Free go software for linux

Album Cover Art Downloader will go through your collection of music albums and for each one download a set of matching cover images for you to choose from.

The project makes the selected image usable for programs such as KDE, Windows Media Player, etc.

This class can be used to keep track of the pages navigated by a user, so it can generate back or next links providing a similar effect to the use of the Javascript history.go() function.
It uses sessions to store an array variable that holds the URL of each page of a site that the user accesses. It can limit the number of pages that are kept in the history array.
It may also ignore pages accessed with the POST method or with certain URLs based on options that define exclusion regular expressions. The class can generate links to go back to the last page or the first page that was recorded.
Enhancements:
- The class is completely changed.
- This release adds creation of several objects of a class, a predefined start page, an expanded list of exceptions, and the methods get_history_back, get_history_next, is_history_back (check back one page), is_history_next (check the next page), get_history_backs (go to the first page), get_history_nexts (go to the last page), and get_history_header (go to the previous and next pages using external parameters).
- It adds history "always", and has more compatibility with javascript:history.go() (no checking previous and next pages).
- New methods have been added for the manipulation of history "always".

Gojax is a web-based GO-board using PHP, javascript and ajax techniques to produces a nice-looking interface.

Gojax is a C++ go server handling the GO boards(game number limited only by memory).

KGSSueMe aims to provide a sample implementation of a client for the popular Kiseido Go Server.

KGSueMe project stresses documenting the protocol by giving developers code, so that they can write their own clients, rather than to provide a featureful client.

glGo is a 3D and 2D Goban, game viwer and editor, client for IGS-PandaNet and interface for GNU Go. glGo is written in C++ and Python and based on wxWidgets, OpenGL and SDL.
Main features:
- A fancy 3D goban display. The board can be rotated and zoomed
- A classic 2D goban display
- Client for IGS-Pandanet
- Support for GNU Go over GTP
- Runs on Windows, Mac and Linux
- Loads and saves SGF files
- Loads UGF files and the PandaNet mail magazine games
- Loads Ishi files
- Loads games in the Jago XML file format
- SGF game editing
- Two different game tree displays
- A player database tool implemented as Python plugin
- A standalone manager for the player and games database
- A converter for UGF to SGF format
- A converter for Ishi to SGF format
Enhancements:
- This release comes with a new tabbed user interface, which was a much asked-for request.
- Tabs can be torn off into standalone windows by double-clicking on the tab title, so the layout configuration is very flexible.

GO::TermFinder is a Perl module that can identify GO nodes that annotate a group of genes with a significant p-value.

This package is intended to provide a method whereby the P-values of a set of GO annotations can be determined for a set of genes, based on the number of genes that exist in the particular genome (or in a selected background distribution from the genome), and their annotation, and the frequency with which the GO nodes are annotated across the provided set of genes.

The P-value is simply calculated using the hypergeometric distribution as the probability of x or more out of n genes having a given annotation, given that G of N have that annotation in the genome in general. We chose the hypergeometric distribution (sampling without replacement) since it is more accurate, though slower to calculate, than the binomial distibution (sampling with replacement).

In addition, a corrected p-value can be calculated, to correct for multiple hypothesis testing. The correction factor used is the total number of nodes to which the provided list of genes are annotated, excepting any nodes which have only a single annotation in the background, as a priori, we know that these cannot be significantly enriched.

The client has access to both the corrected and uncorrected values. It is also possible to correct the p-value using 1000 simulations, which control the Family Wise Error Rate - using this option suggests that the Bonferroni correction is in fact somewhat liberal, rather than conservative, as might be expected. Finally, the False Discovery Rate can also be calculated.

The general idea is that a list of genes may have been identified for some reason, e.g. they are coregulated, and TermFinder can be used to find out if any nodes annotate the set of genes to a level which is extremely improbable if the genes had simply been picked at random.

MRTG-eth-probe provides a probe for the Multi Router Traffic Grapher, generating statistics for network devices that do not support the SNMP protocol. It reads interface stats from /proc/net/dev (or some other file you configure), and generates an output readable for MRTG by parsing the file.
Since the starting of this project MRTG-eth-probe has been downloaded more than 1700 times (as of 2001-11-04). Thanks for this go first of all to Freshmeat for accepting the project and for redirecting so much people to my sourceforge projectpage Additional thanks go to Michael Feger for sending me a patch to 1.5.2 which makes up the most important changes of this release.
Enhancements:
- bugfix: missing dot