This will be relevant when trying to create a high-quality GIF. Now that you have a copy of the video locally, you can check some of its metadata. Using the -O flag with a URL directs curl to download a remote file and store it with the same filename locally. You can download a copy of this video from elsewhere on our servers using curl:Ĭurl is a command line tool for making all kinds of web requests. If you don’t already have one that you want to use, you can use our video on Introducing App Platform by DigitalOcean as a starting point. You can make a GIF from any existing video clip. Step 2 - Downloading and Examining a Sample Video Next, you’ll start by acquiring a sample video to create a GIF from. You now have all the necessary tools installed on your machine. Install it with brew install (this will take a few minutes as Homebrew installs other dependencies): The last tool, gifski, is available via Homebrew. Then, install the ffmpeg and gifsicle packages with apt install: Begin by updating your package sources with apt update: These tools are available on most platforms.īoth ffmpeg and gifsicle are available in Ubuntu’s default repositories, and can be installed with the apt package manager. The first is: ffmpeg for cutting and manipulating videos, then Gifski for creating GIFs, and finally Gifsicle for optimizing and further manipulating your GIFs. In this tutorial, you will need three tools to follow along with the examples. Step 1 - Installing ffmpeg, Gifski, and Gifsicle You will also need to have installed the Homebrew package manager to install one of the tools in this tutorial. You can set this up by following our guide on Initial Server Setup with Ubuntu 22.04. This tutorial will provide installation instructions for a Ubuntu 22.04 server. You can also combine these tools to integrate into another application stack. ![]() In this tutorial, you will try out several tools for creating GIFs from video clips, optimizing them for size and quality, and ensuring you can use them in many contexts. This can be handy for everything from reaction images to interactive fiction development or other presentation formats. Because of the way the web and other applications work, that means they will render and animate automatically in many more contexts, and do not need to be embedded or linked separately. However, GIFs are still useful because they are considered images and not videos. The CPU overhead of a low resolution GIF with only a few frames of animation is negligible, but you could technically create a GIF with a comparable resolution and framerate to a YouTube video, and you would be surprised by how many of your system resources it consumes. ![]() GIFs, on the other hand, are always decoded directly with the CPU. Codecs are used to encode and decode videos, and most platforms have dedicated hardware to play those codecs. This is because most web video uses modern video compression technologies and more popular modern codecs than GIF. GIFs are actually an old technology, and they are now less efficient than embedding web videos in many contexts. Unlike JPG and PNG, GIFs can contain multiple frames of animation, and the humble “animated GIF” is a ubiquitous building block of the internet. ![]() Along with JPG and PNG, GIFs are one of the most common image formats that have been circulating since the 1990s.
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