Open Source Python Multimedia Software - Page 45

Scripts for displaying content on the desktop using applications such as GeekTool and Conky

A open dynamic 3d game engine based around Ogre3d, Ageia PhysX, OpenAL, scriptable in the LUA language. The FPS demo game Monkeys in the Dark presenting the engine power with use of deferred shading, normal mapping and the new technic of dynamic sound.

Moodtrack contains Python classes for music-emotion analysis and assembly, enabling users to build soundtracks based on emotion and timing. USERS: Music Supervisors/Composers/Producers, Game Audio Developers, Content Providers. FILM DEMO: moodtrack.tv

A graphical frontend (GUI) for ps2pdf. Use Ghostscript's power in converting PostScript to PDF without worrying about the complicated command line. Change image resampling options, encryption and prepress settings and more with a few mouse clicks.

Mopidy plays music from local disk, Spotify, SoundCloud, TuneIn, and more. You can edit the playlist from any phone, tablet, or computer using a variety of MPD and web clients. Vanilla Mopidy only plays music from files and radio streams. Through extensions, Mopidy can play music from cloud services like Spotify, SoundCloud, and TuneIn. With Mopidy's extension support, you can easily add backends for new music sources. Mopidy is a Python application that runs in a terminal or in the background on Linux computers or Macs that have network connectivity and audio output. Out of the box, Mopidy is an HTTP server. If you install the Mopidy-MPD extension, it becomes an MPD server too. Many additional frontends for controlling Mopidy are available as extensions. You and the people around you can all connect their favorite MPD or web client to the Mopidy server to search for music and manage the playlist together.

Written in Python and the Numeric package. It supports the examples of the book: Dougherty and Lotufo, Hands-on Morphological Image Proc., SPIE, 2003, ISSN=0-8194-4720-X. This toolbox has been continued at www.adessowiki.org under name ia870.

Moshi is a speech-text foundation model and full-duplex spoken dialogue framework. It uses Mimi, a state-of-the-art streaming neural audio codec. Mimi processes 24 kHz audio, down to a 12.5 Hz representation with a bandwidth of 1.1 kbps, in a fully streaming manner (latency of 80ms, the frame size), yet performs better than existing, non-streaming, codecs like SpeechTokenizer (50 Hz, 4kbps), or SemantiCodec (50 Hz, 1.3kbps). Moshi models two streams of audio: one corresponds to Moshi, and the other one to the user. At inference, the stream from the user is taken from the audio input, and the one for Moshi is sampled from the model's output. Along these two audio streams, Moshi predicts text tokens corresponding to its own speech, its inner monologue, which greatly improves the quality of its generation. A small Depth Transformer models inter codebook dependencies for a given time step, while a large, 7B parameter Temporal Transformer models the temporal dependencies.

Create and display presentation files containing hymns from 2 included databases of public domain hymns. Create and display presentation files containing Bible passages. Organize worship flow by sequencing multiple presentation files. Windows users should review the Files/README.txt file prior to downloading the installer.

Great For People Who Downloads Alot Of Movies / Tv Shows & Needs To Sort Them Into Their Own Folders. Requirements: - Python 3.8 or newer How To Run The Program: - Windows Users: Just Run The Mt Sorter.py File - Mac / Linux Users: Open Terminal & Navigate To Where The File Is Located & Type "python3 Mt\ Sorter.py" Without Quotes If you need to rename the file you can just make sure the extension stays ".py"

A simple application that allows users to organize their movie collection.

A Python script that can be used to get information on TV shows and Movie Shows from thetvdb.org and themoviedb.org. This is an learning experience and anybody can chime in on everything.

I wrote this little program to be able to easily create mp3 sticks to play in my car directly from my Amarok collection). For this purpose the stick needs a flat folder structure and be sorted alphabetically before copying. The small Qt4 dialog has a drop area where you can drag mp3s (from file manager or Amarok, perhaps also other programs) onto it and it will read the ID3 tags and create a sorted folder structure with "Artist - Album" and shows the number of tracks and size it would take. When you are ready filling the collection press OK to copy it. At the moment there aren't many options but I could put some more effort into it, when someone is intereste.

Music Right For You - A simple music player written in Python using Qt framework and designed to play music by dictionaries, scrobble to Last.fm and whatever else we like to do with music players.

This is a solution of the damn fact that Mac, one of the best OS in human history, does not have a reliable and nice video comment software. Also check out https://sourceforge.net/projects/abplayerhtml5pynix/ , the one with HTML5. Quicker and cooler! My e-mail: cnbeining[at]gmail.com Stay in touch!

RPMs you can find here http://software.opensuse.org/download.html?project=home:Reki:mulino&package=mulino

Mururoa is a set of Python libraries for making games, and other applications that demand similar technologies. It is *not* a framework. The aim is to make it easy for you to pick the parts you need and integrate them into your code.

Given two trees of audio files, examine the metadata for each file to try and determine the differences in the content of the trees. This helps find duplicate songs (or non-duplicated songs) even if the music is stored in different formats. Toggles let you determine how specific the matching criteria must be: Track number and song name? Artist, album, and track length? All of the above? Ultimately this program will let you delete duplicates from either the left or right trees, or copy non-duplicated files from one tree to the other. However until the matching code gets a lot more reliable the only action allowed is to export the list of files suspected to be duplicated in both trees. (Prerequisite: uses the `Mutagen' library to process ID3 data and `wx' for the UI.) The latest code is always available via `git' but since there's undoubtedly a lot of bugs right now pre-packaged .ZIP files will only be made available for `big' changes.

Some tools related to the Music Ontology - including domain-specific Semantic Web crawlers, audio collection management and mapping tools

Music Server is a pure-Python MP3 "jukebox" software. The focus in on ease-of-use, reliability and extensibility. The high-level architecture is a two tier single server/multiple clients system.

Simple to use tool keeping Your music collection up to date!

Open-source content and evaluation framework for music transcription systems. Can be used as monophonic or polyphonic database, through software mixing.

Incorporates music into cellular automata "games". Runs with pygame and fluidsynth.

A simple program that organizes music files based on the information in their meta-data tags.

Our goal is to create a distributed encyclopedia of music. Currently, our 60.000 registered users have build up a database of over 2.400.000 track names with the artist and album.

This little BBC project shows how to calculate MusicBrainz DiscID from already extracted wav files, and put the MusicBrainz lookup into MySQL database.