Free engine optimization software software for linux

Optimization Algorithm Toolkit is a workbench and toolkit for developing, evaluating, and playing with classical and state-of-the-art optimization algorithms on standard benchmark problem domains; including reference algorithm implementations, graphing, visualizations and much more. The project was developed initially by Jason Brownlee as a part of his Ph.D. program.
The goal of this project is to deliver obscure-and-prevalent, old-and-new optimization algorithms from research literature to both research scientists and algorithm practitioners alike. Algorithms include biologically inspired approaches such as evolutionary algorithms (genetic algorithms), swarm algorithms (ants and particle swarm), and immune system algorithms.
Also included are more conventional approaches such as approaches inspired by physics including simulated annealing and extremal optimization. Problem domains include numerical function optimization, traveling salesman problems, and protein folding all with many standard benchmark instances taken from research literature.
A user-friendly graphical interface is provided to rapidly evaluate and compare algorithm and problem configurations, visualize algorithm behavior, and graph algorithm performance over time. A robust, modular, and extensible framework underlies the platform to facilitate the easy addition and modification of algorithms, addition of new problem domains and problem instances as well as facilitate more advanced algorithm experimentation.
The algorithm implementations are extensible and easily support modification and applicaition to varied problem domains. Please report any bugs, feature requests or include your own algorithms by accessing the services on the project home website. This is an open source project (released under the GPL) so the source code is available. The project was compiled with Java 1.5 (update 9).
Enhancements:
- This release includes many framework and graphical interface fixes, as well as a few new algorithms to play with.

The Linear and Non-Linear Optimization Solver (or simply the Optimization Solver) is designed to compute an optimized set of decision variables that either maximize or minimize a given objective function while also satisfying a set of arbitrary constraints defined by the user.
It is widely used in the field of operations research, and can also be a very useful business tool that helps you make an informed decision on a multitude of complex scenarios that you may encounter in your day-to-day business operations.
Version restrictions:
- Currently it only solves constrained linear models! An algorithm for non-linear model is being worked on.
- A constraint value must be a cell reference. Simply typing a value will not work.
- The Reset and Options buttons do absolutely nothing!
- It assumes that the model is linear. It does NOT solve a non-linear model yet.
Enhancements:
- The two packages have been combined into one, so that only one package needs to be installed.
- Preprocessing of the model has been disabled, because it was preventing lpsolve from solving certain models.

The Cog Engine Project project consists of an online game authoring system.
The Cog Engine Project is a software suite aimed at simplifying the creation of video games. No prior programming experience is necessary.
The projects goal is to make building a video game easy enough for a motivated child to understand, while remaining as flexible and powerful as possible for the advanced user.
This development release includes new compass features that show a player which direction theyve come from, and which directions lead to rooms theyve already visited. Objects can also be manipulated directly through their Close Up images.
Enhancements:
- The compass can display a different graphic to display if a player has already visited the room a direction leads to
- The compass can display a different graphic to indicate the last direction a player traveled from
- Objects can be manipulated directly through their Close Up Images

Natrium Engine project tracks groups of parts by letting users define the relationships between parts. Users create definitions for configurations and parts.

These are joined together to form a rule for parts in configurations. When a part is removed from or added to a configuration, all children of that part are also transferred. This has special applications to "living" inventory, or groups of disparate parts that need to be tracked as a group rather than individually.

For example, if a carburetor is made a separate configuration from an engine, then when removing it all parts associated with the carburetor are also removed. A facility is provided for tracking user-defined line-item costs of each part.

Memcache Engine for MySQL project allows memcache to work as a storage engine to MySQL.
This means that you can SELECT/UPDATE/ INSERTE/DELETE from it as though it is a table in MySQL. This is very experimental.
This is still very experimental.
Memcached is a high-performance, distributed memory object caching system, generic in nature, but intended for use in speeding up dynamic web applications by alleviating database load.
Enhancements:
- Support for discovery of tables was added.
- Row level locks were implemented.
- A major bug in duplicate keys was fixed, along with phantom rows for updates.
- The server status has been updated.

Multi-Agent Grid Engine library is an experiment aimed to make a programming tool for creation of autonomic systems.

madlibs engine project is a MadLibs clone.

The madlibs engine is a tiny engine for MadLibs-like interactive stories. Basically, you enter different words of a certain part of speech.

The program pastes them into a story text, creating weird, funny, or stupid results.

It runs on anything from a line printer to an xterm.