Free reversi 0.4.6 software for linux

Games::AlphaBeta::Reversi is a Reversi position class for use with Games::AlphaBeta.

SYNOPSIS

package My::Reversi;
use base qw(Games::AlphaBeta::Reversi);

# implement drawing routine
sub draw { ... }

package main;
use My::Reversi;
use Games::AlphaBeta;

my ($p, $g);
$p = My::Reversi->new;
$g = Games::AlphaBeta->new($p);

while ($p = $g->abmove) {
$p->draw;
}

This module implements a position-object suitable for use with Games::AlphaBeta. It inherits from the Games::AlphaBeta::Position base class, so be sure to read its documentation. The methods implemented there will not be described here.

Xreversi project is a networked Reversi/Othello program.

Xreversi is a complete implementation of the well-known Reversi (or Othello) board game.

It lets users play against the computer with 10 levels of AI, or against each other through a network.

Xreversi currently supports English and French languages.

GDancer is a visualization plugin for XMMS which animates the lovable cartoon character Space Ghost to your favorite MP3s.

You can also have other characters through themes.

Installation

Source

tar xzvf gdancer-0.4.0.tar.gz
cd gdancer-0.4.0
./configure
make
su (It will ask for a password, put in roots password)
make install
exit
(Read the INSTALL file if problems occur)

RPM

su (Will ask for password, enter roots password)
rpm -Uvh gdancer-0.4.0-1.i386.rpm

LostIRC is a simple, yet very useful IRC client. It has features such as tab-autocompletion, multiple server support, automatic joining of servers/channels, logging and DCC sending which should cover the needs of most people.
Another goal that the application has in mind, is 100% keyboard controlability. It was written using the gtkmm GUI library.
Main features:
- Simple and minimal - the client doesnt try to satisfy the needs of 99% of the globe, this means that the client almost exclusively has "nice" features, compared to many other clients which can be considered bloated to some extent.
- Keyboard controlled - you can use the mouse if you want to, but you are also free to keep your fingers at the keyboard and control everything from there. Sometimes its actually faster.
- Tab-completion - both nicks and IRC-commands can be autocompleted when using the TAB key. This can speed up your typing quite a bit, especially if you are talking to people with a complicated or lengthy nick. to /JOIN etc.)
- Multiple server support - The client can in theory connect to an unlimited number of IRC-servers at once. When getting disconnected from a server, LostIRC automatically reconnects and joins the channels that you were previously on.
- Automatic joining of servers and channels - In LostIRCs preferences, you can setup exactly which servers you want to connect to when starting LostIRC. You can also specify exactly which commands that should be executed on connect, e.g. you could put /JOIN #foo,#bar to join #foo and #bar.
- Logging - Again in Preferences, you can set up LostIRC to log data from your LostIRC sessions to a file.
- DCC SEND support - While this feature hasnt been perfected yet, LostIRC supports both receiving and sending of files using the DCC protocol.

ASCO aka A SPICE Circuit Optimizer project aims to bring circuit optimization capabilities to existing SPICE simulators.
Main features:
ASCO is the result of an academic research which in itself did not intended to create a new tool, but only to design high performance analog low-power low-voltage circuits for mobile communications. Interaction with other experienced designers has resulted in the ideas existing in the ASCO tool. With the exception of the DE optimizer all code has been personally written. The key features of the ASCO tool are:
- Simulator independent: currently out-of-the-box support for Eldo (TM), HSPICE (R), LTSpice (TM) and Spectre (R) exist. More are to be included in future releases.
- Number of variables: there is, in theory, no limit to the number of circuit variables that can be optimized, except those constraints imposed by the available computer memory and/or the time required to generate a functional circuit. It is currently hardcoded in the C code.
- PVT corners: by using the simulator functionality, the possibility to test various design corners and Monte Carlo analysis is only limited to the simulator capability and by the time it takes to finish the optimization.
- Efficiency: the optimization algorithm features a global optimization using differential evolution. It has been used on a variety of applications and is know to produce good results in an acceptable time.
- Within the supported SPICE simulators, arbitrary netlist can be optimized on different conditions without having to recompile the code.
- File format: all outputted data and log information is stored in plain text format. This guarantees that they will be always readable in the future. In addition, it makes possible to use other existing tools to post-process the optimization results.
- Its free software: the code is available under the GNU GPL license.
ASCO has been designed to address problems that are particular of electric circuits. Although not limited, some possible applications can include:
- Fully redesign a new circuit described in a SPICE netlist.
- Reuse, optimize an existing circuit.
- Migrated an existing and working design to a more advanced semiconductor technology process effortlessly.
- Increase the robustness and yield of an already designed circuit by guaranteeing that it comply with all design goals and constraints in some/all process corners at will.
- Easily explore a new operating point (design space) for an already existing topology, to reduce power consumption, area or both.
- Look for a feasible new design topology before investing a considerable time trying to derive equations that describe its operation.
- Refer to Chapter 5 for ready to use practical examples to introduce you to ASCO, a SPICE circuit optimization tool. Bellow is a list of the examples that can be found with the objective of introducing the tool, its usage and applications.
- Optimization from scratch a digital inverter circuit to achieve minimum power consumption while fulfilling the design constraints; guarantee that this is valid for different process corners and also take into account device parameter mismatch (Monte Carlo).
- Optimization of a three stage operation amplifier featuring the frequency compensation technique described in [Ram05]. A total of 21 variables and five constraints/performance goals are used with the objective of obtaining the most power efficient circuit.
- The simple class-E amplifier intended for operation in the GSM-850 band is given. A more realistic model representing a differential two stage power amplifier, including all relevant circuit and board parasitics to better describe the circuit measurement performance alongside with measurements from a manufactured chip in a 0.35 um CMOS commercial technology, is given in [Ram05].
Enhancements:
- Improvements were made in the RF module functionality.
- Support was included for logarithmic search space for the existing variables.
- Code refinements and bugfixes were made.

Glaze provides a kde icon set.
Its a kde icon set aiming to be an almost-complete set of actions and filesystems series, attempting to match the new icon palette.
Enhancements:
- some new mimetypes

htsserver project consists of a server application of the multiplayer trading game Holsham Traders
htsserver is the server application for Holsham Traders, a realtime multiplayer trading game. In the game, you are a merchant on a distant planet trying to make as much money as possible by buying and selling goods.
htsserver is the name of the server. You also need a client to play the game.
Enhancements:
- We use autoconf 2.49c and the latest CVS automake now.
- htsserver now requires Glib 1.3.2 or better.
- Rewrite of the networking code, the logging code, configfile support, the string parsing routine and much more.
- We use htsprotocol 0.4.6 now. There were several changes in the protocol. See docs/PROTOCOL for details.
- login_timeout and autosave_delay can now be turned off.
- Removed the defaultgame option and the commandline options --gamename and --creategame.
- Added the commandline options --configfile, --logfile, --datadir and --savegamesdir.
- Lots of documentation updates. Added the manpage htsserver.conf(5).
- More verbosive and more descriptive error reports.
- Removed some arbitrary limits, e.g. the length of the logging-messages is not limited anymore.
- Removed the commandline options --daemonize and --stderr-device.
- You cannot log to stderr anymore. htsserver always runs as daemon, now.
- Removed savegame support. This will be re-implemented. Savegame files will either be ASCII files or XML files.
- Added configure options --with-configfile=FILE, --with-logfile=FILE, --with-datadir=DIR and --with-savegamesdir=DIR to make the game more relocatable.
- htsserver is FHS compliant, now.
- Fixed several format string vulnerabilities.
- Lots and lots of internal improvements and of course the usual bugfixes.

Kazehakase is a Web browser which aims to provide a user interface that is truly user-friendly & fully customizable.
Kazehakase supports tabbed browsing, a "remote bookmark" feature (through RSS) in a menu or sidebar, a variable UI to adapt to the users skill level, and customizable mouse gestures and key accelerators.
Enhancements:
- Improved Gtk+ WebCore support (Hiroyuki Ikezoe)
- Improved IE backend (Takuro Ashie)
- Added preference UI for selecting layout engine (Kouhei Sutou)
- Fixed a bug that session saving doesnt work ( and #40; and #321;ukasz Krotowski)
- Fixed a bug that creating thumbnail may cause segmentation fault (Kouhei Sutou)
- Supported making libkazehakase.dll (Takuro Ashie, Kouhei Sutou)
- Omitted optional port specification in HTTP (Kouhei Sutou)
- Updated Czhech messages (Miroslav Kure)