Free chaotic software for linux

Chaotic Domain project is a combination of all strategy games with a new look on steroids.
Chaotic Domain aims to revolutionize the RTS industry. Made up a team of "elite gamers" (not to mention great programmers and 3D modelers) were combining the greatest features we like in other strategy games, fixes for some of the "annoying" parts of those games, and many new ideas of our own.
With a full 3D galaxy that allows you to micro- or macro-manage and very customizable games, it should appeal to every user.
Enhancements:
- Galaxy client
- Galaxy server
- Brand new network protocol with custom-built serialization
- Generator for network protocol
- 3d engine
- Stone age tech tree
- Beginnings of the "simple client"

athenaCL is a music analysis and algorithmic composition program. The system can be scripted and embedded, and includes integrated instrument libraries, post-tonal and microtonal pitch modeling tools, multiple-format graphical outputs, and musical output in Csound, MIDI, audio file, XML, and text formats.

Musical parts are deployed as Textures, layered surface-defining objects containing numerous independent ParameterObjects to control pitch, tempo, rhythm, amplitude, panning, and instrument (Csound) parameters. The system includes an integrated library of Csound instruments, and supports output for external Csound instruments, MIDI, and a variety of alternative formats. Over sixty specialized Generator, Rhythm, and Filter ParameterObjects provide tools for stochastic, chaotic, cellular automata based, markov based, wave-form, fractional noise (1/f), genetic, Xenakis sieve, linear and exponential break-point segments, masks, and various other algorithmic models. ParameterObjects can be embedded in other ParameterObjects to provide powerful dynamic and masked value generation. Textures can be combined and edited, and tuned with algorithmic Temperament objects. Texture Clones allow the filtering and processing of Texture events, performing transformations not possible with parameter generation alone.

The analytic and algorithmic systems use Path objects for organizing and sharing pitch groups. Paths provide simultaneous representations of ordered content groups in set-class, pitch-class space, and pitch space. Paths may contain numerous PathVoices (voice leadings) and may be analyzed with both set-class similarity measures and voice leading rankings. As a reference utility, pitch groups can be searched, analyzed, and compared with a wide variety of tools

System Monitor Theme that started out as a High-Tech one, then devolved into this low-tech broken typewriter version.

I love the chaotic nature of it.

This is my 1st theme, please critique!

You can use it in a fairly straight forward way to make tracks with, or get very experimental. Audio or control data can be freely passed between the plugins. Data can also be fed back on itself for creating chaotic effects.
SSM supports LADSPA plugins, which you can use in the same way as any of the native plugins. The JACK audio server is also supported.
SSM is a collaborative open source project, see the AUTHORS file for an extensive list of contributors. This project is released under the terms and restrictions of the GPL license.
This file contains all the setup variables for the program. Thes values can be edited with the options window whilst running SSM. The following variables in the are the ones to play with to get a good playback on your machine. This is usually tradeoff between quality and responsiveness (latency). You can build designs and songs at low quality (22050 samplerate etc) and then record them at higher settings. The wav file will sound fine, even if the realtime output doesnt.
Enhancements:
- New GUI - less cluttered and more "traditional" toolbars.
- Improved LADSPA GUI, and librdf support.
- Improved Jack functionality.
- New ALSA midi support.
- New configure script - makes most dependancies optional.
- Makefile / .configure fixes.
- Overload light on Mono-Mixer.
- Numeric parameter input on lots of plugins.
- Improved DistributorPlugin.
- More controls on ScopePlugin and MeterPlugin.
- Variable number of inputs and/or outputs on MixerPlugin and LogicPlugin.
- Improved PluginGUI resizing.
- Vanishing comment bugfix.
- Multiple FormantFilter bug-fix.
- Fixed bug that caused a segfault when the last MIDI plugin is deleted.
- Time display and 16bit, 24bit packed PCM, or 32bit float IEEE output in DiskWriter.
- Libsndfile support for Sampler, SpiralLoops, Streamer, etc.
- Misc fixes.
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- New Plugins:
- TransposePlugin

Fyre project is a tool for producing computational artwork based on histograms of iterated chaotic functions. At the moment, it implements the Peter de Jong map in a fixed-function pipeline with an interactive GTK+ frontend and a command line interface for easy and efficient rendering of high-resolution, high quality images.
This program was previously known as de Jong Explorer, but has been renamed to make way for supporting other chaotic functions.
All the images you can create with this program are based on the simple Peter de Jong map equations:
x = sin(a * y) - cos(b * x)
y = sin(c * x) - cos(d * y)
For most values of a,b,c and d the point (x,y) moves chaotically. The resulting image is a map of the probability that the point lies within the area represented by each pixel. As you let Fyre render longer it collects more samples and this probability map and the image becomes more accurate.
The resulting probability map is treated as a High Dynamic Range image. This software includes some image manipulation features that let you apply linear interpolation and gamma correction at the full internal precision, producing a much higher quality image than if you tried to create the same effects using standard image processing tools. Additionally, Gaussian blurs can be applied to the image using a stochastic process that produces much more natural-looking images than most programs, again without losing any of the images original precision.
Enhancements:
- New scalable (and not-ugly) icon, drawn by Andreas Nilsson
- Fix a few crashes in pathological and corner cases
- Add +/- 1 subpixel of noise during oversampling, to avoid aliasing in certain conditions
- Implement the Polar variant of the Box-Mueller transform, for a slight performance increase.