Search Results for "algorithmic composition"

...You can write your own UGens in C++, and users have already contributed several hundred more to the sc3-plugins repository. sclang, an interpreted programming language. It is focused on sound, but not limited to any specific domain. sclang controls scsynth via Open Sound Control. You can use it for algorithmic composition and sequencing, finding new sound synthesis methods, connecting your app to external hardware.

A teachable/trainable artificially intelligent music bot fundamentally inspired by how the new wave band Duran Duran composes music. This program utilizes many algorithmic/AI techniques/processes, including machine learning; which allow you to teach/train it to compose music which you prefer... and the technique which is the foundation of the design of DuranDuranbot, which was directly inspired by how Duran Duran writes music........ Called, "bit by bit circular composition"....... and it's explanation can be found here - https://scsynth.org/t/bit-by-bit-circular-composition/1107 This program is written in the SuperCollider programming language - https://en.wikipedia.org/wiki/SuperCollider Contact - ken_brant@ymail.com

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.

...PLEASE NOTE that, on Max 6.1.10, some Jitter features and GEN~ objects that the patches included in the package use WON'T be working. The name of our package ACToolkit is a derivative of AC Toolbox, the legendary "Algorithmic music composition program for macOS" of Mr Paul Berg's (https://www.actoolbox.net). Our Max-external-objects feature the real-time realisation of discrete-continuous Probability Distribution Functions, the PDFs derived from sets of interpolated discrete-probability-densities, on random numbers. Also, the package includes numerous examples exemplifying the methodologies on the usage of PDF-shaping in Algorithmic Composition, especially ones involving signal processing techniques.

Common Music (CM) is a real-time music composition system implemented in JUCE/C++ and Scheme. It generates musical output via MIDI, OSC, CLM, FOMUS and CSOUND. Its user application is called GRACE (Graphical Real-time Algorithmic Composition Environment)

Sleep Audio is a set of components organized around a Java algorithmic composition framework, along with CSound's high-quality rendering abilities. Its aim is to provide a way to generate Environmental music.

Takt is a text-based language for describing note and chord sequences as well as algorithmic compositon rules with C-like syntax. This software package contains a REPL (read-eval-play loop) interpreter for Takt, a MIDI-file-to-Takt translator, and an Emacs interface program which enables note entry from a MIDI keyboard.

NotesTyper system converts text typing into music. You will need computer keyboard, microphone (notebook mic is ok) and Chrome or Firefox browser. NotesTyper has multiple operating modes and settings, which allow to produce different music from same text. Computer keyboards do no allow to input keypress velocity, but NotesTyper overcomes this restriction by processing microphone input level when you type. When generating music all nuances of your typing are taken into account: what keys were...

The program puts beats through evolution - survival, mutations, reproduction. The purpose, in the words of Africa Bambaataa - Looking for the perfect beat. Using a genetic­ algorithmic framework, the user's taste defines a Beat fitness function - she decides which beats survive and breed, and which join the choir invisible. In addition, the user can easily define an automatic fitness function, put the program on 'auto­pilot' mode, and let it speed up evolution. Different types of...

A library for algorithmic composition based on SuperCollider and Lilypond

SuperWillow is a Music Generation program. Artists have many influences which they have accumulated over the years by listening to countless pieces of music, this principle is reflected in SuperWillow.

Environment for the algorithmic and mobile composition with concrete noises and sounds.

GRAMophone is an algorithmic generator of music composition. The music is generated using two kinds of formal grammar: Chomsky’s grammar for TOP DOWN approach to the composition and a reduced version of Lindenmayer grammar for BOTTOM UP approach.

CompScheme is a program for algorithmic music composition and stochastic sound synthesis written in Objective Caml (OCaml).

AlgoScore is a graphical environment for algorithmic composition. This project has moved to: http://gna.org/projects/algoscore

A hierarchical representation language for music, which can be used as a human algorithmic composition tool or as a semi-automated composition tool using a genetic algorithm with human listeners as the fitness function.

Software for live sampling and audio processing. Algorithmic composition and improvised audio manipulation in real time. The audio engine uses Csound, and the composition logic is built with Python.

Java-based (multiplatform) tool for algorithmic musical composition. Saiph generates sequences made of tracks made of segments with musical events, currently notes and MIDI controllers. It supports MIDI and MusicXML file output.

BuzzPerl is Perl module used to read, write, and manipulate Jeskola Buzz files from Perl. Intended use is for algorithmic music composition, but could be used by anyone who wants to compose music from Perl.

The Python Sound Project aims to develop a productive community around Python, Csound and other synthesis engines as tools for algorithmic composition of electroacoustic music.

pureCMusic (pCM++) is a framework for realtime sound synthesis and algorithmic composition based on the C language.