The `-path` of Least Resistance (Part 2)
Briefly

The `-path` of Least Resistance (Part 2)
"Now it's time to break free from containment entirely. In this second part, we're shifting from shapes that hold things in place to paths that guide movement. We're moving from clip-path to offset-path, where your elements don't get clipped into new shapes, they travel along custom routes. We talk about reduced motion for accessibility later in this post, but not all the demos in this post implement that media query"
"as they are specifically demonstrating a concept. It's up to you to figure out how best implement a reduced motion version of movement for your circumstances. This isn't about changing what your elements look like. It's about changing how they move through space, creating motion that feels natural, intentional, and surprisingly expressive. Like these rounded squares moving along a heart-shaped path:"
"The above demo uses the shape() syntax which has less browser support than other features talked about in this series, like offset-path and clip-path. Let's break down offset-path too. We already explored the concept of path extensively in the previous article, but what exactly does " offset " mean in this context? Here's a crucial difference from what we've learned previously. While clip-path works relative to the element's own border-box, offset-path works relative to the"
offset-path enables elements to move along defined paths rather than being clipped into new shapes. The feature shifts design from static containment to directional movement and orientation through space. offset-path computes positions relative to the element's containing block, unlike clip-path which is relative to an element's border-box. Browser support varies: shape() syntax has less support than offset-path and clip-path. Designers should provide reduced-motion alternatives and choose appropriate media-query implementations for accessibility. Multiple elements can follow the same offset-path, revealing differences in position and orientation based on the containing block.
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