gcal - Man Page

a program for calculating and printing calendars.

Examples (TL;DR)


gcal [[Option...] [%Date] [@File...]] [Command]


Gcal is a program similar the standard calendar programs BSD-`cal' and `calendar'.

Gcal displays hybrid and proleptic Julian and Gregorian calendar sheets, respectively, for one month, three months or a whole year.  It also displays eternal holiday lists for many countries around the globe, and features a very powerful creation of fixed date lists that can be used for reminding purposes.  Gcal can calculate various astronomical data and times of the Sun and the Moon for at pleasure any location, precisely enough for most civil purposes.  Gcal supports some other calendar systems, for example the Chinese and Japanese calendar, the Hebrew calendar and the civil Islamic calendar, too.

If Gcal is started without any options or commands, a calendar of the current month is displayed.

If the calendar of a definite year is wanted, the year must be fully specified,

e.g.:  gcal 94

displays a year calendar of the year 94, not of the year 1994.

If two arguments are given in the command part, the first argument denotes the month and the second argument denotes the year. In case any illegal commands are given running Gcal , the program will use internal defaults.

More Program Information

You obtain more program information if you start Gcal as follows:

gcal -h
gcal -?
gcal --help


gcal -hh
gcal -??
gcal --long-help[=ARG]|[=?]
gcal --usage[=ARG]|[=?]

A Hypertext file gcal.info containing detailed online information should be available, which you can inspect using your GNU Infobrowser.


------------------------oOO      \\\_''/      OOo---------------------------
Thomas Esken               O     (/o-o\)     O  eMail: esken@gmx.net
Im Hagenfeld 84                 ((  ^  ))       Phone: +49 251 232585
D-48147 Muenster; Germany    \____) ~ (____/    MotD : 2old2live, 2young2die

See Also

tcal(1), txt2gcal(1), gcal2txt(1), cal(1), calendar(1).

Referenced By

gcal2txt(1), tcal(1), txt2gcal(1).

June 14, 2000