Hourly predictions of the tidal sea height, and zonal and meridional tidal currents, all obtained from TPXO.3, along with the derived current speed, are provided. ASCII files (subsequently compressed with `gzip') have the format (F11.6, 4F9.3), e.g.,
240.000000 -2.405 -17.250 17.417 0.287
240.041667 -9.955 -12.955 16.338 0.276,
where the first column is time in days with 0.0 as Jan. 1, 2000, 00h UT, the 2nd column is zonal current in mm/s, the 3rd column is meridional current in mm/s, the 4th column is current speed in mm/s, and the 5th column is sea height in meters. The binary `.mat' files were saved with MATLAB's `save' command. When restored with `load', the meanings of the columns are the same as for the ASCII files above.
The Sep.-Dec., 2000, datasets include day #'s 240 through 365 (Aug. 27 through Dec. 31). The gzipped ASCII files are 47KB each, while the MATLAB `.mat' files are 121KB each.
The July, 2000, to July, 2004, datasets run from July 1, 2000, through July 31, 2004. The gzipped ASCII files are 540KB each, while the MATLAB `.mat' files are 1.43MB each.
Hourly predictions of the tidal sea height at selected coastal stations are provided. ASCII files (subsequently compressed with `gzip') have the format (F11.6, F9.3), e.g.,
240.000000 0.501
240.041667 0.431,
where the first column is time in days with 0.0 as Jan. 1, 2000, 00h UT, and the 2nd column is sea height in meters. The binary `.mat' files were saved with MATLAB's `save' command. When restored with `load', the meanings of the columns are the same as for the ASCII files above.
The Sep.-Dec., 2000, datasets include day #'s 240 through 365 (Aug. 27 through Dec. 31). The gzipped ASCII files are 13KB each, while the MATLAB `.mat' files are 49KB each.
The July, 2000, to July, 2004, datasets run from July 1, 2000, through July 31, 2004. The gzipped ASCII files are 157KB each, while the MATLAB `.mat' files are 573KB each.