Free seti software for linux

Pywmseti monitors the progress of one SETI@home process.

Pywmseti is written in Python. The colours are highly customizable. You can start/stop the process through clicking somewhere in the window.

It also displays the time spent on the workunit (or since you started the program if you restart it in the middle of a workunit). Invoke the program with --help or see the sample rc-file for
more information about customization.

Why?

No one of the existing monitors suited my needs. And the more Python the world gets, the better itll be!

Ksetiwatch is a monitoring tool for the Seti@home distributed computing project, which searches for signals of extraterrestrial life. It displays the state of the Seti@home client(s) running on your computer or in your local network, and logs/manages completed work units and interesting signals.

In addition, Ksetiwatch features a skymap that displays all work units processed, a graphical display of scientific data (gaussians, pulses, and triplets), a dock icon with detailed status information about a client, the option to start/stop the SETI@home clients, and much more.

SetiContainer is a C++ class that allows convenient access to all the information in the state files of a SETI@home client. It periodically examines these files and updates its own data members accordingly.

Other programs can use this class to extract information about the progress of the client, the signals found, or the work unit being processed. Additional functions offer more advanced info (like the amount of TeraFlops in a work unit, estimated time of completion, etc.). The SetiContainer class is based on the Qt toolkit, and extensively uses Qts Signal/Slot .

MUSCLE is a somewhat scalable, robust, cross-platform client-server messaging system for dynamic distributed applications that runs under any POSIX-compliant operating system.
MUSCLE has been developed, used, and refined as the networking component of BeShare, CueStation, CueConsole, and various other audio control applications at Level Control Systems for over four years.
Main features:
- Use BMessage-like muscle::Messages under any operating system.
- Send flattened muscle::Messages from one computer to another over TCP streams, eliminating unnecessary compatibility and protocol-versioning hassles.
- Run a "muscled server" on a central machine, and write (or download) client programs to log in to the server and communicate through it. Once logged in, client programs can discover who else is logged in, send muscle::Messages to other clients, and store muscle::Messages in the servers RAM for other clients to download later. Clients can also "subscribe" to selected data on the server, and be automatically notified whenever it changes. Unicast-style, multicast-style, and broadcast-style Message routing are all supported via an intelligent hierarchical pattern-matching routing mechanism. Writing multiplayer games, IRC style chat applications, SETI style distributed calculation apps, or any other type of distributed software is made easy because MUSCLE handles all the dirty work for you!
- Customize the included "muscled server" by defining your own session logic or message-streaming protocol. (Note that this is only necessary for certain specialized applications--the standard server provides sufficient functionality for most things)
- Write your client code in C++, Java, or Python. Single-threaded and multi-threaded messaging APIs are provided for all three languages.
- Or just use the included message, string, dataIO, hashtable, dequeue, string-tokenizer, reference-count, regular expression and pattern matching parser, and object-pool code by themselves, as handy cross-platform utility classes. All source code is included, and you are free to use and abuse it any way you wish.
- See the Beginners Guide for a more detailed description of the system and its capabilites.
Enhancements:
- This release includes various minor bugfixes to the Java and C++ code, as well as a few minor optimizations.

BOINC project lets you donate computing power to scientific research projects.
Some projects are:
- Climateprediction.net: study climate change
- Einstein@home: search for gravitational signals emitted by pulsars
- LHC@home: improve the design of the CERN LHC particle accelerator
- Predictor@home: investigate protein-related diseases
- Rosetta@home: help researchers develop cures for human diseases
- SETI@home: Look for radio evidence of extraterrestrial life
- Cell Computing biomedical research (Japanese; requires nonstandard client software)
- World Community Grid: advance our knowledge of human disease. (Requires 5.2.1 or greater)

SysCON is a Web-based utility that shows important information about a Linux (and other Unices) box.

SysCON project includes modules for disk space, memory usage, network interfaces, headline, ADSL traffic watching, kernel information (version and CPU), a ping checker, lm_sensors status, server stats and hits, SETI@home status, date and time, XMMS, xferreport (FTP traffic), lspci, and the uptime.

XEphem project is a scientific-grade interactive astronomical ephemeris package.
Main features:
- computes heliocentric, geocentric and topocentric information for all objects;
- has built-in support for all planets; the moons of Mars, Jupiter, Saturn, Uranus and Earth; central meridian longitude of Mars and Jupiter; Saturns rings; and Jupiters Great Red Spot;
- allows user-defined objects including stars, deepsky objects, asteroids, comets and Earth satellites.
- provides special efficient handling of large catalogs including Tycho, Hipparcos, GSC.
- displays data in configurable tabular formats in conjunction with several interactive graphical views;
- displays a night-at-a-glance 24 hour graphic showing when any selected objects are up;
- displays 3-D stereo Solar System views that are particularly well suited for visualizing comet trajectories;
- quickly finds all close pairs of objects in the sky;
- sorts and prints all catalogs with very flexible criteria for creating custom observing lists;
- creates plots of any pairs of all data fields throughout the program;
- downloads and displays AAVSO light curves directly online;
- downloads current asteroid and comets ephemerides from Lowell Observatory and Minor Planet Center;
- downloads timely Earth satellite orbital TLE parameters;
- plots true binary system orbits;
- downloads Digitized Sky Survey FITS files from STScI or ESO;
- displays seti@home client progress and plots position being processed on Sky View map;
- provides a handy coordinates spreadsheet for converting among equatorial, ecliptic, horizon and galactic frames ;
- displays live SOHO images of the Sun;
- includes a compiler for entering and solving user-written functions using any data fields;
- serves as the control point for GOTO telescopes such as Meade LX200 or other external applications;
- displays FITS files images overlaid with database symbols and other graphical information;
- performs automatic star pattern matching to automatically solve for World Coordinate System on any image;
- performs 1-click 2D Gaussian relative and absolute photometry;
- defines and saves any number of Eyepieces to use in sky maps;
- captures, displays and clips to any number of local horizon profiles;
- stores sets of all Sky View options in history sets for easy playback later;
- prints using high quality Postscript;
- allows you to assign any number of objects as Favorites for special fast access throughout the program, and makes them available even when their original databases are no longer loaded;
- provides an extensible image gallery initialized with over 300 beautiful and informative color images of deep sky objects;
- provides an observing logbook which is automatically filled in with observing circumstances, with searching on most fields;
- displays magnetic deviation for any location.

KBoincSpy is a KDE monitor and control utility for the BOINC client. KBoincSpy displays a lot of useful information about the computation of work units, such as the percent of work done, and estimates of the completion time and credits granted.
For some projects like SETI@home and ClimatePrediction.net, it also reports some interesting data about the content and significance of each work unit being analyzed.
It can be also used to control the behavior of the BOINC client, allowing the user to attach to (as well as detach from) projects, start/stop the computation, or suspend all network communications.
Its interface design was inspired by SETI Spy, a Windows monitoring utility for SETI@home Classic written by Roelof Engelbrecht.
The Berkeley Open Infrastructure for Network Computing is a software platform for distributed computing. It enables organizations who oversee scientific projects requiring extensive computing resources to easily set up and maintain a distributed computing infrastructure.
By downloading the BOINC distributed computing client, each of the hundreds of thousands of participants worldwide can select the scientific projects more to his/her liking and assign some computing resources to them.
Enhancements:
- This release focuses on reaching almost feature parity with the latest BOINC client from Berkeley (the 5.x series).
- Among the new features were an attach-to-project wizard, host and user statistics graphs, and Web links.
- This version also features new translations to eight languages. Precompiled packages are available for the x86 and x86-64 architecture versions of the Fedora, Gentoo, Mandriva, Slackware, and SuSE Linux distributions.