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2003-07-22Honour PKG_SYSCONFDIR and install the configuration file by default (it isjmmv6-21/+20
needed, as pointed out in PR pkg/22187 by Greg Troxel).
2003-05-06Drop trailing whitespace. Ok'ed by wiz.jmmv1-1/+1
2002-10-21Convert to buildlink2.wiz1-4/+4
2002-07-02Add RCS Id.wiz1-0/+1
2002-03-13Give all packages which depend on "png" a version bump, and updatefredb1-2/+3
all dependencies on packages depending on "png" which contain shared libraries, all for the (imminent) update to the "png" package. [List courtesy of John Darrow, courtesy of "bulk-build".]
2002-01-21add missing USE_XPMdmcmahill1-1/+2
2001-11-11Adjust format a bit:hubertf1-0/+5
* 75 * '=' * RCS ID * blank line * message text * optional blank line * 75 * '='
2001-11-01Move pkg/ files into package's toplevel directoryzuntum3-1/+1
2001-08-25make this find shared libs at runtime (-Wl,-R)hubertf2-6/+8
2001-05-31Initial import of xtide-2.4 into the Packages Collection.agc9-0/+137
Provided in PR 13044 by Paul Goyette (paul@whooppee.com) XTide is a package that provides tide and current predictions in a wide variety of formats. Graphs, text listings, and calendars can be generated, or a tide clock can be provided on your desktop. XTide can work with X-windows, plain text terminals, or the web. This is accomplished with three separate programs: the interactive interface (xtide), the non-interactive or command line interface (tide), and the web interface (xttpd). The algorithm that XTide uses to predict tides is the one used by the National Ocean Service in the U.S. It is significantly more accurate than the simple tide clocks that can be bought in novelty stores. However, it takes more to predict tides accurately than just a spiffy algorithm -- you also need some special data for each and every location for which you want to predict tides. XTide reads this data from harmonics files. Ultimately, XTide's predictions can only be as good as the available harmonics data. Due to issues of data availability and of compatibility with non-U.S. tide systems, the predictions for U.S. locations tend to be a lot better on average than those for locations outside of the U.S. * Deviations of 1 minute from official predictions are typical for U.S. locations having the latest data. * Deviations of 20 minutes are typical for non-U.S. locations or U.S. locations that are using obsolete data. * Much longer deviations indicate a problem.