What does viewBox mean in SVG?

What does viewBox mean in SVG?

The viewBox attribute defines the position and dimension, in user space, of an SVG viewport. The numbers separated by whitespace and/or a comma, which specify a rectangle in user space which is mapped to the bounds of the viewport established for the associated SVG element (not the browser viewport). …

Is viewBox necessary in SVG?

Is it important? viewbox is like a second set of virtual coordinates – all vectors inside the SVG will use the viewbox, while you can manipulate the actual height, width properties of the SVG without affecting the inside,. An SVG with a viewBox is so much easier to work with.

How do I get SVG viewBox?

4 Answers

  1. Open your web browser console.
  2. Type the code: var svg = document. querySelector(‘svg’); var box = svg. getAttribute(‘viewBox’); box.
  3. Observe the glorious response: [“-350”, “-250”, “700”, “500”]
  4. Alternatively, type the code: var box = svg. viewBox.
  5. Observe the glorious response: [ -350, -250, 700, 500 ]

Can SVG be responsive?

Remove height and width attributes For our purposes, the most important aspect is the removal of the width and height attributes that most applications include automatically. This makes the SVG fully responsive in modern browsers.

What is G in SVG?

The SVG element is a container used to group other SVG elements. Transformations applied to the element are performed on its child elements, and its attributes are inherited by its children. It can also group multiple elements to be referenced later with the element.

Can I remove viewBox from SVG?

To remove the viewBox and get the equivalent transform, you can just surround the contents of the SVG with a group element ( ). Then give that the equivalent transform. So for an equivalent transform, we have to combine a scale and a translate. That makes the new height now 32.

What is enable background in SVG?

The enable-background attribute specifies how the accumulation of the background image is managed. Note: As a presentation attribute, enable-background can be used as a CSS property. You can use this attribute with the following SVG elements:

What is SVG width and height?

The width is the width in user coordinates/px units, within the SVG code, that should be scaled to fill the width of the area into which you’re drawing your SVG (the viewport in SVG lingo). Likewise, the height is the number of px/coordinates that should be scaled to fill the available height.

Does size matter in SVG?

SVGs are Resolution-Independent From the point of view of file size, it doesn’t really matter at what size the image is rendered, simply because those instructions remain unchanged.

What is viewBox?

< body > < svg width = “200” height = “200” viewBox = “-50 0 100 100” > < circle cx = “50” cy = “50” r = “45” stroke = “#000” stroke-width = “3” fill = “none” />

What do you mean by viewbox in SVG?

SVG uses the terms viewPort and viewBox. The viewBox is inside the viewPort. Think of the viewBox as the image itself – because you can zoom it, slide it left/right/up/down – all within the viewPort. The viewPort (the SVG tag itself) is like a container that the SVG image is inside. You can size this also, and move it around left/right/up/down.

How is the size of a SVG viewport determined?

The SVG viewport is like a porthole window whose size determines what you can see through it. As 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.

What is the value of the viewbox attribute?

The value of the viewBox attribute is a list of four numbers min-x, min-y, width and height, separated by whitespace and/or a comma, which specify a rectangle in user space which is mapped to the bounds of the viewport established for the associated SVG element (not the browser viewport ).

How is the viewbox similar to the viewport?

The viewBox can be thought of as much like the viewport but with two extra features: it can “pan” and it can “zoom”. Building on the “looking through glass” analogy, if the viewport is like a window, the viewBox is like a telescope.