$ -------------------------------------------------------------------- $
$ WAVEWATCH III Grid output post-processing                            $
$--------------------------------------------------------------------- $
$ Time, time increment and number of outputs
$
$  20060101 000000 3600 13
  #TbegOut#  #DeltaOutputww3#  #NumOfOutTimes#
$ Output request flags identifying fields as in ww3_shel input and
$ section 2.4 of the manual.
$
$----------------------------------------------------------------
$Mn=Mean ; Wv=Wave, T=Period, Mmt=Moment, XX=NOT PLUGGED YET
$
$5) Mn Wat Dep    ; Mn Cur Vel  ; Mn Wnd Sp Vec  ; Air-Sea Temp ; Diff Wat Lev
$10) Ice concentr ; Sig Wv Heig ; Mn Wv lenght   ; Mn Wv T(m2)  ; Mn Wv T(m01) 
$15) Mn Wv T(m-01); Energy Flux ; Peak freq      ; Mn Wv Direc  ; Mn Dir Spread
$20) Peak Dir     ; H from part ; Tp from Part   ; Lp from Part ; Mn Dir Partit
$25) Dspread Part ; Wndsea Part ; Wndsea TotSpec ; Num of Parti ; Tstep Sfunct
$30) Cut off Freq ; CFL xyAdve  ; CFL SpecAdve   ; Fric Vel U*  ; Charnoc param       
$----------------------------------------------------------------
  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
$----------------------------------------------------------------
$35) Wnd->Wv Eflux; Wv supp strs; Wv->Wnd Mmtflux; Wcap cov XX  ;Wcap Mn ThickXX
$40) Mn Brk Wv HXX;Mmt Wcp DistXX;Arms excursion ;Urms BotOrbVel; Bedforms param
$45) Edis in WBBL ;Mmnt loss WBBL; Rad stress    ; Wv->Ocean Ene; Bernoul head
$50) Wv->Oc Mmt   ;StocksVolTran; StckDrift @ SS ;Mn sqr slopxy ; Spec tail lev
$53) 2d ord press ; User Defined ; User Defined  ; 
$----------------------------------------------------------------
$
$ Output type ITYPE [0,1,2,3], and IPART [ 0,...,NOSWLL ]
$
  3  0
$ -------------------------------------------------------------------- $
$ ITYPE = 0, inventory of file.
$            No additional input, the above time range is ignored.
$
$ -------------------------------------------------------------------- $
$ ITYPE = 1, print plots.
$            IX,IY range and stride, flag for automatic scaling to
$            maximum value (otherwise fixed scaling),
$            vector component flag (dummy for scalar quantities),
$
$  1 12 1 1 12 1 F F
$
$ -------------------------------------------------------------------- $
$ ITYPE = 2, field statistics.
$            IX,IY range.
$
$ 1 12 1 12
$
$ -------------------------------------------------------------------- $
$ ITYPE = 3, transfer files.
$            IX, IY range, IDLA and IDFM as in ww3_grid.inp.
$            The additional option IDLA=5 gives ia longitude, lattitude 
$            and parameter value(s) per record (defined points only),
$
 1 #npxout# 1 #npyout# 4 4    
$
$ For each field and time a new file is generated with the file name
$ ww3.yymmddhh.xxx, where yymmddhh is a conventional time idicator,
$ and xxx is a field identifier. The first record of the file contains
$ a file ID (C*13), the time in yyyymmdd hhmmss format, the lowest,
$ highest and number of longitudes (2R,I), id.  latitudes, the file
$ extension name (C*$), a scale factor (R), a unit identifier (C*10),
$ IDLA, IDFM, a format (C*11) and a number identifying undefined or
$ missing values (land, ice, etc.).  The field follows as defined by
$ IDFM and IDLA, defined as in the grid proprocessor. IDLA=5 is added
$ and gives a set of records containing the longitude, latitude and
$ parameter value. Note that the actual data is written as an integers.
$
$ -------------------------------------------------------------------- $
$ End of input file                                                    $
$ -------------------------------------------------------------------- $