![]() ![]() Label: Bottom Step 5: Use your new custom layout (or repeat as needed) Here's our full entry for the four-column layout: layout_fourcol: For example, if we wanted one of our regions to take up 2 columns instead of one, we would do something like this: icon_map: Duplicating the name of a region within a row will determine the number of columns that it takes up. Have regions that span multiple columns? No worries. For our four-column layout, our icon map would look something like this: icon_map: Each row corresponds to the number of rows in the layout, and each item within a row represents a column. Building an icon map is surprisingly easy. ![]() regions:įinally, we’ll build an icon map, which will help the Layout Paragraphs module display a basic image that represents the way the layout will look on the front-end. Remember the region names that we used in our Twig template? We’ll be reusing those here. The next thing to do is to declare the regions that are used in the layout. First, we’ll declare a new layout and give it some information, like a human-readable label, the path to the template and library, the default region that content is added into, and even a category if you choose to add one. In this step, we’ll put everything together in a way that the Layout Paragraphs module can understand. ![]() These files will be used by the layout paragraphs module when you or a content editor edits a node, and like other templates and CSS, they can be overridden in your theme if necessary.Įxample template for Step 4: Declare the new layout in. Inside this folder, you’ll need a Twig template (to determine the html structure of the layout) and a CSS file (to position your layout regions correctly). ![]() For our four-column layout example, let's name this folder fourcol. Start by creating a folder with the desired machine name of your custom layout inside of the layouts directory (keeping each layout in its own folder helps keep things tidy). Step 2: Add a Twig and CSS file for your custom layout inside of the layouts directory Your directory structure for this module should look a little something like this: In order to declare our custom layout, we’ll have to create a custom module. For this tutorial, let’s create a four-column layout. While there are a lot of parts to consider when creating a custom layout, the process is pretty straightforward. The module’s project page also has some helpful steps on how you can set up your first layout paragraph under the “Getting Started” section. Installing and enabling this module is no different than any other Drupal 8/9 module. Before we begin: Install, Enable, and Configure Layout Paragraphs The module comes with a few layouts out of the box, but what happens if you need something custom? Luckily, Layout Paragraphs was created using Drupal’s Layout API, meaning it’s easy to extend and customize. A “layout paragraph” is a paragraph that can have child paragraphs nested inside of it, and these children can be placed in a variety of “layouts,” from single-column layouts to multi-column grids. * Implements hook_theme_suggestions_HOOK_alter() for page templates.The Layout Paragraphs module gives content editors an elegant drag-and-drop interface for visualizing page layouts. theme file that add the additional template suggestions. Here are the page and node hooks called in a. If we can detect whether Layout Builder is enabled, then we can add new page, and node-level twig templates that will allow a completely different structure for the site - in this case, based on Layout Builder layouts. The key is to create new template suggestions for your theme based on whether the current node type has Layout Builder enabled or not. Here's a tip on how you can transition to a layout builder-based theme while keeping your existing region-based and global block-based theme active for as long as needed. The Drupal 8 team have done a brilliant job of getting Layout Builder stable in core. ![]()
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