Free unlimited simulator alpha 9 software for linux

Unlimited Simulator project is a general purpose simulator.
Unlimited Simulator is not a game. Its a basis to create whatever simulations you want, from games to scientific simulations.
You only have to worry about physics, controls and how the world looks like. It can be at the same time a car simulator, a spaceships war game, or a scientific simulation.
While you can do these things on their own, Unlimited Simulator provides the ability to do all three at once. It allows interaction of completely different kinds of clients, thus achieving unprecedent realism and complexity.
Main features:
- multiplayer: many players by internet or two in your computer;
- create your own vehicles, tracks, terrains, sounds, objects;
- vehicles may have their own physical simulation functions, and interact with the game, creating new objects, destroying others. They can fly or float or move underwater; they can be animals, or surrealistic creations. You create.
- track can contain structures as loops, bridges, banked curves, and anything you can do with polygons;
- creating a track can be done DRAWING on the terrain (not implemented yet);
- objects can be animated and intelligent!
- everything is modular: this means almost all the stuff is plugable! No need to recompile the code;
- last, but not least: GPLed!
Enhancements:
- big debugging in ulengine/primitives.c. Several allocation problems solved.
- review of network code: structs separated in a new header, shared/net.h, and other improvements in code itself.
- review of client plugin format (what functions, names, etc).
- wrappers for the not-so-standard standard C variable types in config.h.
- cosmetic changes in some places, specially ulengine.h.
- BIG debugging in ulengine/project.c and ulengine/graphic.c. Only a billion or so bugs left.
- improved ulengine/demo.c; tests now include graphic functions.
- fixed two small bugs in drawHLine due to rounding.
- added a new projection system. Not tested yet.
- graphics test phase started: drawPixel, drawHLine, drawLine, drawFlatTri and drawShadedTri are working.
- modified POLY_UL structure: SCREENP_UL *projected field was deleted. This field is really unecessary, and deleting it saves 2*sizeof(int) bytes for each vertex. Projections are not individually saved anymore (why should they be after all?). See ulengine/project.c:projectP() to see how projected points are handled.
- added ulengine/image.c, to handle image operations.
- added ulengine/effects.c.
- textures support implemented.
- several small optimizations in ulengine/graphic.c.
- work in the server communications system.

Network Simulator (Ns) is a discrete event simulator targeted at networking research. Ns provides substantial support for simulation of TCP, routing, and multicast protocols over wired and wireless (local and satellite) networks.
Ns began as a variant of the REAL network simulator in 1989 and has evolved substantially over the past few years. In 1995 ns development was supported by DARPA through the VINT project at LBL, Xerox PARC, UCB, and USC/ISI.
Currently ns development is support through DARPA with SAMAN and through NSF with CONSER, both in collaboration with other researchers including ACIRI. Ns has always included substantal contributions from other researchers, including wireless code from the UCB Daedelus and CMU Monarch projects and Sun Microsystems.
Enhancements:
- Major updates were made to the PackMime-HTTP HTTP/1.1 and WPAN modules.
- Solaris/Sun C compilation bugs were fixed.

GTP server simulator is a simple responder for the GTP (GTP prime) protocol that works with the Cisco Content Services Gateway to provide per-user traffic limits.

GTP` (GTP prime) server simulator (it permits any content and provide quadrants for every operation) binaries for Linux (run under Fedora Core 4 and 5).

The binary was tested with Cisco CSG.

Fungus Agent Simulator project consists of a distributed multi-agent-based simulator.
Fungus Agent Simulator is a distributed multi-agent-based simulator that lets users easily create artificial life simulations. It uses a modular and a extensible architecture. A tiny scripting language (named Mycelium) is provided.
With Mycelium, users can easily build a simulation. Users can access the information traveling between the agents. Multiple scheduling models and multiple view are provided.
Main features:
- Agent
- Agent Based Simulation
- Agent could be a object or a threaded object
- Hierarchical agent
- Communication
- Messages passing communication model
- Discrete Event
- Communications canals are accessible
- Kernel
- Manage Scheduling Techniques
- distributed simulation
- Graphical user interface
- Simulator is written in Java

CCux Linux is a GNU/Linux Distribution especially optimized for i686 and higher Processor Architectures.
For Package Management it uses the old fashioned rpm Format in connection with the also well known apt Tools.
Using that, it features automatic Dependency resolving when installing new Software and so making the Installation of new Software much more easier.
But the main Feature is still the Optimization for modern CPU Architectures. Many other Distros still use old fashioned Standards for that and therefor limit the Possibility to gain a high performance System.
Hardware supported:
- Pentium II
- Pentium Pro / Celeron
- Pentium III / Celeron Coppermine
- Pentium 4 / Xeon
- Athlon / Duron / K7 (Athlon-XP und Athlon-MP)
- Cyrix M2
- Opteron / Athlon64

TUER is a 3D FPS written in JAVA + JOGL + JOGG.

TUER is a very small first player shooter. You can shoot robots in a museum with your rocket launcher. It uses a kind of dynamic lighting. You can also perform screenshots and snapshots.

Online Turnbased Wargame is a multi-user war game with multi-layer delegation. Logistics, production, and technology development is included. Creation of maps, scenarios, campaigns, Orders of Battle, and Tables of Equipment is also included in the scope
Enhancements:
- This release completes the move from a stand-alone application to being integrated as a plugin for the e107 CMS.
- Development will continue in this framework.

srcat project can retrieve data from disks once used in a Coraid SR (SATA+RAID) appliance.
Enhancements:
- This initial alpha release retrieves data from disks that previously composed a clean RAID 5 in a Coraid SR.
- The retrieval takes place on a POSIX platform, independently of the SR unit.
- Support for RAID arrays missing disks and for levels besides RAID 5 has yet to be added.