Hitchhiker 2000 0.7

 (1)

9,711 downloads

Released: 03/08/2001

Hitchhiker 2000 is an astronomical simulation and visualization program - a digital orrery.As of the release of XFree86 4.0, Hitchhiker will support hardware acceleration with 3D graphics cards.

XEphem 3.5

 (1)

4,678 downloads

Released: 10/23/2000

XEphem is a program that allows you to map the sky. You can map past present or future.

KAstrHorloge 2.0

 (1)

3,747 downloads

Released: 11/03/2001

KAstrHorloge is an astronomy software for Linux & KDE. KAstrHorloge is provided with a 10000 stars database. For any of these stars or planets, the software can compute its position in the sky of your...

Xplns 3.3

 (1)

3,627 downloads

Released: 10/05/2003

This astronomy program allows you to easily pinpoint an object in the sky, zoom in on it and quickly get information about it. If you want, you can even track an object and watch the rest of the sky...

Tk-SETI@Home 3.06

 (1)

3,420 downloads

Released: 08/22/2001

Tk-SETI@Home is a GUI front-end to the SETI@Home client for UNIX.

Setiherder 0.2

 (1)

3,149 downloads

Released: 09/07/1999

Setiherder is a GTK+ interface to monitor and control multiple SETI@home clients. It displays their progress and status in a concise format, starts and stops them at your command, and provides some...

AIPS 31

 (1)

3,019 downloads

Released: 12/30/2001

AIPS is the Astronomical Image Processing System. It is primarily used by Radio Astronomers for reduction, calibration and analysis of synthesis array data such as from the Very Large Array and Very...

PREDICT 2.1

 (1)

2,968 downloads

Released: 06/28/2001

PREDICT is an easy-to-use, ncurses-based satellite tracking and orbital prediction program that was developed for the Linux operating system. It allows users to track satellites in Earth s orbit in...

Ksetiwatch 2.6

 (1)

2,910 downloads

Released: 07/22/2003

Ksetiwatch is a monitoring tool and work-unitmanager for the SETI@home project.

G.O.D. 0.81

 (1)

2,691 downloads

Released: 05/23/1995

G.O.D. stands for Gravitational Orbits Dynamics. It simulates interactions between n-bodies in 3D or 2D space, based on the Newton physic model.