| |
This is a collection of web-based algorithmic composition toys,
written by Tim Thompson.
All of them make use of the KeyKit programming language
for processing and producing MIDI music. The source code for
most of the tools is viewable from each tool's page.
The most interesting toys are noted with  .
|
| |
In this toy, you enter a word in a form,
and get back algorithmic music based on that word.
The algorithm is deterministic, so entering the same word will produce
the same result. There are two algorithms to choose from - algorithm A produces
melodics results, algorithm B produces more atonal results.
Muse-O-Matic was the very first tune toy.
|
|
|
|
This toy converts a web page (any web page on the internet) into music.
You enter a URL and control 9 different parameters.
The contents of the URL are used to generate simple algorithmic music.
The URL can be anything - an HTML page, an image, a sound file, anything.
|
|
|
|
This toy is very open-ended and much less "canned" than the other toys.
You specify a series of transformations on a musical phrase. Initially
there are no transformations, and you add them one at a time - they
are applied in series.
This toy gives you a flavor of the things you can do, algorithmically
and interactively, with the KeyKit software.
|
|
|
|
This toy takes an existing MIDI file, splits it into pieces, and puts
it back together to produce a new MIDI file.
To use it, you enter a URL for a MIDI file (anywhere on the web),
and it gets processed to produce another MIDI file. You can control
the number of pieces that the MIDI file is split into.
|
|
|
|
This toy, like Pieces-O-MIDI, takes existing MIDI files and processes them.
In this case, three MIDI files get combined - one is used for pitches,
one is used for timing, and one is used for durations.
The files are combined to produce another MIDI file.
|
|
|
|
This toy makes music from pictures. You first enter the URL
of a small GIF image, somewhere on the web. You then specify
how you want the RGB (red-greed-blue) pixel values are to be used, and
click on the image. Wherever you click on the image, the pixels at
that point in the image will be used to generate music.
|
|
|
|
This toy produces wildly varying music. By using
an L-systems (fractal) algorithm, simple expressions (literally
just the variable X) are mutated to produce extremely long and complicated
expressions - still in terms of a variable X. A note,
small phrase, or chord is substituted for the variable X, and
the expression is evaluated. The result varies wildly.
This is one of the best Tune Toys, in terms of producing suprising
and unusual output.
|
|
|
|
This toy extends and refines the algorithm used in the Expresso toy.
Algorithmic drum patterns have been added, and up to 8 tracks (each track
using a different random sound) are generated and combined.
Every measure is generated independently, including patch changes, so
that the results change continuously.
|
|
|
|
This toy uses John Conway's "Game of Life" to generate music. The game
involves a matrix of cells that evolve one "generation" at time.
There are rules that govern whether a given cell will live,
die (from over-crowding), or be born. This toy takes each generation
and converts the cells into notes. The result is a melody that
evolves.
|
The following aren't really "toys". One is a repository for
the results of other Tune Toys, and one is a general collaborative
area for uploading and sharing bits of music.
|
|
|
A repository for good tune toy output.
|
|
|
|
This is a web-based collaborative interface - upload MIDI and MP3 files to
various areas, and interact with other composers.
|
|
