![]() Fortunately, this won’t always be the case and so becoming familiar with the technique now will help you implement smooth as monkey grease parallax effects for your hipster sites of the future. It does, however, have one major drawback: browser support. Implementing a CSS solution largely addresses both performance concerns and separate implementations for desktop and mobile devices as it’s all handled by the browser’s rendering engine. In order to get parallax to work (for the most part) on mobile devices, one often has to implement aggravatingly complex solutions specific to mobile devices that use their special touch-based events. This leads to the parallax elements jumping to position once the user pauses scrolling down the page which makes the parallax effect detracting and the site seem poorly optimized. Most parallax implementations listen for the browser’s onscroll event, and versions of iOS prior to 8, for example, don’t fire the onscroll event until the user has finished scrolling (maybe, technically, it doesn’t repaint the screen until after onscroll has finished, but visually it’s the same difference). On mobile devices, the parallax experience is often less-than-stellar. ![]() Depending on the implementation, it has worked fairly well or has made scrolling down the page a painful, jerky experience. Parallax has become a popular technique to create depth and visual interest on websites these days, and traditionally it has been done using Javascript. ![]() Your browser does not support the video tag. ![]()
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