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SoundHelix is a free versatile Java framework for algorithmic random music composition. SoundHelix can generate random songs, play them (for example, on any number of MIDI devices or MIDI-capable software synthesizers) and is highly customizable using XML configuration. SoundHelix also allows writing the generated music as MIDI files. SoundHelix produces music that is actually enjoyable to listen to.

A C++ library and Python module for audio synthesis featuring dynamic digital filters. Nsound lets you easily shape waveforms and write to disk or plot them. Nsound aims to be as powerful as Csound but easy to use.

The project is composed of two layers. The first layer is an artificial intelligence engine, partwriter, that writes music based on some heuristic. The second layer is the layer that defines the heuristic. The definition of this heuristic defines the type of music that partwriter will create. Currently (December 2012), the deepest layer is more or less complete. The author is now writing second layers of interest, namely species counterpoint heuristics according to Fux's Gradus Ad Parnassum.

Livemix will search directory tree for audio files, assuming each of them is a separate track, then group them into sessions based on file size, and then create a downmix for each session. Silent tracks are ignored, the others are processed by applying some effects such as compand, then normalized and then combined into downmix with equal volume. Sessions are named by the time of recording in YYYYMMDD-HHMMSS format. Intended use is to quickly generate mp3 previews of live multitrack...

Strasheela is a constraint-based music composition system. The user defines music theories by sets of compositional rules and the system creates music which complies with these theories. User-interface is the programming language Oz.

DACML stands for Digital Audio and Computer Music Language. It is implemented as a Common Lisp library and low level C routines for efficiency. The aim is to apply functional paradigm to Computer Music composition. Licensed under GPL v. 3 or later.

Strum aims to improve your musical skills on stringed instruments; learning scales, chord construction, and how to find them on various instruments with many tunings.

Music synthesizer based on cellular automata. Written in Haskell.

foo is a sound synthesis framework which provides high-level abstracted ways of creating and manipulating sounds via a scheme language interface. foo is designed for highest audio quality rather than highest performance.

Standalone, LV2 and VST instruments & effects generating weird sounds, noises and glitches, for experimental music. Heavily inspired by the Futurist musician Luigi Russolo, the aim of this project is to create new instruments for the new century.

This is a program to store data calculated from the tempo of a song into different degrees of seconds for use with "programming synths". Written in C++ with Visual C++ Express. Java version coming soon.

Explore music theory by composing songs based on chords, modes, scales, etc.

This C# project is composed of a set of objects that either generate or filter sounds. The project is useful for experimenting with sounds: e.g. experimenting with harmonic composition of sounds, alternate tuning systems, effects processing, and other sound synthesis techniques. It has been replaced by a version in C++ at https://sourceforge.net/projects/laudio/ .