Free tariff eye software for linux

Falcons Eye project is a mouse-driven interface for NetHack.
Falcons Eye is a mouse-driven interface for NetHack that enhances the visuals, audio, and accessibility of the game, yet retains all the original gameplay, and game features.
Main features:
- mouse-driven interface (keyboard play also supported)
- high-res, isometric graphics with real-time lighting
- ease of play: autopilot, tooltip descriptions of game objects, and more
- digitized sound effects
- MIDI soundtrack (listen to some samples)
- sound effects and keyboard commands are customizable
- retains all NetHack features

Jmatrix project generates the Matrix the movie eye candy thingy.

jmatrix is a cute little non-ncurses green letter matrix-the-movie eye candy thingy.

It has about 20 things that you can configure to create your own matrix experience.

It is not just like the movie, though it could be fooled into being that way.

This project was inspired by Cmatrix (which you can also locate on freashmeat). My computer was just plain too slow to run the ncurses implementation of the matrix green letter thing.

Now... I went to see the movie again, and mine isnt very movie-correct. Neither is Cmatrix. They are both cool though.

In the movie, the letters dont scroll anywhere. They get poped in after a white & goes by... then they fade out. Dull eh?

Jmatrix has some pull_down() effects... and the white heads have a creap_back() method that creates some interesting effects.

Jmatrix is also very configurable. You can change almost everything.

Its a simple idea: implement Conways Game of Life using boolean logic operations (and, or, not, xor); do so by blits, thus running a Life game in every bitplane in parallel.

Currently 2 implementations are available: a proof-of-concept (with a life-covered 3d cube!) one in Python (with Numeric/pygame) and a useful one in C (X-Windows screensaver, potentially accelerated).

The Eye Of Horus is a monitoring and alerting tool for computers. Its mainly useful for monitoring network services (eg, HTTP or SMTP servers) and the internal status of Unix servers (eg, load, disk usage, process counts).

In that respect, its a lot like Nagios, but in my opinion its better. It lacks a few features Nagios has, but it is a very simple architecture to which they can easily be added.

Its a flexible thing made from independent modules with well-defined interfaces, making it easy to customise and extend, but out of the box itll monitor your servers and produce a nice HTML summary of their status - OK, the looks need a bit of work, but that will come soon, and it can optionally integrate with the excellent (and I mean excellent) RRDTool to store logs of statistics (response times, number of packages with known security holes, etc) - and link from the status page to nice graphs of the historical behaviour of these statistics.

HOW IT WORKS

The core of the system is horus-check.py, a Python script which reads a configuration file (specified on the command line). The configuration file specifies a list of services - either network services, in which case the host to run the check from and the host to run the check at are specified, or local services, in which case only the host to run the check from need be specified. In either case, if the host to run the check from is not specified, then it defaults to the local host.

The service types reference definitions in a file which is referenced from the configuration file. In the service definitions file, a shell command to check the service is given; this command must output service status in a defined format, as a single-line YAML list. The list must contain, at least, a single-word status (OK, WARNING, FAILURE, or UNKNOWN), then optionally numeric statistics, then optionally a status message. For example:

[OK]
[UNKNOWN]
[OK, { load: 0.5, users: 3 }]
[WARNING, { load: 3, users: 30 }]
[FAILURE, { load: 95, users: 300 }]
[UNKNOWN, { }, Could not find AWK executable]

When a check is to be performed from a remote host, Horus opens an ssh connection to that host. It is assumed that the user horus is run as will have an ssh key set up to enable it to ssh to all such hosts without requiring a password.

Having performed the checks, horus-check.py then:

Reads in the status database named in the configuration file
Updates the status database with the new status of hosts
Computes an overall system status (the worst non-unknown status of any checked service)
Examines the service dependencies, and marks any service whose state is no worse than might be expected (eg, no worse than the worst state of a service it depends upon) are automatically marked as quiet
Computes a list of differences between the old and new status (services added, services removed, services whose status has improved, services whose status has worsened)
If there are any differences, invokes a notification script (named in the configuration file) with them, along with the overall status
Invokes a logging script (named in the configuration file) with the new value of every statistic reported by the service checks; I will soon provide a sample logging script that uses RRDTool to generate nice graphs.

The status database (which is written in YAML, so easily accessible to user scripts) can then be used to generate HTML status report (see status.cgi).

Ixion is a media player that uses wxWidgets and GStreamer. Its is just a simple video player that can play at double or half speed. It can be useful as an example of how to write a simple app based on wxWidgets and/or GStreamer.

Ixion is a media player written in C/C++ using wxWidgets and GStreamer. It is not a bleeding edge, full-featured, eye-candy, all-in-one application; Ixion exists only because I needed a video player that could play at double or half speed. However, it can be useful if you want to see how to write a simple app based in wxWidgets and/or GStreamer. Source code is available for download under the GPL license.

You can download the source code from the downloads section. It will compile on most *nix systems ig there are the required libraries, including GNU/Linux.

Alternatively, you can get the source code using anonymous CVS access:
$ cvs -d:ext:anonymous@cvs.lug.fi.uba.ar:/cvsroot/ixion co ixion

SimBar project is a fast and customizable dockbar for Linux.

SimBar is a fast and customizable dockbar. Allows the user to launch applications showing some eye-candy animation. It is written in c++ and wxWidgets and fits well in Gnome but works on most desktop environments. Does not require Compiz nor 3D acceleration.

Xfce 4 Eyes Plugin is a Xfce4 panel plugin that adds eyes which watch your every step.

Portions of the xfce4-eyes code were taken from geyes and are licensed under the terms of the GNU General public license, see the COPYING.GPL file.