If we then use stroke-dashoffset to move the pattern, we can completely hide the dash and only show the gap. We can make the dashes and gaps as long as the path itself.
The second is stroke-dashoffset, which pushes our pattern by a given amount along the path. This pattern repeats for the length of the path. Setting a value of "10 10" would represent a dash that is ten units long, followed by a gap of 10 units long. We can define a repeating pattern that describes how large the dashes and gaps between them are. The first is stroke-dasharray, which turns our path into a dashed line. To animate the path, we need to control two attributes of the element. One can use a clever trick to get the effect of the path being drawn. If you find them just as fascinating as I do, check out Freya Holmér's video on Bézier Curves.
I won't go into further detail on this because the MDN docs on paths are genuinely excellent.īeziér curves are part of what makes paths so potent. If you don't know what that is, I wrote a blog post with interactive examples that covers this in detail. That means they are in the user coordinate system established in the parent component. The coordinates in the d parameter are always unitless. It can move relative to its current position, and it can move in absolute terms. It uses commands and parameters passed as a string. The d attribute controls where that line goes. It draws a line on the canvas, moving from point to point.
It is the SVG equivalent of the pen tool. If you used Photoshop, Illustrator or Inkscape, you are likely already familiar with paths. They can create arcs, curves, lines and more. Paths are by far the most powerful SVG element.
Let's see how path animations work! SVG Paths If you're looking for some flair when fading in a logo or want to give loading animations some spice, SVG path animations are just the thing! Framer motion makes it easy for you to create great looking path animations for your React project.
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