83 projects tagged "mud"
Updated 12 Nov 2012
Cyphesis
| Pop | 210.36 |
|---|---|
| Vit | 34.10 |
Cyphesis is a server for MMORPG games. It is the core engine of the WorldForge project and is currently focused on implementing fantasy games, providing rich scripting, full world persistence, and basic physics.
Updated 04 Oct 2012
Vallheru
| Pop | 57.13 |
|---|---|
| Vit | 9.83 |
Vallheru is a turn-based, fantasy MMORPG written in PHP and MySQL (but may work with many other databases) with Smarty Template Engine, ADOdb, and PHP Mailer. It is based on Gamers-Fusion 2.5 with many modifications in security, speed, and features. It is currently available only in Polish.
Updated 14 Jul 2012
WorldForge::Ember
| Pop | 86.90 |
|---|---|
| Vit | 14.35 |
Ember is a 3d client for the WorldForge project. It uses the Ogre 3d graphics library for presentation and CEGUI for its GUI system.
Updated 15 Apr 2012
MV3D
| Pop | 78.87 |
|---|---|
| Vit | 5.60 |
MV3D is a virtual world and multi-player game framework for use with Python. It was designed with scalability in mind and is able to distribute a world across as many servers as needed while dynamically balancing the load. The simulation framework is not specifically slanted towards any one genre of online game or virtual world, and can just as easily be used for a space game as a fantasy setting. Objects on an MV3D server can be simulated using the ODE physics engine for realistic interactions. A single server is able to host thousands of of simulated objects. The client works with both the Ogre3D and Panda3D renderers.
Updated 11 Mar 2012
JamochaMUD
| Pop | 90.73 |
|---|---|
| Vit | 26.95 |
JamochaMUD offers Unicode, plug-in, and multi-language support (8 different languages) to allow a more enjoyable MUCKing/MUDding experience. It features command history, synchronized window controls, experimental SOCKS 5 support, and greatly improved ANSI colour support. It plays nice on Unix systems, supports a wide range of MU*s, and also includes emulation of some TinyFugue editor controls. JamochaMUD includes classes that may be easily reused in other Java applications.
Updated 21 Oct 2011
TinyMUSH
| Pop | 38.63 |
|---|---|
| Vit | 5.61 |
TinyMUSH is a text-based multi-user role-playing environment, similar to many MUDs, except intended to be more of a social environment than a combative game. It is a descendant of TinyMUD, but after that the family history gets complex.
Updated 14 Feb 2011
WorldForge::Mercator
| Pop | 83.05 |
|---|---|
| Vit | 5.99 |
Mercator is a terrain generation and management library that handles the data required to handle terrain rendering and physics, including classes to handle vegetation.
Updated 22 Jan 2011
ErlyMUD
| Pop | 31.65 |
|---|---|
| Vit | 1.74 |
ErlyMUD is a rather minimalistic MUD server, written in Erlang and making use of the excellent OTP libraries. The aim is to have solid support for exploration and roleplaying, within a highly fault-tolerant environment where system crashes or reboots are more of an exotic curiosity than a commonplace thing.
Updated 17 Dec 2010
antioch
| Pop | 26.08 |
|---|---|
| Vit | 2.50 |
antioch is a Web application for building scalable, interactive virtual worlds. Begun as a MOO-like system for building virtual worlds, the goal was to take the LambdaMOO approach to creating online worlds, and update it in hopes of attracting new players to an old idea. Like many MOO clones before it, antioch uses Python as its internal scripting language. This provides a powerful environment for game authors, while a flexible object model allows for creation of complex in-game objects.
Updated 23 Jun 2010
php mudnames
| Pop | 43.22 |
|---|---|
| Vit | 1.51 |
php mudnames is a PHP class that can generate random names for characters used in role playing games such as multi-user dungeon (MUD) games. Although the names do not mean anything, they sound very much like typical names of characters that you often see in this kind of game. It can retrieve text data from one of several dictionary files. The dictionary data is used to generate random names based on selected capabilities and used particles.
