Search Results for "decode mp3"

MP3 decoder and player using madlib(recommended) and mpeglib, sample code showing how to use madlib and mpeglib to decode mp3 data, and also OGG Vorbis, AAC, MP4, Opus, the first version used to replace Libav in the project rsppmp3 standalone is ready now

MP3 decoder and player using madlib(recommended) and mpeglib, sample code showing how to use madlib and mpeglib to decode mp3 data, and also OGG Vorbis, AAC, MP4, Opus, the first version used to replace Libav in the project rsppmp3 standalone is ready now

C code to play and extract OGG Vorbis media files ,the decoding engine is loaded dinamically in the process (as always) ,the processor time required to decode the OGG Vorbis is less than MP3 files ,the decoder engine is unencumbered of patents

...fmedia is very small and fast: it has low CPU & memory consumption making it ideal to listen to music or process audio files while running on a notebook's battery. fmedia can decode: .mp3, .ogg (Vorbis, Opus), .opus, .m4a/.mp4 (AAC, ALAC, MPEG), .mka/.mkv (AAC, ALAC, MPEG, Vorbis), .avi (AAC, MPEG), .mpc, .flac, .ape, .wv, .wav. fmedia can encode into: .mp3, .ogg, .opus, .m4a (AAC), .flac, .wav.

BAC is a command-line tool that converts, to a target audio file format, all the audio files stored in a directory tree of any depth. Supported file formats are OGG, FLAC, MP3, AAC, ALAC, WAV, in all ways, and WMA as source. Main audio tags are preserved in the process, as well as most file name characters (white spaces, question marks etc). BAC runs on Linux and probably most UNIX-type OSes. On Windows, it must be operated from the Cygwin environment. It requires the following software to be installed: - flac and metaflac (flac files only) - vorbis-tools (ogg files only) - faac and faad (aac files only) - lame and madplay (mp3 files only) - alac-decoder and mpeg4ip-utils (ALAC decode) - ffmpeg (ALAC encode, wma decode) - mplayer (wma decode) - mp4v2-utils (AAC, ALAC, WAV decode) BAC is now optimized for multiprocessing on multicore systems: a tunable number of cores can be used for simultaneous conversions.

Perl script to encode (decode) sound files with lame (mp3), flac, aac (m4a) & oggenc2 (ogg vorbis). Utilizes multi-threading to take advantage of the speed of a multi-core processor.

Pymedia is a C/C++/Python multimedia module to allow encode/decode/play multimedia information in mp3,ogg,avi etc. formats. Based on ffmpeg with added features and simple Python interface. To be used in multimedia apps written in Python.

A simple looking but powerful audio player for Windows. Uses Windows MCI technology to decode audio files. It behaves exactly as you want it to behave and gives you a good audio player experience. Supports a wide range of audio files and playlists. Uses the least resources and works smoothly. Has numerous good and friendly features. Requires .NET Framework 4.0 and mp3parser[included in the .zip file] Latest version v1.0.0.0

QAudioCoder is a Qt library for decoding and encoding raw audio samples. The library also provides functionality to directly decode or encode audio files and convert between different formats. Currently only WAVE, MP3 and FLAC formats are supported.

This is a Vietnamese Open-source Multimedia Player. Decode any codecs like MP3, MP4, ADX, OGG, WAVE, WMA, WMV,.... Based the BASS.dll & Fmodex.dll. The project is back since July 16th 2013. Version 1.2.0 is coming soon.

OGG/MP3 is a Visual Studio C++ DLL project which combines libmad and ogg/vorbis in order to decode and play these formats. Strictly using waveOut SDK functions.

This project is formed by 2 project togheter. First is a audio mixer in c#.... second is a shoutcast server that decode raw data comes from audio mixer, encode it and send to network.

The R-Unit will be an mp3 player for the Gameboy Advance. It will consist both of hardware needed to connect to the Gameboy Advance, and software needed to read and decode the mp3 audio.

DecMPA is a simple MPEG Audio decoding library, supporting all MPEG Audio layers. Thus, it is able to decode MP3 data as well as data using the less common layers 1 and 2.