
$ -------------------------------------------------------------------- $
$ Moving grid data as in ww3_hel.inp. All grids will use same data.
$
$  'MOV' 19680606 000000   5.  90.
  'STP'
$
$ -------------------------------------------------------------------- $
$ End of input file                                                    $
$ -------------------------------------------------------------------- $