6 Clever SVG Pattern Generators for Your Next UX Design

SVG patterns could easily be thought of as an under-appreciated superpower of SVG. While they’re often not widely understood, SVG patterns offer a lot of interesting design options once you understand their subtleties. In this article, we’re going to start with a crash course on how SVG patterns work. Then we’ll spin through 6 tools that take advantage of them. In theory, combining the output from these tools with what you know about patterns should open up some exciting, new design possibilities.

How do SVG Patterns Work?

Repeating patterns have been a mainstay of web design from the earliest days of Geocities and MySpace ruled the prehistoric internet. Even if you only know a little CSS, you probably understand how easy it is to set up any image as a CSS tiling background.

div {
    background-image: url("sitepoint-tile.svg");
  }

Of course, we could use any web image format we like for that background (JPG, PNG, etc). But as SVGs are so efficient, sharp and scalable that there are excellent reasons for choosing to use an SVG for your CSS background tiles. However, you may be less familiar with SVG’s native method to make repeating backgrounds – SVG patterns. It is relevant to us because it offers special powers that regular CSS tiling can’t. But first, let’s look at how a simple SVG pattern works first.

<svg>
  <defs>
  <pattern id="myPattern"
           x="10" y="10" width="20" height="20" patternUnits="userSpaceOnUse" >
<!-- start pattern-->
      <circle cx="10" cy="10" r="7" style="stroke: none; fill: magenta" />
<!-- end pattern -->
  </pattern>
</defs>
...

At the top of most SVG files you’ll find a <DEFS> code block. This <DEFS> section (or DEFinitions) is where we place elements we want to re-use later. In practical terms, this means SVG FILTERs, SYMBOLs and PATTERNs.

The SVG Pattern Markup

Inside our <DEFS> block, we’ve set up a 20 x 20px area of pattern. Then we’ve positioned a small magenta circle right in the center (cx=”10″ cy=”10″) of that space (though this could have been any item that we wanted to tile).

But this doesn’t render anywhere – yet. It is just a pattern definition – almost like a color swatch or a CSS class. You’ll need to reference it in one of your SVG FILLs to see it render.

...
<circle cx="50" cy="50" r="50" style="stroke: #ccc; fill: url(#myPattern);" />
</svg>

Here we’re creating a large circle (radius 50px) and filling it by referencing the pattern we defined above. It renders like this.

See the Pen Simple SVG Pattern by Alex (@alexmwalker) on CodePen.

That’s relatively simple, right? We could scale up that container circle as large as we liked with no increase to the file size whatsoever.

So, are SVG Patterns more useful than CSS background tiling?

They certainly can be.

SVG allows you reference one pattern from within a second pattern

This allows you build-up complex, layered patterns from very simple components. For instance, how would you produce this Moiré pattern with a standard CSS tile? SVG allows us to define a ‘base pattern’ – like the dots we created above – and then layer that same pattern with different color fills, rotations and scales (like the sample above). Tiny files but crazy complexities. I believe this special characteristic opens up a lot of new design possibilities – once you get a feel for the basics.

SVG Pattern and Vector Editors

SVG patterns are very well-supported in all modern browsers, but are NOT ALWAYS supported in your favorite vector editors. To my knowledge:

• Adobe Illustrator: Illustrator has great pattern creation tools and has exported SVG patterns nicely for a decade. I haven’t tried importing existing patterns but I suspect results might be patchy.
• Figma: Figma currently ignores the patterns in any imported SVG. IMHO this is Figma’s biggest oversight.
• Inkscape: Inkscape imports and exports SVG patterns beautifully. I would recommend optimizing your final SVG though.
• Sketch: I’m not a Sketch user, but my research seemed to point to it not supporting SVG patterns (I’m happy to be corrected though).
• Boxy SVG: Excellent pattern import and export facilities. For me, Boxy’s abilities to manage patterns are worth the purchase price alone.

This shouldn’t be a deal breaker, but just be aware when selecting your tools.

SVG Pattern Generators

For now, let’s look at some ready-to-use ‘off-the-rack’ SVG pattern options available. Take these as they are, or else use them as a jumping off point for more interesting creations.

1. 10015.io

Firstly, I have to address the ‘elephant in the room (or web application in this case)’. I’m truly not certain how to pronounce the name of this selection. Is it ‘ten-thousand-and-fifteen-dot-i-o’? I suspect they are riffing on a L33t-speak spelling of ‘TOOLS.io’. However, for me that barely reads as ‘tools’ even when paired with their ideal geometric logo font. Can you substitute a ‘1’ as both a ‘T’ and an ‘L’ in the same word? Personally, I would argue no. Maybe that’s just me? Moving on to the positives… The ‘SVG Pattern Generator’ itself is part of an impressive 50-strong suite of free online tools on offer. The SVG pattern assets it generates aren’t wildly creative. You can customize the repeating shape, color palette, scale, opacity, rotation, and skew. This nice thing about this tool is:

1. the UI is fast and easy to learn
2. it generates genuine, ready-to-use SVG patterns (rather than generic slabs of SVG image like many other tools)

That makes this generator a handy ‘point-and-click’ sandbox for learning how SVG patterns work. Change a setting. Look at the code. Repeat. While you’re there, check out their SVG blob generator, CSS Glassmorphism Generator, and Google Fonts Pair Finder. Just remember to bookmark it – that’s a tough URL to recall ;) .

2. Hero Patterns

Hero Patterns, a project by UI designer and illustrator Steve Schoger, remains a good resource. Steve offers over 90 SVG patterns for free download and allows you to set the opacity, foreground and background colors of your file. Interestingly, the samples here are not just a bunch square tiles either, which makes it a good place to get an understanding of what you can do with SVG patterns.

• http://www.heropatterns.com/

2. Iros Pattern Fills

In a lot of early 20th century maps and charts, designers often made up for a lack of color printing by using monotone pattern fills with dots, lines, and cross-hashes. Although this was a design limitation of the time, it still presents a crisp, super-efficient option for your SVG fills today.

Iros has collected a pattern book of monotone pattern fills that you can reference in your work easily. These are tiny files and you can probably afford to include them all, even if you only reference a few.

• http://iros.github.io/patternfills/

4. Pattern Monster

A monsterously large collection of elegantly tiling SVG graphics – around 250 by my count. It’s easy to quickly scale, color, rotate, and reposition the each design.

Pattern Monster lets you export your tile as an CSS-ready SVG code, so you’ll need to code your own SVG pattern definitions to use them within an SVG image.

5. Mmmotif

Sébastien Noël has a jaw-dropping collection of simple, original and beautiful design tools available at his fffuel.co site.

Of this group, his Mmmotif isometric 3d pattern generator is the best fit for this list. Like Pattern Monster, you can mix and match shapes, colors, scaling, and angles, to compose a bumpy 3d isometric tile.

• https://fffuel.co/mmmotif/

6. SVGBackgrounds.com

Matt Lipman tipped me off to his SVG generator – SVGBackgrounds.com. This tool currently offers 30 base patterns, but the colors and opacity can be customized with a few clicks. When you’re done, it exports CSS-ready SVG that can be pasted into your stylesheet. As was the case with Pattern Monster, you’ll need to manually code SVG pattern definitions.

• SVGBackgrounds.com

A handful of honorable mentions…

• Shapes4Free: A nice collection of vector patterns, although they are currently only presented as chunks of SVG – not technically as SVG pattern code.
• SVG Patterns Gallery: A small SVG pattern collection based on Lea Verou’s CSS3 patterns. Hasn’t had any additions in quite a while but still worthwhile.
• pppixelate: Another Seb tool. Usually we choose SVG to avoid pixelation. This tool revels in it, allowing you to draw pixel art tiles as SVG.
• Geopattern: This is an interesting experiment in ‘procedural patterns generation’. Whatever you type into the text field is used as ‘seed’ to generate a new, unique pattern. A cool curiousity.
• Trianglify Generator: This tool generates one very specific type of background SVG – a colored, faceted triangular matrix – almost like a low-polygon 3D surface. You can control the color, size, and randomness of the underlying grid.

Wrapping up

Great SVG patterns are a perfect blend of design inspiration and technical know-how, and having good tools to support you certainly helps. If you’re interested in experimenting with SVG patterns, I wrote a piece on using Boxy SVG to create SVG patterns from scratch. Experimenting with that tool taught me a lot of what I know about patterns now.

Frequently Asked Questions (FAQs) about SVG Pattern Generators