Free for all intents and purposes software for linux

Allied Intent is a Community War Game Mod for Battlefield 2. New and updated maps, vehicles, weapons and kit items, skins and texture recolor, new weapon and explosion effects, new coding features, vehicle music, and a much-improved single player experience.

Allied Intent is a modification, a "mod" for the PC game Battlefield 2. BF2 is of the First Person Shooter game style, and Allied Intent is a free add-on for those who purchased BF2.

Allied Intent seeks to enhance the BF2 experience in every way, by adding new content and features, making changes to gameplay, and involving the community in the mods development. Allied Intent supports players of all ages, backgrounds, and gaming preferences. Allied Intent is for the BF2 player who likes single player and multiplayer matches. And Allied Intent actively engages the community in contributing content to be officially sanctioned in the mod releases. Allied Intent is a mod by the community, for the community.

We are a handful of modders, bot specialists, coders, artists, gamers, and forum members. We are always looking for talented developers to join the team. And as mentioned above, we want the community to know its contributions will be highly instrumental in making this mod a model for excellence. Allied Intent is in no way related to Digital Illusions CE (the development company) nor Electronic Arts (the publishing entity) of BF2, but we greatly appreciate their release of BF2 and will strive to make it even better with our mod.

Allied Intent is set in the modern era, present day, and near future. By combining elements of immersion, realism, and "fun" factor, Allied Intent provides a gaming environment only limited by the imagination of the developers and community contributors.

Argyll is an experimental ICC-compatible color management system. Argyll Color Management System supports accurate ICC profile creation for scanners, CMYK printers, film recorders, and display monitors.
Spectral sample data is supported, allowing a selection of illuminants observer types, and paper fluorescent whitener additive compensation. Profiles can also incorporate source-specific gamut mappings for perceptual and saturation intents.
Gamut mapping and profile linking uses the CIECAM02 appearance model, a unique gamut mapping algorithm, and a wide selection of rendering intents.
It also includes code for a fast, portable 8-bit raster color conversion engine, as well as support for fast, fully accurate 16-bit conversion. Device color gamuts can also be viewed and compared using a VRML viewer.
Enhancements:
- Support for the USB-based X-Rite DTP94 (AKA Optix) display colorimeter.
- Comprehensive display control adjustment and calibration support.
- Full multi-monitor support for display adjustment, calibration, and profiling on all supported operating systems (MS Windows, OS X, and Linux/X11). Numerous bugfixes, and many minor feature additions and improvements.

Spoon is a Java program processor that fully supports Java 5. The project provides a complete and fine-grained Java metamodel where any program element (classes, methods, fields, statements, expressions, etc.) can be accessed both for reading and modification.
It can be used for validation purposes, to ensure that your programs respect some programming conventions or guidelines, or for program transformation, by using a pure Java template engine. It provides an Eclipse plugin (SpoonJDT) that allows for tight integration of Spoon within the Eclipse environment.
With SpoonJDT, a set of validations and transformations packaged as a Spoonlet can occur on the fly, and the reports are well-integrated into the Eclipse JDT.
Enhancements:
- This version includes a lot of bugfixes and new features.
- In particular, Spoon now adjusts the line numbers of the generated bytecode so that they match the original source code.
- So, debugging spooned programs is finally as simple as debugging regular programs.

Imager::interface.pod decribes the C level virtual image interface.

The Imager virtual interface aims to allow image types to be created for special purposes, both to allow consistent access to images with different sample sizes, and organizations, but also to allow creation of synthesized or virtual images.
This is a C level interface rather than Perl.

AllPeers Beta allows you to organize and share your media files privately and securely.

AllPeers requires that you provide an email address for registration purposes which is stored on our central server.

For details about our privacy policy, please see http://www.allpeers.com/privacy.

Enveria IDE for Rapid Application Development is an intuitive platform for programming robust GUI (graphical user interface) software.

We have launched the Enveria RAD IDE as an open source application (https://sourceforge.net/projects/enveria). Previously, the Enveria IDE was utilized as an internal development tool at Kaizen Denki Inc. -- a Toronto-based software and web development house.

Enveria is free to use for non-commercial purposes under the GPL. Users who wish to use Envria in a commercial capacity should visit the Kaizen Denki home page at http://www.kaizendenki.com.

Major Features:

* An interface that maintains an look and feel that is intuitive for those familiar with IDE software, while user friendly enough for those who are not.

* Backed up by the power of the ubiquitous C programming language. We have chosen C because it is fast, stable, powerful, portable and has a long history of use in computing. An additional bonus for us was that the API for GTK+ (the widget set we use) uses C natively.

* Our use of GTK+ allows Enveria to tap into a well-supported widget set that is available for all major desktop operating systems. On its own, GTK+ is easy to use but with Enveria it is even easier. While Enveria RAD IDE can be an interface builder for GTK+/C programs (like Glade), its power is its capabilities as a complete development tool.

* Enveria can produce code without compiling for those who wish to enhance their applications manually prior to building. Enveria programs are optimized for Make/GCC, which is a widely used combination for C development on many platforms.

Programming languages, libraries, databases, and frameworks used to develop Enveria include:

* C
* MySQL
* SQLite
* GTK+ 2

Currently Linux is the main supported platform for Enveria RAD IDE.

At the same time, we are in the process of evaluating other target operating systems including: Mac OS X, Minix 3, BSD and others.

JavaPK for Desktop (JPKD) is a Clinical Pharmacokinetic (CPK) Services (or Therapeutic Drug Monitoring, TDM).
It not only inherits all functionalities of JavaPK for Mobile Devices, but also has a built- in algorithm of users defined Bayesian model for individualized pharmacokinetic parameter estimation (UDBM) for batch input data.
Users can define their own pharmacokinetic prediction models with population PK parameters and then use the defined model to solve batch prediction data or applied the defined model to therapeutic drug monitoring (TDM).
JPKD is created for your own personal uses and testing purposes. JPKD shall be used as a guide or a decision support tool only. Medical decisions should NOT be solely based on the results of this program. Although this program has been tested thoroughly, the accuracy of the information cannot be guaranteed. Once you use JPKD, you have automatically agreed with this disclaimer.
Main features:
- Sawchuk-Zaske (aminoglycosides & vancomycin) and Bayesian method for PK parameter estimation
- 15 built-in drugs for TDM (see the below drug lists)
- functions for users defined Bayesian estimation drug models
- portable function for users defined models
- a built-in spread sheet for batch PK parameter estimation & input data manipulation
- application user-defined Bayesian model to TDM
- multiple desktop platforms (WinXP/NT, Mac OS X, Linux PC) supported
Built-in drug lists
- Amikacin
- Carbamazepine
- Cyclosporin
- Digoxin
- Enfuvirtide
- Everolimus
- Gentamicin
- Indinavir
- Lithium
- Phenytoin
- Ritonavir
- Tacrolimus
- Theophylline
- Tobramycin
- Vancomycin

Alan project is a Turing machine implementation.

Alan is an implementation of a Turing machine for educational purposes.

It was created as a programing project at the University of Aplied Sciences Rosenheim.

Features include an easy-to-use GUI and a reusable Turing Machine component. Additionally, Alan contains many example programs for the Turing machine.