Free ii software for linux

VICS-II project is the next generation of VICS, which was originally developed by Fujio Izumi and Ruben A. Dilanian as a part of VENUS. VENUS stands for Visualization of Electron/NUclear densities and Structures.
They started VENUS project in mid 2001. Although basic features were almost completed when I first knew about VENUS at the end of 2003, early version of VICS/VEND had serious performance issues and could not run well on my PC. So I started checking the sources and tried to fix it.
I committed some fixes to them but could not fix all issues because some of them are originated in programing model and some are originated in toolkit itself. At the end of June 2004, one of the main developer Dilanian leaved the project and both VICS and VEND became unlikely to continue its progress.
Then I decided to create new programs from scratch using some of original code and new toolkit called wxWidgets.
VICS-II runs on Windows, Mac OS X, Linux, and is contributed free of charge for non-commercial users.
The VENUS package comprises four independent programs:
- VICS: VIsualization of Crystal Structures
- VEND: Visualization of Electron/Nuclear Densities
- PRIMA: PRactice Iterative MEM Analyses
- ALBA: After Le Bail Analysis

Hilbert II project is decentralised access to verified and readable mathematical knowledge. As its name already suggests, this project is in the tradition of Hilberts program.
Hilbert II wants to become a free, world wide mathematical knowledge base that contains mathematical theorems and proofs in a formal correct form. All belonging documents are published under the GNU Free Documentation License.
We aim to adapt the common mathematical argumentation to a formal syntax. That means, whenever in mathematics a certain kind of argumentation is often used we will look forward to integrate it into the formal language of Hilbert II. This formal language is called the qedeq format.
Hilbert II provides a program suite that enables a mathematician to put theorems and proofs into that knowledge base. These proofs are automatically verified by a proof checker. Also texts in "common mathematical language" can be integrated.
The mathematical axioms, definitions and propositions are combined to so called qedeq modules. Such a module could be seen as a mathematical textbook which includes formal correct proofs. Because this system is not centrally administrated and references to any location in the internet are possible, a world wide mathematical knowledge base could be build.
Any proof of a theorem in this "mathematical web" could be drilled down to the very elementary rules and axioms. Think of an incredible number of mathematical textbooks with hyperlinks and each of its proofs could be verified by Hilbert II. For each theorem the dependency of other theorems, definitions and axioms could be easily derived.
The basic concept of this project is published as PDF document: basic concept. This document is already generated out of the following XML file: qedeq_basic_concept.xml. The main project is in the first develompment phase, see under development.
There exists a working prototype called Principia Mathematica II. It is fully capable of first order predicate logic and shows the main features and functionality of Hilbert II. It can verify (prototype) qedeq module files located anywhere in the internet.
The prototype has a GUI and can transfer qedeq modules into HTML and LaTeX files. You can create and edit your own new qedeq module and publish it in the internet. In the web already existing qedeq modules could be used just by referencing them.
Enhancements:
- This release has a GUI window for transforming LaTeX formulas into QEDEQ XML.
- Behind the scenes a huge refactoring took place.
- The project has now a kernel structure.
- The kernel can be initialized and offers methods for loading a module from the file system or out of the Internet.
- The kernel buffers modules and keeps a log.
- The kernel is not finished yet but the basic structure is there.

EDU-Nix is a Live CD, this means that it is a complete computer Operating System that runs off of a Compact Disc instead of being installed onto the computers hard drive. EDU-Nix is based upon Gentoo Linux and the K Desktop Environment.

EDU-Nix Live CD also contains installation programs for OpenOffice.org for Windows, a fully-featured Office Productivity Suite that is Free to use and redistribute.

EDU-Nix contains numerous Educational, Office Productivity and Internet programs within a portable, Live CD Environment. You can access the EDU-Nix desktop on any PC that can boot from CD, bringing your system with you wherever you go.
EDU-Nix is Free Software, meaning school districts may legally copy and redistribute the system to students and faculty.

EDU-Nix aims to provide U.S. Public Schools with Open-Source alternatives to expensive proprietary software products. The project will consist initially of a redistributable CD that has both a live CD environment, as well as Windows versions of the office and productivity programs.

By ensuring that all students and faculty have equal access to high-quality Free Software, EDU-Nix will help to bridge the digital divide in American schools, allowing students access to the same software they use at school wherever they can get computer time.

Sub Ether is a system that includes software to network computers together over the Internet so that applications can share resources.

Sub Ether is basically a grid computer over the Internet using volunteers spare CPU and disk resources.

An example application written for Sub Ether is sedistcc. It allows you to use distcc to use compilers on machines running elsewhere on the Sub Ether network.

Quick Install for Unix:

If you untar/zip SubEtherInstallRelease-*.tgz youll get a few directories of source,
and some scripts:

1) buildse.sh builds the source code on some number of unix machines
2) installse.sh does a simple copying/updating of files to /usr/local/subether
3) setupsetorunandstart.sh will update /etc/inittab and make a file in /etc/xinetd.d

If you are running a flavor of unix that the script does not recognize it wont update
anything. You have to be root for this to work, and you have to have the balls to run it.

Run buildse.sh

Ive tested it on some number of redhats and freebsd and AIX. I also have a build
for windows, but it doesnt include the compiler program, so it would be good for socket bouncing only at the moment, until I finish some more applications (like sefile)

If all goes well, youll get a clean build. Dont worry about seeing it the build was
clean, the install script will complain if somethings missing.

If you can log in as some user that has access to /usr/local oot and dont have a
problem with putting stuff in /usr/local/subether, then you can run installse.sh as is.

Run installse.sh

*** OR *** if you want to install it into another directory (say because you dont
have root on the machine) you can specify where to put it by passing the directory as
a parameter:

Run installse.sh /path/to/existing/dir/subether

The /path/to/existing/dir has to exist, the script will create subether. You dont
have to call it that, but why wouldnt you.

Then, if youre all excited that things are going really well in your life, and
youre feeling really ballsy, run setupsetorunandstart.sh

Note, as of release 2, this doesnt exist yet, but it will.

Run setupsetorunandstart.sh

This is the finiky bit so you might want to do this by hand.

You have to be root for this to work anyway.

It will check to see if you have distcc set up on the machine, and if so,
create a file /etc/xinetd.d/distcc.

It will also add a few lines to the bottom of your /etc/inittab, and back up
the old one. And also add a line to /etc/services for distcc

Then it will kick xinetd, and telinit q. And if all goes well, youll be a
happy member of the Sub Ether network already sharing your spare cpu for use by other people using subether and distcc.

If you want to use distcc to do your compiles with the help of the Sub Ether
networked computers, you have a few more steps of setup that are covered in the
HOWTO-install_sedistccd file.

AppleII::ProDOS is a Perl module created to access files on Apple II ProDOS disk images.

SYNOPSIS

use AppleII::ProDOS;
my $vol = AppleII::ProDOS->open(image.dsk); # Open an existing disk
print $vol->catalog; # List files in volume directory
my $file = $vol->get_file(Startup); # Read file from disk
$vol->path(Subdir); # Move into a subdirectory
$vol->put_file($file); # And write it back there

AppleII::ProDOS provides high-level access to ProDOS volumes stored in the disk image files used by most Apple II emulators. (For information about Apple II emulators, try the Apple II Emulator Page at http://www.ecnet.net/users/mumbv/pages/apple2.shtml.) It uses the AppleII::Disk module to handle low-level access to image files.
All the following classes have two constructors. Constructors named open are for creating an object to represent existing data in the image file. Constructors named new are for creating a new object to be added to an image file.

AppleII::ProDOS

AppleII::ProDOS is the primary interface to ProDOS volumes. It provides the following methods:

$vol = AppleII::ProDOS->new($volume, $size, $filename, [$mode])

Constructs a new image file and an AppleII::ProDOS object to access it. $volume is the volume name. $size is the size in blocks. $filename is the name of the image file. The optional $mode is a string specifying how to open the image (see the open method for details). You always receive read and write access.

$vol = AppleII::ProDOS->open($filename, [$mode])

Constructs an AppleII::ProDOS object to access an existing image file. $filename is the name of the image file. The optional $mode is a string specifying how to open the image. It can consist of the following characters (case sensitive):

r Allow reads (this is actually ignored; you can always read)
w Allow writes
d Disk image is in DOS 3.3 order
p Disk image is in ProDOS order

$vol = AppleII::ProDOS->open($disk)

Constructs an AppleII::ProDOS object to access an existing image file. $disk is the AppleII::Disk object representing the image file.

$bitmap = $vol->bitmap

Returns the volume bitmap as an AppleII::ProDOS::Bitmap object.

$dir = $vol->dir

Returns the current directory as an AppleII::ProDOS::Directory object.

$disk = $vol->disk

Returns the AppleII::ProDOS::Disk object which represents the image file.

$disk = $vol->disk_size

Returns the size of the volume in blocks. This is the logical size of the ProDOS volume, which is not necessarily the same as the actual size of the image file.

$name = $vol->name

Returns the volume name.

$path = $vol->path([$newpath])

Gets or sets the current path. $newpath is the new pathname, which may be either relative or absolute. `.. may be used to specify the parent directory, but this must occur at the beginning of the path (`../../dir is valid, but `../dir/.. is not). If $newpath is omitted, then the current path is not changed. Returns the current path as a string beginning and ending with /.

$catalog = $vol->catalog

$file = $vol->get_file($filename)

$entry = $vol->new_dir($name)

$vol->put_file($file)

These methods are passed to the current directory. See AppleII::ProDOS::Directory for details.

GroundZero II MUD Client project is a console MUD client.
GroundZero II MUD Client is a console MUD client that includes automatic mapping, map discovery, shortest path, an item db, and more.
Its a mud client for an extremely kickass mud: web Ground Zero II.
Version restrictions:
- Due to a bug in my code, you need to use regular telnet to create the account on groundzero. This is due to a display bug that doesnt show you prompts.