Free 5 hour energy software for linux

CodeInvaders Challenge project is a Java-based, real-time programming game based on the Eclipse platform.

CodeInvaders Challenge is a Java™-based, real-time programming game based on the Eclipse platform. It uses the Eclipse platform and a simple API that allows users unfamiliar with Java to easily compete while they learn the language.

CodeInvaders Challenge gives users the opportunity to pit their Java programming skills against other players in a battle of space conquest. Each player writes a Java class that represents and controls a spaceship. Each ship (class) is placed in a simulated battle along with ships from other players.

The game puts up to six spaceships together in a match and places each of them in a random location with the same amount of energy. The spaceship class allows each player to control his ships thrusters and weapons. The ship can move around to collect energy, attack opponents, and bring energy back to its home planet. Points are awarded for different actions, and the player with the most points wins.

When used in a tournament, CodeInvaders Challenge allows direct, real-time competition between teams. Each player can submit his intermediate solutions and test against the submitted ships from other players. This competition allows each player to learn from the strategies of other players and modify his ship appropriately. After the final submission from each player, the final winner can be found by running a tournament consisting of several rounds and eliminations.

Max Fighter is a vertical-scrolling asteroids shootemup game.

You have a bad feeling about this: For only one brief moment you let your attention slip, and suddenly, you find your spaceship heading right into a vast asteroid field. Though it does not seem very dense at the outskirts, your board computer readouts make you doubt you will ever see the other side of it - and did your radar just pick up traces of pirate activity!?

Keep control of your spaceship as you go ever deeper into the asteroid field and the gameplay reaches breakneck speed. Shoot asteroids and containers and collect power-ups, shield energy and special weapons. And last but not least - beware of the pirates!

Time::Convert is a Perl interface to converting unix seconds to years, days, hours and minutes.

SYNOPSIS

use Time::Convert;
my $convert = new Time::Convert;

EXAMPLE

use Time::Convert;
my $convert = new Time::Convert;
$REPLY = $convert->ConvertSecs(time);
print($REPLY);

enotes is a small GNU Emacs script to handle appointments. enotes stores a list of notes, each with a title, a warning date, a date and optionally a long description and a reference file.
A window pops up when a warning time is reached. It is simple (more than calendar and others), yet reliable and very practical.
Enhancements:
- Minor features such as the ability to move the event/warning by one hour in the future with one keystroke.
- One visible change is the ability to add a colored flags for each event.

PowerPhlogger is a counter hosting and website statistics tool. It lets you offer counter service to others from your site. PowerPhlogger is built on PHP and requires a the MySQL database server.
Your members dont need any PHP-support on their webserver. They just pass the required data through JavaScript to PPhlogger that is hosted on your server.
Currently development of Phlogger3, the future version of PowerPhlogger, is still going on and its source has not yet been opened to public.
This future version will be based on the Sourdough framework and will support various different database systems as backend. It will be a whole rewrite of the existing PowerPhlogger code.
Main features:
Logging:
- user sign-up page that allows users to create accounts
- logs host/ip (proxy & real IP !!), referer, agent, time&date, resolution&color, online-time, pageimpressions
- traceroutes by above.net
- stores IP-adress+cookie to avoid multiple hits by the same user (you can set a timeout)
- multiple page count - include PPhlogger on ALL your pages throughout your whole site
- mail-notice - PPhlogger sends you an email every xx hits
- phlogview - view all data and get a mySQL-dump for backup purposes (incl. logs-by-date search)
- optional: download-count
- Top X referers, Top keywords (single-word or full-string mode)
- Top X domains, Top territories
- Top resolution, Top color
- browser/OS stats
- Calendar - shows your daily/monthly unique hits or pageimpressions
- Visitors per day / per hour graph
- enable/disable your own hits (set a cookie)
- show/hide referers in logs
- (re)set your page hits
- delete entries in your logfile
- demo-mode to make stats avail. to public
- generate a pic to make hits visible on your page (requires GD-library!) - user may choose his own TTF-font, bg/fg-color, font-size >>> unlimited styles!!
- CSS-editor: user may create his own StyleSheet or choose a default style (phloggstyle / phpeestyle / sahara / cartesia / lila / metal)
- timezone support - user may choose his own GMT-time
- multi-language support with localization files
- average online-time
- supports unlimited alternate URLs
- visitor-path - shows the path were the visitor browsed through your site
- Admin page includes:
- set up new useraccounts and notifies the new user (incl. attachment)
- delete useraccounts, clean-up unconfirmed or expired useraccounts , edit useraccounts
- shows all user-configurations
- mailing-list feature
- plug-ins: FTP-diskspace, multiple file upload
- shows your system status (checks for ports on your server)
- show last X customers that entered Phlogview
- CSS-editor

This program places the required number of sodium ions around a system of electric charges, e.g., the atoms of a biological macromolecule (protein, DNA, protein/DNA complex).

The ions are placed in the nodes of a cubic grid, in which the electrostatic energy achieves the smallest values. The energy is re-computed after placement of each ion. A simple Coulombic formula is used for the energy:

Energy(R) = Sum(i_atoms,ions) Q_i / |R-R_i|

All the constants are dropped out from this formula, resulting in some weird energy units; that doesnt matter for the purpose of energy comparison. To speed the program up, the atoms of the macromolecule are re-located to the grid nodes, closest to their original locations.

The resulting error is believed to be minor, compared to that resulting from the one-by-one ions placement, or from using the simplified energy function. The coordinates of the placed ions are printed out in the PDB format for further usage.

It is recommended that the placed ions are equilibrated in a separate Monte Carlo or Molecular Dynamics simulation. Trivial modifications to the program should allow the placement of any combination of multivalent ions of different charges.

Overslack is a slackline simulator/game. A configurable model world containing a slackline, a slacker and ground is visualized and its time evolution is calculated while the user controls the slacker using the mouse. Just like with real slacklining there is no predefined goal, but it keeps track of the time you stand on the line.

The simulated world has only two dimensions. Although the forward direction offers many possibilities on a real slackline, it has very little to do with balancing and is quite uninteresting to simulate. Slow speeds are assumed, so the air resistance is neglected. The time evolution is calculated by applying Newtonian physics numerically as many times per second as the machine can handle.

The speed of the simulated world is configurable, making it run five times as slow as the real world makes it slow enough to be manageable and fast enough to keep the attention up. Unlike normal grass ground, the ground in the simulation is bouncy and doesnt cause injuries. It is (unfortunately) a bit unrealistic, but makes it more fun.

The simulated line behaves according to a quite simple model. An ideal spring between the lines point of equilibrium and the slackers feet makes a good approximation, but an ideal spring gives back all energy it stores, which would cause you to bounce forever without helping with your legs. To simulate some friction, it has a somewhat different spring constant depending on whether its extending or compressing. It is of course fully configurable, so anything from an ideal spring to an old, tired and non-elastic line are possible to simulate.

The slacker is controlled with the mouse. Move the mouse down to extend the legs, and move it up to crouch. Move the mouse to the right to lower your right arm and raise your left, and to the left to do the opposite. This is pretty much all you can do on a real slackline too, except that you can move more than just your arms, but thats just a question of terminology.

The slacker is infinitely fast and strong, if you move the mouse the slacker will move instantly to the new position regardless of the force and energy required.
It is possible to jump off the line and land on it again, with or without bouncing on the ground in between, but to make it simpler the slacker is moved to a perfectly balanced position whenever you press the right mouse button.

In addition to the line, slacker and some on-screen numerical physical information, vectors visualizing location (white), speed (green) and acceleration (red), both translational and rotational, are shown.