Free eternal sunshine software for linux

Dreams Eternal project is a story-driven FPS game that is set in the dream world.

Dreams Eternal is an FPS game that focuses on a strong story line and puzzle solving. It is set in the dream world.

The very short summary of the story is that a scientific experiment went wrong and everybody is stuck in the dream world.

You have to end this experiment by hopping from dream to dream. In every dream you have to find clues to try to find out how the experiment can be aborted.

Gcal is a program for calculating and printing calendars. It 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 liststhat can be used for reminding purposes. Gcal can calculate various astronomical data and times of the Sun and the Moon for pleasure at any location, precisely enough for most civil purposes.
Gcal supports some other calendar systems, for example, the Chinese and Japanese calendars, the Hebrew calendar, and the civil Islamic calendar, too.
English user manual included; German user manual included.
Main features:
- Some special calendar sheet formats.
- Calendar sheets can be provided with week numbers.
- Variable number of year calendar sheet blocks.
- Adjustable ordering of displayed dates.
- Adjustable period of Gregorian Reformation.
- Proleptic Julian and Gregorian calendars.
- Adjustable highlighting of holidays and actual day.
- Variable starting day of week.
- Output of day-of-year numbers and concatenated day and day-of-year numbers.
- Allows user-defined ordering of the date elements.
- Output of fiscal years.
- Output of lists or ranges of months or years.
- Sorted output of selectable country/territory specific eternal holiday lists (mostly complete) for nearly *all* countries around the globe, which are generated automatically.
- Sorted output of Christian Western churches calendar holidays, Orthodox Christian Eastern churches old and new calendar holidays, Hebrew calendar holidays, Islamic civil calendar holidays (since AD 622), Persian "Jalaali" calendar holidays, Chinese and Japanese calendar holidays (since AD 1645), more "other" calendar system holidays, multicultural New Years Days, and start of "other" calendar system months, which are also generated automatically.
- Sorted output of fixed date lists which can be defined and created in a highly flexible manner.
- Allows filtration of fixed dates by using regular expressions and other built-in methods.
- Allows the use of date and text variables and basic operations on them.
- Some gimmicks like solar and lunar eclipse time, sunrise/sunset plus a lot of other Sun based data and times, Moon phase, Full and New Moon time, moonrise/moonset plus a lot of other Moon based data and times, zodiacal markers, equinox and solstice, air line distance between two geographic point locations plus course angles, biorhythm et cetera...
- Fixed dates can be stored in several files.
- Nearly unlimited nesting level of include files.
- Nearly unlimited internal text and table lengths.
- Default options can be stored in the `GCAL environment variable.
- Options and commands stored in response files can be preloaded.
- Uses either an external pager or a simple built-in pager.
- Detailed Texinfo reference manual.
- German, English and American program version by default.
- Supports various computer platforms.
- GNU `gettext internationalization technology, which allows the use of message catalogs for most native languages.
- GNU `autoconf(iguration) installation technology.
- Supports both UN*X short-style options and GNU long-style options.

Calindor project is a Fantasy World Simulation server that implements Eternal Lands protocol and can be played with Eternal Lands or compatible client software.
The Eternal Lands is a FREE MMORPG with Open Source Client and closed source server.
There are 3 main reasons why this project was started:
- Learn about an architecture of an massive user, mutlithreaded server software
- Create detailed models of fantasy worlds and evaluate how they will evolve by human or artificial interaction
- Enable map makers to test their maps in live environments
Enhancements:
- With this release, about 85% of the scope for 0.4.0 has been completed.
- Following was improved.
- Attack was implemented.
- Death, respawning, and resurrection were implemented.
- Dimensions were implemented.
- The starting map was updated.

Ophiuchus is a multiplayer strategy game in a similar vein as the Master of Orion series.
Ophiuchus will go through many phases where it is a completely playable game and it comes with further features added on with each major release.
The reason for this is that it is quite impossible for me to create a fully-featured game in one go. Doing it in steps allows me to re-check the game for gameplay quite often. (This also means I get to play it a lot, which serves to keep me interested.)
I aim to eventually create a game of rather large proportions, but this may well take some time. As such, I am concentrating on the gameplay of the game first, on the assumption that while graphics improve and change, gameplay stays eternal.
The game map is a rectangular board of tiles. A tile may contain a star. Each star is orbited by a single inhabitable planet. Each player starts out inhabiting a single planet, and owning 10 units of money.
Each planet a player owns adds 1 unit of money to their treasury per turn. You may build spaceships at your colonies, which cost 4 units of money, and take 1 turn to construct. Spaceships move across the map at a rate of 1 square per turn.
If a fleet encounters an uninhabited planet, it will automatically colonise the planet. If you encounter a planet owned by another player, you can attack and invade it. Combat works on the simple principle of winner-takes-all.
Whichever side has the larger fleet destroys the other side. If you retreat from combat, that is, if you order your fleet to leave a system while another player orders their fleet to attack yours, you lose a third of your ships.
You win the game by invading all colonies held by all other players.
Enhancements:
- When multiple players arrive at the same uncolonized system at the same time, none of them can colonize the planet now.
- Previously, the player with the lowest ID got the planet, leading to an advantage to players with lower IDs.
- This was a problem especially in single player mode, when it gave a great advantage to the player over the computer.
- Attack commands now always give feedback.