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We've covered what is a viewBox and how to adjust the SVG zoom and other parameters. You know the basics of SVG viewport and SVG viewBox. Happy SVG creating! Where To Find Top SVG Icons In 2022 I hope that helps clarify the sometimes murky waters of SVG viewport and viewBox.

the last two parameters, larger than those of the viewport to “zoom out”, and smaller to “zoom in”.

Increase the second parameter to “pan” down, decrease it to “pan” up.

Increase the first parameter to “pan” right, decrease it to “pan” left.

The first two viewBox parameters control “panning” and the last two control “zooming”.

The viewBox attribute’s value is comprised of four space separated parameters.

It can also be used on the elements symbol, marker, pattern and view.

Control the viewBox by adding the attribute viewBox to the svg element.

Control the viewport via width and height parameters on the svg element.

The viewBox is similar to the viewport, but you can also use it to “pan” and “zoom” like a telescope.

The viewport is like a window you look through to see an SVG’s content.

Let’s boil everything down into some bullet points: If you don’t, they’ll default to 100% and you’ll likely have an oversized graphic: Whenever you use the viewBox attribute, remember to set your viewport dimensions too. You can, of course, both pan and zoom at the same time, by using all four parameters at once, for example: Number 6 is the same, but panned to the right and down: To remind you, SVG number 3 has a 50 by 50 viewport, the viewBox is added but with no panning or zooming. Take a look at how this panning works in this example.

To pan down, increase the second number.

To pan left, decrease the first number.

To pan right, increase the first number.

The first number controls the horizontal position, and the second controls the vertical position. The first two viewBox parameters allow you to “pan” by setting where the upper left corner of the viewBox should be. This SVG viewBox zoom “zooms in”, showing half the amount of content. In the fifth SVG our viewBox is set to a width and height of 25, which is half the size of our viewport. This “zooms out” and shows double the content, thereby again revealing the entire circle. In SVG number 4 in the example above we’ve set the viewBox width and height to 100, which is double the size of our viewport. Take a look SVG number 3 for example:īut if we make those two numbers larger than the viewport dimensions we’ll effectively zoom out, and if we make them smaller we’ll zoom in. If those last two parameters have the same dimensions as the viewport, there’s no zooming in or out so nothing changes.

We’ll leave the first two parameters at 0 0 for now. We’ll start by looking at “zooming”, which we can do with the last two viewBox parameters: width and height respectively. Note: as well as the svg element, the viewBox attribute can also be used on the elements symbol, marker, pattern and view. The last two numbers define the dimensions of the viewBox, which we’ll think of as “zooming”. The first two numbers define the position of the viewBox, which we’ll think of as “panning”. We control the viewBox by adding it as an attribute to the svg element, with a value comprising four space separated numbers: viewBox = The SVG viewBox is very similar to the viewport, but it can also pan and zoom like a telescope viewBox Parameters Building on the “looking through glass” analogy, if the viewport is like a window, the viewBox is like a telescope. The viewBox can be thought of as much like the viewport but with two extra features: it can “pan” and it can “zoom”. In the first SVG we see the entire 100px by 100px circle, but in the second SVG when we set our viewport size to 50px by 50px we only see a quarter of the circle. The viewport size is set by adding width and height attributes to the svg element, like so: What’s on the other side could theoretically be any size at all.įor example, you might have a shape in your graphic that is 100px by 100px, but if you set the SVG viewport to 50px by 50px you’ll only see a portion of that shape. The SVG viewport is like a porthole window whose size determines what you can see through itĪs with a window, the size of the viewport determines how much you can see, but it doesn’t define the size of whatever might be visible through that viewport. You can imagine this as being something akin to a porthole window through which you can see the world beyond. If you literally break down the word “viewport” you’ll get a hint as to its role in SVG it creates a “port” through which you can “view” a section of an SVG. SVG Viewport and viewBox (For Complete Beginners)