BassBoom is a music player made with C# using the fast mpg123 library as the native backend that handles the music playback and song information, including the playback device information.
This library is a viable library aimed for cross-platform music playing because we’ve selected mpg123 as the MP3 backend library for its ease of use and for its fast music playback. This library is frictionless as it aims for stability and cross-platform compatibility.
In addition to your regular music files, BassBoom also supports online MPEG radio stations that you can use to play your own favorite radio stations, as long as they don’t use AAC or any other codec that BassBoom doesn’t support.
A media player that’s made to emulate some of your favourite media players from the past & bring them into the future. WACUP (which can be pronounced as wakeup or wac-up or however you prefer it in your native tongue) is my vision of what a media player should be whilst still being compatible with the plug-ins for some of the most popular media players that you are used to. My plan is to include bug fixes, updates of existing features & most importantly new features with the goal to eventually become its own highly compatible media player.
WACUP is heavily based around a plug-in system making it simple to tailor you WACUP install to be what you want it to be. When it’s finally out of being a preview build, an SDK will eventually be offered so new plugins can then be made to add additional features.
Satunes is an mp3 player on Android. Use it to listen your music from your audio files stored in your Android phone (Android Lollipop 5.1.1 and later).
This entire project is under GNU/GPL v3 and it’s applied on all versions of this project (even the code pushed from the very first commit.)
Fully accessible cross-browser HTML5 media player.
Features:
Supports both audio and video.
Supports either a single audio track or an entire playlist.
Includes a full set of player controls that are keyboard-accessible, properly labeled for screen reader users, and controllable by speech recognition users.
Includes customizable keyboard shortcuts that enable the player to be operated from anywhere on the web page (unless there are multiple instances of the player on a given page; then the player must have focus for keyboard shortcuts to work).
Features high contrast, scalable controls that remain visible in Windows High Contrast mode, plus an easy-to-see focus indicator so keyboard users can easily tell which control currently has focus.
Supports closed captions and subtitles in Web Video Timed Text (WebVTT) format, the standard format recommended by the HTML5 specification.
Supports chapters, also using WebVTT. Chapters are specific landing points in the video, allowing video content to have structure and be more easily navigated.
Supports text-based audio description, also using WebVTT. At designated times, the description text is read aloud by browsers, or by screen readers for browsers that don’t support the Web Speech API. Users can optionally set their player to pause when audio description starts in order to avoid conflicts between the description and program audio.
Supports audio description as a separate video. When two videos are available (one with description and one without), both can be delivered together using the same player and users can toggle between the versions.
Supports adjustable playback rate. Users who need to slow down the video in order to better process and understand its content can do so; and users who need to speed up the video in order to maintain better focus can do so.
Includes an interactive transcript feature, built from the WebVTT chapter, caption and description files as the page is loaded. Users can click anywhere in the transcript to start playing the video (or audio) at that point. Keyboard users can also choose to keyboard-enable the transcript, so they can tab through its content one caption at a time and press enter to play the media at the desired point.
Features automatic text highlighting within the transcript as the media plays. This feature is enabled by default but can be turned off if users find it distracting.
Supports YouTube and Vimeo videos.
Provides users with the ability to customize the display of captions and subtitles. Users can control the font style, size, and color of caption text; plus background color and transparency; all from the Preferences dialog. They can also choose to position captions below the video instead of the default position (an semi-transparent overlay).
Supports fallback content if the media cannot be played (see section on Fallback for details).
Includes extensive customization options. Many of the features described above are controlled by user preferences. This is based on the belief that every user has different needs and there are no one-size-fits-all solutions. This is the heart of universal design.
Phoniebox is a contactless jukebox for the Raspberry Pi, playing audio files, playlists, podcasts, web streams and Spotify triggered by RFID cards. All plug and play via USB, no soldering iron needed. It also features GPIO buttons control support.
This is a minimalistic Music Player written in Java & native C++. The engine framework is written mainly in Java with C++ used to back any other native functionalities.
Currently this project is under heavy development and not for general consumer usage.
The MuPiBox is an easy-to-use music player. Local music files, Spotify and streams from the Internet can be played. Operation via touchscreen is child’s play for young and old…
Features:
Music box for young and old
Touch display
easy to use (no access to the shell necessary!)
Update function
Spotify – album, playlists (premium account is required)
Local music – MP3, Flac, WAV, WMA
Generate local playlists at the touch of a button
Streams / radio via internet
Simple administration via display
Advanced administration via web interface
Easy installation (without shell access)
Automatic power off
Display timeout
Resume function
Read aloud collection/artist and album (Google TTS)
own sorting by radio play, music, playlist and radio
automatic offline / online switching depending on availability
Simple user interface
Cover ad
Add additional WiFi hotspots on the go
Construction of an individual housing (3D printing)
Tested hardware list
Slim OS (dietPi)
Few file accesses – logs etc. in RAM to protect the SD card
A program to automatically download, extract, and play modules from Aminet.
Did you know that, as of today (2015/06/02), there are more than 20,000 packages in the mods directory on Aminet? Yes! That’s more than 20,000 modules to play and enjoy! So, why not have a program that could automatically download one module at-a-time, extract it, and play it? This is the purpose of AmiModRadio.
Essentially, after starting MultiPlayer or HippoPlayer (only at this time), AmiModRadio connects to the player via ARexx and Aminet via FTP, then it downloads randomly a LHA file in the mods directories, extracts its content, and asks the player to play it. 🙂
Features:
Connects by FTP to Aminet
Uses XAD library to unarchive files containing modules