bash_profile which now contains out little mpeg function. Next quit the terminal and then open it again which will load in your new. Next type : and then q and press enter to quit vim. Next press esc to come out of insert mode, press : and then type w followed by return to write the changes to the file. Then paste the function you copied from above. bash_profile or create a new one if it doesn't exist.įfmpeg -r $fps -f image2 -pattern_type glob -i "*?$ext" -vcodec libx264 -crf $quality -pix_fmt yuv420p $filenameīack in vim, press G which will take you to the end of the file (if there is already something there that is) press o which will insert a line and put you into insert mode. In the terminal type: vim ~/.bash_profile The best way to edit it is via Vim, so we'll use that, but you can use another test editor if you prefer. This is a normally hidden file that sits in your home directory. bash_profile text file that defines various things for the terminal. To add a function to the Bash terminal we need to edit the. So instead I wrote a little bash function (with the help of Stackoverflow) to simplify everything - I can just type the word mpeg in the terminal and it will do its thing. Whilst this is indeed fantastic it's a bit of a pain to have to remember this every time we want to make a video from images. This will find all the png images and compile them into a video file called output.mp4 at 24 frames per second. To convert such a list into an mp4, at 24 frames per second we can navigate in the terminal to the directory containing our images and then write: ffmpeg -r 24 -f image2 -pattern_type glob -i "*?png" -vcodec libx264 -crf 20 -pix_fmt yuv420p output.mp4 It's important to use padded numbers such as ones with leading zeroes otherwise it can get confused about which number is the correct one in the sequence. Let's say we have a load of images that are named something like frame0001.png, frame0002.png etc etc. Converting a bunch of images into a videoįFmpeg has a whole host of options to convert a sequence of images to a video, but I'll show you what works for me.
FFMPEG EYEFRAME CONVERTER INSTALL
brew install FFmpegĪll being well FFmpeg should now be installed. Again paste or type the following into the terminal and press return. Next we can install FFmpeg using Homebrew. If you don't have Homebrew first open up a terminal and paste this in the terminal window then press return /usr/bin/ruby -e "$(curl -fsSL )" This is easiest using Homebrew, a Mac package manager. The first thing to do is to install ffmpeg. I'll detail how I use this now, but more importantly I'll show how I wrote a bash function that simplifies this process. That got me thinking about an alternative way to convert images to video, which led me to FFmpeg.įFmpeg is a command line tool that can do many things with images and video, one of which is to convert an image sequence into a video such as an mp4.
FFMPEG EYEFRAME CONVERTER MAC OS
Yet I read the other day that Mac OS Mojave will be the last version of the OS which will allow this version of Quicktime to run.
FFMPEG EYEFRAME CONVERTER PRO
I've always used Quicktime Player 7 Pro as the app I use to do this. Often times my workflow involves converting a series of images into a video. The Aesthetics of Form and Code Using FFmpeg to convert image sequences to video