Search Results for "use"

LiVES mixes realtime video performance and non-linear editing in one professional quality application. It is designed to be simple to use, yet powerful. It is small in size, yet it has many advanced features. Using LiVES, you can start editing and making video right away, without having to worry about formats, frame sizes, or framerates. It is a very flexible tool which is used by both professional VJ's and video editors - mix and switch clips from the keyboard, use dozens of realtime effects...

Complete new web project from me from 2014 realizing a youtube video downloader inclusive mp3 converting process. The project is coded in php, perl, jquery, ajax and css3. the web design is simple, but you can use it to set up new content. i dont publish the songtext content, but i give you all 30 perl created crawlers that extract content from lyrics and songtext webpages via wget. perl crawlers will then parse out the songtext content out of it. (c) Copyright: 2014 Sebastian Enger https...

Voquad : Video On Quasi Demand. This is a Video on Demand Web Based Application. You have to select your video listed in a web page then click for encoding in Theora format. It's use the "<video>" tag from HTML 5 for streaming.

dvpod is a simple wrapper script for Handbrake specifically designed to allow easy ripping of DVD tracks for use on video iPods. It's particularly useful for batch ripping multiple tracks from a single disk to individual files for the iPod.

Pencoder is a mencoder frontend written in Perl. It has both text and gui interfaces, and is aimed to be easy and comfortable to use. Its primary purpose is to re-encode video files for use in PDAs, but it is also a nice generic purpose frontend.

DPencoder is an easy-to-use mencoder frontend written in Perl using the PerlQt extension for Qt. This project is dedicated to newbies who want to rip they DVD in a few clicks. Have fun !

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...