Free tv game show software for linux

glTron project is a tron-like game with a 3D view.

glTron is a tron-like lightcycle game with a nice 3D perspective. 3D acceleration is recommended.

Hello! Thank you for donating your knowledge and time to our cause. Pariahware, Inc. is currently working on a Bible trivia game that is a cross between the TV game show "Who Wants to be a Millionaire?" and the electronic game series "You Dont Know Jack!" As one might imagine, this can be a daunting task.
That is why we are asking for your help in coming up with some GREAT Bible questions in order to make this game even more fun than we could do by ourselves! When you are finished submitting all of your questions, please e-mail the "qanda.rsd" file back to submissions@pariahware.com. By submitting the questions that you come up with, you agree to the following:
The Legal:
1. You expect no royalty fees or other payment for Pariahware, Inc. using your questions in the game.
2. Any parts of the questions you submit may be altered at will by the members of Pariahware, Inc.
3. Even though you submit a question for the game, that does not necessarily mean it will appear in the game.
4. If your name is included in your e-mail, Pariahware, Inc. has the right to add it as an acknowledgement, unless otherwise noted. You will not be paid as a result of having your name listed.
The How To:
1. Make sure that the Got Word DB Maker application and the "qanda.rsd" file are in the same folder or the program will not work.
2. Double-click the Got Word DB Maker application icon.
3. Select the radio button in the lower-left-hand corner that says "Add new question".
4. There are five text fields. The large one on the top is for the question. The other four are for potential answers. All of these need to be filled.
5. The correct answer needs to be selected by the "drop down" in the upper-right-hand corner.
6. The book of the Bible, in which the question is referencing, needs to be selected in the upper-left-hand corner.
7. Below the book selection is value (points) for the question. This needs to be selected as well.
8. When all of this has been done, the "Save New Question" button will activate. Click it to save your question.
Word of Caution:
To make changes to question that you have already entered, click the "edit existing questions" radio button.
Enhancements:
- Bug Fixes.

Ca$h or Cra$h project is a computerized clone of the US version of the "Deal or No Deal" game show. The game consist of selecting one of twenty-six cases, each with a random amount of money inside at preselected values ranging from a penny to $1 million.

Then each of the other twenty-five cases are opened, one at a time, knocking off values. Every so often, the banker will offer you an amount of money for your case. The game ends when you either make a deal for your case or you open one of two remaining cases.

baduK is a pattern analysis and search engine for fuseki and joseki within the game of Go.
baduK is based on Qt 4.1.4.
Go is an ancient boardgame, very common in Japan, China, Korea and Taiwan.
Main features:
- Preview boards, showing the current selected game.
- Navigation of preview board game.
- Game Information is shown in the tab view.
- Filters have been extended for other information.
- Board coordinates have been added as an option.
- Next move continuations shown on board.
- Splash screen at application startup.
- Databases can be chosen to include in search.
- A variety of next move statistics dependent on colour of next move.

GXMame is a frontend for XMame using the GTK library, the goal is to provide the same GUI than mame32. For the moment it will just have the same gui, the final goal is to be able to share config files with Mame32k (or any version of mame32 that write config files instead of saving data into windows registry) allowing dual booter to have the same environment (favorite, timeplayed, last game selected, gui preference...) under windows and Linux.
I wanted to learn GTK and have a decent frontend for xmame, gnomame didnt work on my computer and I didnt like other front end in Tk, so I decided to start this project, just after I discovered gRustibus, the very good front-end from Kjetil Thuen. I took this front end as a model for the creation of GXMame Im not sure that I could have go so far and so quickly without this model.
Main features:
- Detailed view
- Small icons view
- Indented view (shows clones games under the original one)
- Font color and size selectable
- Icons support, .ico files or a zipped archive from Mamu or Mame32QA
- Tools bar
- Folder(filter) panel
- Screenshot panel
- Display snapshots, Flyers, Marquees, Cabinets, Titles.
- Support of zipped pictures
- Display mameinfo and history
- Status bar
- Support of catver to sort games by version and categories
- Random game selection
- Quick check: only check if a romname.zip file exist in roms folder (also works with clones)
- Audit of all roms
- Window with the properties of all games
- Audit of a single game
- Popup menu to easily access to most used functions
- Preferences for games(global and specific)
- Joystick support (new 386 1.x.x linux driver only)
- Creation of gamelist from xmame
- Multiples executables support
- Scalable icons
- Additionnal options string
- Sortable columns (in any views)
- Sortable selectable columns order (in detail view)
- List view
- Large icons view
- and lot of others...

gRustibus project is a GNOME M.A.M.E frontend.
Its goal is to be feature-rich and easy to use. It shows screenshots, flyers, cabinet photos, and info for your M.A.M.E. ROMs, and allows you to configure each game individually.
Most operations can be done using the keyboard.
Enhancements:
- Bugfixes (See the real Changelog for details).
- French translation
- Advanced filters. You can filter the games shown according to lots of rules.
- You can choose wich columns you want in the list and what order to show them in.
- You can download games and images from the internet. Options for vector games.
- No more upper limit for the number of games. (it works with the latest xmame betas).
- Bugfixes and lots of polish.
- Posibillity to make reports showing various info about the rom/screenshot/etc collection.

Sarien project is a Sierra AGI interpreter for games like Kings Quest and Space Quest.
Sarien is a portable Sierra AGI resource interpreter engine that allows you to play Sierra On-Line AGI version 2 and version 3 games (such as Space Quest 1 and 2, and Leisure Suit Larry in the Land of the Lounge Lizards) natively in Linux, Solaris, Windows, and other platforms.
Enhancements:
- added QNX native sound driver (untested)
- ported to DOS 16-bit using Turbo C++
- started MacOS port using MPW (incomplete)
- changed palette to use Amiga-ish colors instead of PC EGA
- added "crc" command to the interpreter console
- sprite blitting algorithm changed to work with hidden screens
- fixed add.to.pic to erase and re-blit all sprites
- reimplemented options -C (show game CRC), -L (list games) and -P (picture viewer)
- unk_xxx command names changed to official names
- added Amiga Gold Rush! 2.05 game ID
- added support to Amiga v3 games
- added support to Amiga sound emulation
- fixed input prompt in normal input mode
- using table instead of computed values for priority bands
- implemented set.pri.base (used in KQ4)
- implemented echo.line (to repeat last input line with F3)
- implemented adj.ego.move.to.x.y (for click-to-walk interface)
- added mouse event support to the X11, SDL and Win32 drivers
- added debug info on status line (activated with key F11)
- implemented click-to-walk mouse interface
- menu system rewritten to allow mouse operation
- added experimental hi-res picture mode (switch with toggle.monitor)
- added mouse support in the picture viewer
- added SGML man page (use docbook-to-man to create the roff file)
- added AGI Mouse 1.0 protocol emulation
- merged Richard Houles MacOS X port
- merged Paul Hills Amiga port
- merged Vasyl Tsvirkunovs PocketPC port
- added experimental support to noise channel
- implemented picture offset according to configure.screen
- implemented invisible ego signaling
- fixed command get.num
- fixed controller reset (moved to the end of the cycle)
- fixed v3 game loading in big-endian machines
- sound tuning improved, added chorus and envelope release
- savegame subsystem rewritten

Connect-k project is a framework for experimenting with and testing general AIs for games within the connect-k family.

Connect-k family of games contains games defined by three parameters: k, p, and q. The game is played on a Go-style (but not necessarily size) board. There are two players, black and white, who take turn placing stones on the board. The first player (black) plays q stones on the first turn and each player then plays p stones on every succeeding turn. The first player to form a horizontal, vertical, or diagonal sequence of k stones wins.

The game family includes Tic-Tac-Toe, Go-moku without capture rules, and a new game, Connect-6. Connect-6 was formally introduced and analyzed by Dr. I-Chen Wu in a series of papers that attempted to show that the game is fair. This has not been decisively proven but appears to be the case.

The Connect-k program originated as a University of Minnesota undergraduate Artificial Intelligence course project for the Spring 2007 semester. Aside from me, the project group included Jeff Deitch, Gabe Emerson, and Erik Shimshock. We attempted to develop general game playing algorithms capable of playing any game within the Connect-k family. The Connect-k program we produced is currently the only open source program to play Connect-6.