That means we can apply this to a reusable component and be confident that it will always look right, without the need for media queries overriding the default behavior on specific pages. A key feature of this solution is that the columns change based on the container size, not the viewport size. Thanks to all this, the container adds new columns as it grows. The fr unit is what makes sure that the tracks are allowed to grow to fill any remaining space. Minmax(10rem, 1fr) tells it to determine each track’s size by finding a value between a minium of 10rem and a maximum of 1fr.
Repeat() tells Grid to create multiple tracks with the same size parameters (not necessarily the same size, though in this case they all end up being the same).Īuto-fill tells it to create as many tracks as necessary to fill the space. This technique uses a number of features in the Grid specification: Grid-template-columns: repeat(auto-fill, minmax(10rem, 1fr)) With CSS Grid, we can create a grid of items arranged in equally sized columns and tell those column sizes to adjust based on the amount of available space: But thanks to some standards that are now available in some browsers and on their way to others, we can fix that!īefore I explain the solution, let’s review the problem. Specifically, it’s not possible to create an “intrinsically responsive grid” - that is, a grid that is responsive based on the size of its container, without the use of media queries. They include media queries to stack them on smaller screens. Paste them into your master css or reference them in the document head. We need to change the one column layout to two column layout for the tablet screen sizes by adding CSS media Rule to the ‘.griditems’ class.
CSS Grid is now widely supported across modern browsers, and there are lots of folks doing great work with it! But unfortunately, one of the most useful features of the specification doesn’t quite work as advertised. Now choose the css for the number of columns you want.
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