$ -------------------------------------------------------------------- $ $ WAVEWATCH III Point output post-processing $ $--------------------------------------------------------------------- $ $ First output time (yyyymmdd hhmmss), increment of output (s), $ and number of output times. $ 19680606 000005 1800. 1 $ $ Points requested --------------------------------------------------- $ $ Define points for which output is to be generated. $ 1 2 3 4 5 6 7 8 $ $ 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. $ 1 0. 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' $ 6 : WMO standard output $ - Unit number for file, also used in file name. $ $ 1 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. $ $ 1 0. 0. 50 T T T T T T 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 | | $ -+ -+ $ -------------------------------------------------------------------- $ $ ITYPE = 4, Spectral partitions and bulletins $ - Sub-type OTYPE : 1 : Spectral partitions $ 2 : Bulletins ASCII format $ 3 : Bulletins CSV format $ 4 : Bulletins ASCII and CSV formats $ - Unit number for transfer file, also used in table file $ name. $ - Reference date/time in YYYYMMDD HHMMSS format, used for $ including in bulletin legend, and computing forecast time $ in CSV type output (if the first field is negative, the $ reference time becomes the first simulation time slice) $ - Three-character code indicating time zone (UTC, EST etc) $ $ 4 1 20100928 000000 'UTC' $ $ 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. $ $ $ $ -------------------------------------------------------------------- $ $ End of input file $ $ -------------------------------------------------------------------- $