Shake - shakes the pixel movement throughout the video.Classic - uses the traditional ffmpeg way to change the files and then remove the i-frames.Invert - switches each consecutive frame witch each other.Bloom - duplicates c times p-frame number n.Pulse - duplicates groups of c p-frames every n frames.Overlap - copy group of c frames taken from every nth position.Jiggle - take frame from around current position.Void - gives a clean output but with distorted pixels.Some of these types of automation could be accomplished through the usage of a programming framework, or scripting language, but automating at the user interface level can remove a lot of overhead and restrictions. Similarly one could experiment with automating photo editing processes by scripting with a program like AutoHotkey. These types of scripts could also be used to automate key strokes while hex editing images, consider a script which would move a certain number of characters across and then insert a character - that could glitch out an image quite nicely. The script will send the appropriate key strokes to remove the next 10 I-frames while you pop out for a break. Load AutoHotkey with the script below and then when it comes time to best watch replica for sale remove I-frames in Avidemux simply focus the slider below the video and press Control+F to trigger the AutoHotkey script. The video above was datamoshed using this automation script. The following script for AutoHotkey automates I-frame removal in Avidemux, normally a manual process described in this tutorial. For Windows users AutoHotkey is free, open-source macro-creation and automation software that can handle some of the repetitive tasks involved in datamoshing. Datamoshing videos can be a time-consuming process, automation can help.
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