When you line up a series of SVGs showing the same object in different positions, bingo… you have the basis of animation with SVGs.
Through the node-based APIs, a web browser can change the position of the SVG content on the page. Since SVG images are XML documents under the hood, web browser’s DOM node-based APIs can interact with the images. All the more reason to understand how they work. The format is a common part of web development. As a result of this standard being developed in 1999, SVG rendering support has been available consistently across browsers for a while now. The SVG specification is an open standard developed by the World Wide Web Consortium (W3C) in 1999. These shapes can be combined into two-dimensional graphics that tend to work well in web applications. The SVG format defines diverse elements that essentially add up to familiar geometric shapes. It’s based on XML, which works a lot like HTML. This article explores SVG images, and how they work well for animation solutions that work consistently across different browsers and devices. svg file format bring with them advantages despite their limitations such as creating a visually interesting look for websites while not adding to the load time burden. One solution for consistency is making use of images called Scalable Vector Graphics (SVGs). When you have different and diverse screen sizes and aspect ratios, or resolutions and color settings, the hardest thing to achieve can be getting a consistent, content experience across. Front-end engineers are aware of the challenges this brings. We live in a technology ecosystem brimming with diverse devices.
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