This library implements a general-purpose encoder/decoder for Reed-Solomon error correcting codes. The decoder supports erasures. The user can specify the parameters for any size code, limited only by machine resources. Hard-coded routines for the CCSDS-standard (255,223) code are also included.
AcmosisFR is a PHP frontend for IRPd, the shoutcast/icecast streamer. Using this frontend you can create a fully interactive radio service accessible via a Web page (providing current song details, requesting/skipping songs, statistics, playlist management, and more). It also includes a patch for IRPd compatibility with yp.shoutcast.com.
Freeverb3 is a signal processing library. It includes many types of audio processing effects and signal generators including a linear feedback shift register (LFSR) maximum length sequence (MLS) generator, multiple types of high quality mono+stereo reverb effects, a multi slot impulse response processor, multiband hardknee+softknee compressor and limiter, a stereo enhancer, a limiter, and many types of infinite impulse respose (IIR) and finite impulse response (FIR) filters. Also available is Freeverb3VST, a VST effects plugins package based on the Freeverb3 library.
This is the full source release of the "equalize_it" C=64 music disk, scripted in TKS and powered by EQU, SidPlay2, SDL, libpng, zlib, and OpenGL. "Equalize it" is a nostalgic journey through 20 years of C=64 SID music featuring many well known SID composers like Jeff, Martin Galway, Rob Hubbard, Mitch'n'Dane, Reyn Ouwehand, Matt Gray, and many more.
Madison is a ongoing effort to provide high quality access to modern and effective computer technology for individuals who are blind and have a severe limit on mobility or control which limits the use of standard input technologies. It bases input on a joystick and three switches. The joystick can be thought of as a navigation aid like the cursor keys up, down, left, and right. An expanded Morse (eMorse) code is used to replace the keyboard; the three buttons represent dot, dash, and meta. Applications are installed on a graph filesystem. Each filesystem node has up to four vertices, named north, south, east, and west. Navigation is done via joystick or eMorse input. Applications are deployed as jar files which are retrieved by the Web or local disk.