Free education city software for linux

Splendid City Team Sports Scheduler, and Sports Scheduling Software System is useful for people who organize team sports or game events. It can manage sports schedules of any size and complexity. Simply fill in the requested information into the wizard like interface, and Splendid City automates the season, tournament, league, match, round-robin and practice schedules.

A great first step and time saving tool for anyone who frequently does organizational sports scheduling. Splendid City can schedule sports with any user specified combination of dates and times. Create professional double or single elimination tournaments brackets, round-robin league schedules, swiss round tournaments, cross divisional or practice schedules for any sport that requires pairings.

It features options that include the ability to set team and field constraints, game lengths; configurative time management utilities to help you organize events the way you would like; object constraint sharing; automatic schedule generation and re-generation; configurative project web site creation, tournament brackets; publishing via FTP, export to HTML, CSV, iCalendar, XML; import from CSV; standings support with tie-breaker formulas; contact management; import teams, fields, officials, players and player rosters from other users projects ; constraint and conflict checking and resolution.

Users can freely exchange all data associated with projects with other users who have a free copy of Splendid City Lite installed regardless of platform. The application comes with an integrated e-mail client that can aid with the exchange of object files among organization members. There is also a simple FTP client for direct uploading to web domains from within the schedule view frame.

The scheduler gives you complete control over all aspects of the schedule, and creates solutions effortlessly and elegantly in accordance with the user data entered. It can be custom-tailored, and with repeated use via a plugin interface, can be made to automatically accomplish users unique scheduling needs.

The user experience is interactive and straight forward. The application comes fully documented with a built in searchable help system to provide answers to implementation questions.

Chuchunco City 2000 project is a cross-platform 2D fighting game.
It is inspired by popular fighting games, such as Street Fighter and King of Fighters, but has some unique features and concepts.
Chuchunco City aims at portability, speed, and better playability. The code compiles for MS-DOS (with DJGPP) and UNIX (using X11 libraries).
Enhancements:
- Added LAN from Superfighter , at request.
- Hes only one of many new players. See the file doc/PLAYERS for more
- information.
- Added and improved some default styles and specials.
- Improved some game parameters: recovering, max. hp and mana, no "infinites".
- Changed the player selection menu; now it shows faces instead of names.
- Demo mode now triggers after 20 seconds of inactivity from main menu.
- Backgrounds now have descriptions associated, and can be associated to players

Edubuntu is a version of the Ubuntu operating system suitable for classroom use. As an educator youll be able to set up a computer lab, or establish an online learning environment, in an hour or less -- then administer that environment without having to become a fully-fledged Linux geek.

Edubuntu is currently under development by the same development team that produces the wildly popular Ubuntu system. Edubuntu a customized version of Ubuntu.

Principal design goals of Edubuntu are centralized management of configuration, users, and processes, together with facilities for working collaboratively in a classroom setting. Equally important is the gathering together of the best available free software and digital materials for education.

CTF project is a multi-agent capture-the-flag framework for education.
This project was started by Jason Rohrer during the fall of 2000 and was initially used to teach CS 472, Introduction to AI, at Cornell University.
A homework assignment was given that asked students to design a CTF agent for the framework.
Students in the class responded to the assignment with great enthusiasm, and many of their final agents far exceeded our expectations (one student group went so far as to design a genetic algorithm to evolve a team of agents).
CTF forces students to explore the issues surrounding agents that operate in a limited information environments.
The framework is flexible enough to allow almost any possible implementation of agent control, from the simplest reactive agents, to agents that query powerful knowledge bases, to neural network agents that are trained by back propagation or reinforcement methods.
When using this framework at Cornell, we left the assignment open-ended. However, you can use this framework in your own class to teach a specific agent control concept (by forcing every student to implement a reinforcement learning system, for example).
Main features:
- Runtime loading of agent classes-- plugging new agents into the framework is incredibly easy
- Runtime loading of obstacle maps
- Automatic round-robin tournament system
- Automatic grading-- an email-ready message is generated for each student team at the end of the tournament (a script for sending out the email messages is included); the point system can be completely configured
- Assignment handout-- click here to see an example of the instructions we handed out to students for CS 472 at Cornell
- Licensed under GPL-- if the framework doesnt work for you as is, you can improve it yourself

OpenEuclide is a geometry software that can produce geometrical figures by adding preformed objects one at a time.

OpenEuclide is an opensource multi-platform 2D geometry software. Figures are defined dynamically by describing formal geometrical constraints. This project is a basic tool for educational or modeling purpose that aims to be extended as far as possible in response to user needs. May it involve users talents in C++ programming.

Supported languages are : English and French.

The goal is now to make a robust, easy to use, totally multiplatform software (no runtime environment needed), featured for education until high school (excluded).

Linux-EduCD is a Polish live DVD based on KANOTIX, with focus on education, graphics, office, multimedia and software development.
Main features:
- addition of the Compiz desktop;
- integration of GParted into the hard disk installer;
- new boot options;
- Linux kernel 2.6.18 with extra drivers and modules;
- KDE 3.5.5;
- OpenOffice.org 2.0.4;
- a range of educational software (Celestia, OpenDX, PyMOL, Rasmol, DrGeo, Yacas); multimedia applications (GIMP 2.2.13, Blender 2.42, Amarok, Audacity, Xine); network and system administration software (Wireshark, Nessus, Iptraf, EtherApe, Cheops);
- new development packages (DrScheme, Ruby, VisualPython, GPS, GNAT, Glade)

Google::Adwords::Campaign is a Google Adwords Campaign Object.

SYNOPSIS

use Google::Adwords::Campaign;
use Google::Adwords::CampaignService;

# create a new campaign object
my $campaign = Google::Adwords::Campaign;

# set values for the campaign object
$campaign->name(My Final Try);
$campaign->dailyBudget(10000000);

# target a certain city in US
$campaign->geoTargeting({
cities => [ Pelican, AK US ],
});

# create the campaign service object
my $campaign_service = Google::Adwords::CampaignService->new();

# need to login to the Adwords service
$campaign_service->email($email_address)
->password($password)
->developerToken($developer_token)
->applicationToken($application_token);

# if you use a MCC
$campaign_service->clientEmail($client_email);

# now create the campaign
my $campaign_response = $campaign_service->addCampaign($campaign);

print "New campaign ID is :" . $campaign_response->id;

This object should be used with the CampaignService API calls