Projects tagged ‘audio’ and ‘oss’

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 ... [More] instruments. SoundFont files are composed of digital audio "samples" and additional instrument parameters. These files can be created or downloaded off the Internet. FluidSynth also has support for controlling effects in real time and can play MIDI files. [Less]

Usa oss para gravar audio

DisOrder is a software jukebox designed for multi-user environments. It allows users to pick music tracks for play from a shared collection. When nobody has picked anything, it can play randomly ... [More] picked tracks instead. There are two main user interfaces: a web interface and a GTK+ client called Disobedience. The latter is somewhat more sophisticated but only runs on UNIX-like systems; however most features are supported by both interfaces. Tracks can be selected either by navigating through the directory hierarchy or by fast word search. It's also possible to apply tags to tracks and search by tag. Once a track is playing it's possible to cancel it if someone doesn't like it, or to pause it. Sound can be played via either the ALSA or OSS (/dev/audio) interfaces; via the Mac's native sound API; or broadcast/multicast over a LAN. Natively, DisOrder supports MP3, OGG, WAV and FLAC files. It's possible to add players for other file formats. DisOrder's home page, which has more about it, including downnloads of source code and precompiled .deb files, is: http://www.greenend.org.uk/rjk/disorder/ [Less]

Projects:pytronome - a metronome in PythonA simple command-line metronome in Python, using the ossaudiodev Python module. Supports programmed input from file. You also can easily change the beats, if ... [More] you download the source instead of the single-file program. Version 1.1 released (01/10/2008) Changes in this version: support to read program from file. code cleaned up and easy to read and understand two choices of installation: download the pytronome single file, put in your $PATH and you're ready to go download the source tarball, and do the installation by yourself. the advantage is that you can easily change the beats and get a cleaner code. Some quick usage information: $ ./pytronome.py --help Usage: pytronome.py [options] Options: --version show program's version number and exit -h, --help show this help message and exit -m METER, --meter=METER define meter signature default: 4/4 -t TEMPO, --tempo=TEMPO beats per minute default: 120 -n NUMBER, --measures=NUMBER play just NUMBER measures then exit -p FILE, --program-file=FILE play only the scripted in FILEHere is the content of the example program file: # this is an example of a program file for Pytronome. # comments and blank lines are ignored # we start with 2 measures with Pytronome default settings... 4/4 120 2 # and then 4 more in a 8/16 with a tempo=240! 8/16 240 4 # and finally, go to infinite in a 3/4 at 80... 3/4 80Note: According to Python documentation, the module ossaudiodev is available only for Linux and FreeBSD. [Less]

OSSv4 port to run under Minix3