Audiveris is an Optical Music Recognition (OMR) module. Starting from the image of a music sheet, it provides high-level logical music information compliant with the MusicXML definition. Other tools such as a Midi Sequencer, or a Composition Editor can then read and update this standard data.
There are already commercial tools in this area but Audiveris is, to our knowledge, the first Java open-source OMR tool. It is a cross-platform tool, written entirely in Java, and tested on Windows, Solaris, Linux and Mac OS.
Audiveris works with printed music sheets only, the task of recognizing hand-written scores being significantly harder.
The JOAL Project hosts a reference implementation of the Java bindings for OpenAL API, and is designed to provide hardware-supported 3D spatialized audio for games written in Java. It is part of a suite of open-source technologies initiated by the Game Technology Group at Sun Microsystems, with intention of making the development of high performance games in Java a reality.
This project also hosts the Sound3D Toolkit, a high level API for spatialized audio built on top of the OpenAL bindings. This toolkit is designed to provide access to all the features of OpenAL through an intuitive, easy to use, object-oriented interface.
Swami - Sampled Waveforms And Musical Instruments - is an advanced instrument editor for MIDI music composition and a software synthesizer frontend. Currently SoundFont® files can be browsed, edited and saved and new instrument formats are being added (D
RasmusDSP is an embeddable Audio/MIDI processor. It contains various filters and generators (including SoundFont 2.0 compatible synthesizer). Has a script interpreter which is used to describe instruments, route Audio/MIDI signal between processor units.
FluidSynth is a real-time software synthesizer based on the SoundFont 2 specifications. FluidSynth can read MIDI events from a MIDI input device and render them to an audio device using SoundFont instruments. SoundFont files are composed of digital audio