Free band of brothers software for linux

Balazar Brother is an amazing libre 3D puzzle game, realized by Jiba and Nekeme Prod.

A 3D platform universe, two characters and two keys, one for each character, and at the end of the road two princesses to free. Just press a key and the corresponding character will jump on the next platform in front of him.

Simple ? Yes ! Easy ? Not sure ! Because nothing will be spared to you : moving platforms, dangerous monsters, vicious traps... will you manage to find your way trough mad levels and free the princesses ? You can count only on your agility, your guile... and the unforgettable acrobatics of the Balazar Brothers !

Aspirin is not included ! (another game coded by pharmacists to sell their medicine, would say the bad tongues...

Balazar Brothers developpers and users can be found on the #nekeme and #soya IRC channel of Freenode.

Super Methane Brothers is an arcade game where you have to: Trap baddies in a gas cloud. Suck into your gas gun. Throw against a wall to destroy them.
Game Controls:
Press Fire to start. Use "Player One" Fire for single player mode. Use "Player Two" Fire for two player mode.
You will then be prompted to input the player names. Use the keyboard to type in the name with a maximum of four characters. Press Return when you have finished.
The game will start.
Use the keyboard to move the player (See below for keys). Hold down the Jump higher. Use in combination with the Left and Right keys for directional jumping
Tap Fire to fire gas from the gun.
When a baddie is within a certain range from the players gun, hold Fire to suck a trapped baddie into the gun.
Release Fire to throw the trapped baddie from the gun.
Keyboard - Player One:
Cursor key Left / Right to move left and right
Cursor key Up to jump.
Cursor key Down to move down (Only used with the wings "Power Up")
Control key (CTRL) - Fire.
Keyboard - Player Two:
A key to move left
D key to move right
W key to jump.
S key to move down (Only used with the wings "Power Up")
Shift key - Fire.
Enhancements:
- Made compatible with ClanLib V0.8.0

PHP Big Brother Hosts Configurator (phpBBHC) is a collection of PHP scripts and one C program to configure hosts
for the Big Brother network monitoring software. It doesnt cover all the possible settings for Big Brothers hosts file but it should be enough for
most demands.

Ammendment: Big Brother has been pretty much replaced by Hobbit. I havent got around to using Hobbit yet but Ive heard its pretty backwards compatible with Big Brothers configuration and scripts. Ive heard of successful stories
of phpBBHC being used to configure Hobbit.

Audio collection script is a script which can help you manage collections of audio files. For example, I have a directory with all my audio files in it, sorted by band/album. I also have an audio collections directory. Within that directory I have a few list files which contain patterns for songs that should be part of that collection. The script generates or updates a subdirectory for each list file present and creates links within those directories to all music files from my main audio directory that match the patterns in the list file.

An example:

Your music files are in /audio
Your collections are in /audio-collections
The file /audio-collections/funny.list has the following lines:

/audio-collections/funny/
#the next line matches all songs within a tripod directory
tripod/
monty*python
kevin*bloody*wilson
bill*clinton*miss*lewinsky*and*i

When run, it will process each .list file in the current directory. So for this example, when run from /audio-collections, it will create or clean out the directory /audio-collections/funny and create links inside it for any files found within /audio which match the specified patterns.

The first line in each list file specifies the directory to create and use for the links. The patterns in the file will match on the full path of a song.

Note: I am pretty sure it would not be a good path to put your collections inside your main audio directory.

F Modular Synthesizer (FMS) is basically a tool to generate all kinds of sounds. It should work on any up-to-date Linux system.
Main features:
Playing sounds
- with any frequency and volume
- one after another or at the same time (mixer) or both
- stereo (different sounds on different channels)
- with any balance between the two channels
- with built-in sweep that even follows frequency modulation
- like speech synthesis [listen]
- both on-the-fly playing with direct user access and asynchronous, pre-computed output; also combining the two, taking the best of both
- with all modulation options described below
Making noise
- now although it tends to get noisy in any way, we mean real noise here
- in 4 different ways
- nearly-white noise
- narrow band noise
Modulating
- amplitude (volume)
- frequency
- minima, maxima, amplitude and frequency of the modulation (here the "Fully Modular" comes to existence)
- balance, moving the sound from left to right and back in stereo mode
- narrowness of the noise frequency band in many different ways
Making music
- some-kind-of-midi-mapping mode (sound + envelope => instrument, FMS midi file format)
- auto-converter and player for MUS file format, listen [here] (Musplay)
- auto-composer for those who like a rather modern kind of music
- chords
Displaying
- spectrum of a sound
- oscillogram of a sound
- mixes between different sounds with different volumes / frequencies
Saving
- sounds as oscillograms in FMS file format (mathematical description, not complete wavetables)
- sounds as Fourier overtone amplitudes
- music in FMS midi format
- FMS output in wave format
- wave file sounds in FMS file format (auto-converter) - experimental
GUI
- a somewhat ugly and extremely limited tcl/tk gui
- FROCOR, an installation that connects the FMS sound backend to graphical interfaces and outputs
- a fully modular Qt GUI - experimental, but Ill give you a [screenshot]
Enhancements:
- This release fixes all bugs discovered via user feedback, and should be quite stable.
- Sweep frequency modulation is now implemented, and using both blur and frequency modulation on the same sound at the same time is possible.

Scalar::Properties is a Perl module package that contains run-time properties on scalar variables.

SYNOPSIS

use Scalar::Properties;
my $val = 0->true;
if ($val && $val == 0) {
print "yup, its true alright...n";
}

my @text = (
hello world->greeting(1),
forget it,
hi there->greeting(1),
);
print grep { $_->is_greeting } @text;

my $l = hello world->length;

Scalar::Properties attempts to make Perl more object-oriented by taking an idea from Ruby: Everything you manipulate is an object, and the results of those manipulations are objects themselves.

hello world->length
(-1234)->abs
"oh my god, its full of properties"->index(g)

The first example asks a string to calculate its length. The second example asks a number to calculate its absolute value. And the third example asks a string to find the index of the letter g.

Using this module you can have run-time properties on initialized scalar variables and literal values. The word properties is used in the Perl 6 sense: out-of-band data, little sticky notes that are attached to the value. While attributes (as in Perl 5s attribute pragma, and see the Attribute::* family of modules) are handled at compile-time, properties are handled at run-time.
Internally properties are implemented by making their values into objects with overloaded operators. The actual properties are then simply hash entries.
Most properties are simply notes you attach to the value, but some may have deeper meaning. For example, the true and false properties plays a role in boolean context, as the first example of the Synopsis shows.

Properties can also be propagated between values. For details, see the EXPORTS section below. Here is an example why this might be desirable:

pass_on(approximate);
my $pi = 3->approximate(1);
my $circ = 2 * $rad * $pi;

# now $circ->approximate indicates that this value was derived
# from approximate values

Please dont use properties whose name start with an underscore; these are reserved for internal use.

You can set and query properties like this:

$var->myprop(1)

sets the property to a true value.

$var->myprop(0)

sets the property to a false value. Note that this doesnt delete the property (to do so, use the del_props method described below).

$var->is_myprop, $var->has_myprop

returns a true value if the property is set (i.e., defined and has a true value). The two alternate interfaces are provided to make querying attributes sound more natural. For example:

$foo->is_approximate;
$bar->has_history;

GNU FreeIPMI project provides "Remote-Console" (out-of-band) and "System Management Software" (in-band) based on IPMI v1.5/2.0 specification.
This project includes:
- KCS, SMIC, SSIF, LAN Drivers and C Library (libfreeipmi)
- IPMI Locate - Probe IPMI BMC Device (ipmi-locate)
- FreeIPMI SHell (fish)
- Watchdog Daemon (bmc-watchdog)
- Sensors (sensors)
- System Event Log (sel)
- BMC Info (bmc-info)
- BMC Config (bmc-config)
- IPMI Power (ipmipower)
- IPMI Ping (ipmiping)
- RMCP Ping (rmcpping)
- Gratuitous ARP Daemon (garpd)
- IPMI Raw Interface (ipmi-raw)

Libfilth is a library for designing, analysing, transforming and executing digital FIR and IIR filters.
The filter design methods include:
- FIR filter with linear-phase, least-squares design.
- FIR filter with complex specification, least-squares Design.
- FIR filter with linear-phase, minimax-design using linear programming.
- FIR filter with linear-phase, minimax-design using Remes algorithm.
- FIR filter with minimum-phase and optimal amplitude.
- FIR filter with complex specification, minimax-design.
- FIR filter with group delay constraints.
- FIR optimal window using quadratic programming.
- FIR filter with minimum-phase by spectral factorisation.
- FIR filter design by cepstrum technique.
- Analog filter design Bessel-Thomson, Butterworth, Chebyshev type I, II and Elliptic function filter.
- Transformation of analog to analog and analog to digital filters.
- All-pass realization of IIR filters.
- FIR half-band filters.
- DFT filterbanks and parallel DFT filterbanks design and implementation.
- Analysis functions for calculating the properties if analog, IIR and FIR filters.