$ -------------------------------------------------------------------- $
$ WAVEWATCH III Point output post-processing $
$--------------------------------------------------------------------- $
$ First output time (yyyymmdd hhmmss), increment of output (s),
$ and number of output times.
$
20030101 000000 3600. 1200
$
$ Points requested --------------------------------------------------- $
$ Define points for which output is to be generated.
$
4
$ mandatory end of list
-1
$
$ Output type ITYPE [0,1,2,3]
$
1
$ -------------------------------------------------------------------- $
$ ITYPE = 0, inventory of file.
$ No additional input, the above time range is ignored.
$
$ -------------------------------------------------------------------- $
$ ITYPE = 1, Spectra.
$ - Sub-type OTYPE : 1 : Print plots.
$ 2 : Table of 1-D spectra
$ 3 : Transfer file.
$ - Scaling factors for 1-D and 2-D spectra Negative factor
$ disables, output, factor = 0. gives normalized spectrum.
$ - Unit number for transfer file, also used in table file
$ name.
$ - Flag for unformatted transfer file.
$
3 1. 0. 33 F
$
$ The transfer file contains records with the following contents.
$
$ - File ID in quotes, number of frequencies, directions and points.
$ grid name in quotes (for unformatted file C*21,3I,C*30).
$ - Bin frequenies in Hz for all bins.
$ - Bin directions in radians for all bins (Oceanographic conv.).
$ -+
$ - Time in yyyymmdd hhmmss format | loop
$ -+ |
$ - Point name (C*40), lat, lon, d, U10 and | loop | over
$ direction, current speed and direction | over |
$ - E(f,theta) | points | times
$ -+ -+
$
$ The formatted file is readable usign free format throughout.
$ This datat set can be used as input for the bulletin generator
$ w3split.
$
$ -------------------------------------------------------------------- $
$ ITYPE = 2, Tables of (mean) parameter
$ - Sub-type OTYPE : 1 : Depth, current, wind
$ 2 : Mean wave pars.
$ 3 : Nondimensional pars. (U*)
$ 4 : Nondimensional pars. (U10)
$ 5 : 'Validation table'
$ - Unit number for file, also used in file name.
$
$ 5 33
$
$ If output for one point is requested, a time series table is made,
$ otherwise the file contains a separate tables for each output time.
$
$ -------------------------------------------------------------------- $
$ ITYPE = 3, Source terms
$ - Sub-type OTYPE : 1 : Print plots.
$ 2 : Table of 1-D S(f).
$ 3 : Table of 1-D inverse time scales
$ (1/T = S/F).
$ 4 : Transfer file
$ - Scaling factors for 1-D and 2-D source terms. Negative
$ factor disables print plots, factor = 0. gives normalized
$ print plots.
$ - Unit number for transfer file, also used in table file
$ name.
$ - Flags for spectrum, input, interactions, dissipation,
$ bottom and total source term.
$ - scale ISCALE for OTYPE=2,3
$ 0 : Dimensional.
$ 1 : Nondimensional in terms of U10
$ 2 : Nondimensional in terms of U*
$ 3-5: like 0-2 with f normalized with fp.
$ - Flag for unformatted transfer file.
$
$ 4 -1. 0. 50 T F F F F F 0 F
$ 1 -1. 0. 50 T F T F F F 0 F
$
$ The transfer file contains records with the following contents.
$
$ - File ID in quotes, nubmer of frequencies, directions and points,
$ flags for spectrum and source terms (C*21, 3I, 6L)
$ - Bin frequenies in Hz for all bins.
$ - Bin directions in radians for all bins (Oceanographic conv.).
$ -+
$ - Time in yyyymmdd hhmmss format | loop
$ -+ |
$ - Point name (C*40), depth, wind speed and | loop | over
$ direction, current speed and direction | over |
$ - E(f,theta) if requested | points | times
$ - Sin(f,theta) if requested | |
$ - Snl(f,theta) if requested | |
$ - Sds(f,theta) if requested | |
$ - Sbt(f,theta) if requested | |
$ - Stot(f,theta) if requested | |
$ -+ -+
$
$ -------------------------------------------------------------------- $
$ End of input file $
$ -------------------------------------------------------------------- $