Search Results for "so"

...It handles Dolby TrueHD (with Atmos) and DTS-HD Master Audio preserving atmos object based meta data. Many tools decode immersive audio into PCM, which permanently destroys spatial metadata. Lossless Extract preserves the original audio stream so the immersive mix plays correctly on compatible AVRs and streaming devices. Accepts MKV, BLU-Ray BDMV, and DVD-AUDIO ISO, AUDIO_TS folders, and SACD.isos as input files. Choose your preferred output format—FLAC , MKA, M4A, DSF, DFF, or Direct stream copy and Lossless Extract will deliver pristine, bit-for-bit copies of your original audio streams. ...

Videoder is a tool that allows you to search for any video you want using a personalized search engine that combs through different streaming video services like YouTube, Vimeo, and others, so that you can then download them directly to your Android device.

gtkrip is a simple frontend for cdparanoia, oggenc, flac and cdrecord. The goal is to reduce the nr of options, and make it simple. It is written in pure C (no C++). gtkrip should be launched from a term so u can see the messages (saves mem)

Parse MP3 and Ogg files for their ID tags and rename them based on the information found in the tag. Its not only possible to rename files, but also move them to other directories - so use it for a complete restructuring of your collection.

This is a simple Python module for retrieving and setting so-called ID3 tags on MP3 compressed audio files through an object-oriented interface. MP3 players generally use this simple information for display track title, artist name, and album title whi

highly networkable system for creating mp3s. Designed so you can run your ripping process on one (or more) machine, the encoding on some others and having the final storage on yet another box. CDDB support and maintainable code(!) are standard features.

After a catastrophic disk failure, I needed to re-rip several hundred CDs and DVDs. None of the available solutions worked quite the way I wanted them to work, so I decided to spend a little time making a script to remove as much pain as possible from the process. The idea here is to have a system which is comprised of three parts - a ripper daemon, an encoder daemon, and a frontend. I'm planning to use avahi to automate discovery of the backend pieces, udisk to automate discovery of optical drives, and perl to glue it all together. ...