Free modassy 1.5.1 software for linux

CrossVC is a cross-platform version control client formerly known as LinCVS.

CrossVC is a graphical Interface for the cvs client commandline tool on the Unix, Windows and Mac OS X platform. It allows to load modules from a server (checkout), create modules on the server (import), as well as checking the state of directories and individual files or updating them. Basic operations like add, remove and commit are supported as matter of course, just like showing the actual differences between the server version and the local sandbox, graphical display of the version tree, and manifoldy graphical support of project maintenance. All actions are logged on the cvs server (configurable via history), and are therewith comprehensible.

To keep CrossVC independant of the cvs version, CrossVC uses the local but separat installed cvs and therewith always should work with the latest version.

After choosing a startup dir, the project-explorer searches the subdirectories for cvs projects, and displays these on the workbench. Now all functions on one/many files or whole directories can be accessed over pulldown menues or simply a right mouseclick. The state of the individual directories is continuously scanned by CrossVC. This means the symbol of the dir tells the user that there are for example still uncommited changes somewhere in the depth of a dir hierarchy, even without having opened them yet.

So the project state is visualized right after a cvs status call. Completed with on-the-fly dir scanning, CrossVC is qualified for large projects with many thousand files. Because of the continuous efforts of network administrators, to encrease network security, CrossVC supports all standard cvs connection protocols. Proxy support is also available, this requires a patched cvs. This is of course available on our download page.

Because CrossVC does not affect the cvs internal project maintenance, a concurrent use with cvs commandline is possible. The function of the CrossVC dir state display is not impaired therewith.

Even though CrossVC graphically supports almost the whole cvs range of functions (and is continuously under development;-), it is easy to customize the GUI to the individual needs. Popup menues are freely configurable, while the menues always provide full feature access. An extra toolbar enables direct access to often used features.

In contrast to other programs this one is really easy to use.

EpiGrass is a simulator of epidemics over networks. EpiGrass is a scientific tool created for simulations and scenario analysis in Network epidemiology.
For an in depth description of Epigrass capabilities, please refer to the documentation.
EpiGrass can interact with the GRASS GIS from which it can obtain maps and other geo-referenced information. However, EpiGrass does not require an installation of the GRASS GIS for most of its features.
Epigrass is free-software, licensed under the Gnu public license (GPL).
Currently, EpiGrass is supported only on the Gnu/Linux platform. If you would like to see it run on other platforms, you can volunteer to oversee the porting to a given platform. Since Epigrass is written entirely in Python, porting to other platforms should be very easy. However this is not the main priority of the EpiGrass development team.
Enhancements:
- An import bug was fixed.

SDTS++ is a C++ toolkit that programmers can use to write applications that can read or write SDTS datasets.
Application developers can use SDTS++ library classes to work with the logical structure of these datasets without having to worry about the physical details of each dataset.
What compilers does it work with?
SDTS++ is known to work with:
- GNU g++ 2.8.x and 2.95.x
- egcs 1.x.y
- Microsoft Visual C++ 6.0 (Apply latest service pack!)

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.

LyX is an advanced open source document processor that encourages an approach to writing based on the structure of your documents, not their appearance. LyX lets you concentrate on writing, leaving details of visual layout to the software.

LyX runs on many Unix platforms, OS/2, and under Windows/Cygwin (this port requires an X server). LyX project can also run natively on Mac OS X, thanks to the Qt/Mac library.

LyX produces high quality, professional output -- using LaTeX, an industrial strength typesetting engine, in the background; LyX is far more than a front-end to LaTeX, however. No knowledge of LaTeX is necessary to use LyX, although it will give a user more power.

LyX is stable and fully featured. It has been used for documents as large as a thesis, or as small as a business letter. Despite its simple GUI interface (available in many languages), it supports tables, figures, and hyperlinked cross-references, and has a best-of-breed math editor.

AUSTRUMI is a bootable Live CD Linux distribution with a business card size (50MB). Imagine the ability to boot your favorite Linux distribution whether you are at home, at school or at work.
Main features:
Graphic
- gqview - image browser
- gimp - Image Manipulation Program
- inkscape - SVG editor
Office
- gcalctool - graphical calculator
- abiword - word processor
- gnumeric - spreadsheet editor
- stardict - dictionary
- bluefish - html editor
- gv - a PostScript and PDF previewer
Network
- nmap - network scaner
- ettercap - sniffer/interceptor/logger for LAN
- airsnort - wireless LAN (WLAN) tool
- gspoof - sending tool of TCP/IP packets
- hydra - login cracker
- LinNeighborhood - samba client
- tsclient - frontend for rdesktop and vncviewer
- telnet - telnet client
- gputty - ssh client
- mtr - traceroute
Internet
- firefox - WWW browser
- gftp - ftp client
- skype - free internet telephony
- gitmail - mail client
- apache - Web server
- vsftpd - ftp server
- xmail - mail server
Multimedia
- mplayer - movie player
- simplecdrx - CD creation and audio manipulation program
Games
- ltris - classic Tetris clone
- atomix - logical game
- xboard:phalanx - chess
- gnomine - variation of minesweeper
- gtkballs - clone of well-known DOS game "Lines"
- gsoko - logical game
- icebreaker - clasic Xonix clone
Other
- emelfm - file manager
- rxvt - color VT102 terminal emulator
- htop - task manager
- xproc - system information
- partimage - partition imaging utility
- voarti - firewall/router
- gtkfind - graphical file finding program
- turma - search (and replace) text
- xfdiff4 - graphical diff frontend
- hexedit - shows/modify a file both in ASCII and in hexadecimal
- gcrontab - a crontab editor

libgmail project is a pure Python binding to provide access to Googles Gmail web-mail service.
Please note: Always download and test the CVS version of libgmail if you are having problems. The most recent packaged version no longer works correctly. The current development status means critical errors caused by changes at Gmail will be corrected as soon as possible in CVS, if the author is notified about the issue.
Archive Gmail messages to mbox format
The library currently ships with one demonstration utility to archive messages from an Gmail account into mbox files, suitable for importing into a local email client.
Use your Gmail account as a SMTP server
The library now includes a demonstration utility gmailsmtp.py that sets up a SMTP proxy on port 8025 of your computer to enable you to use a standard mail client (e.g. Mozilla, Mail.app) to send messages. (Attachments are now supported.)
Use your Gmail account as a POP server
The library now includes a demonstration utility gmailpopd.py that sets up a POP3 proxy on port 8110 of your computer to enable you to use a standard mail client (e.g. Mozilla, Mail.app) to retrieve messages.
Use your Gmail account as a FTP server!
The included demonstration gmailftpd.py sets up a download-only FTP proxy on port 8021 of your computer to enable you to use a standard ftp client to retrieve message attachments that have the label ftp.
Enhancements:
- Minor bugfix -- before, if you logged in with an incorrect password, the program would exit poorly instead of throwing the appropriate exception.