Divi 5 has just sent its all -new flex box -based layout system. It replaces the old Bloklayotor from Divi 4 and unlocks powerful new controls directly in the visual builder. Every new row is now set as standard on Flex -Lay -Out. Unless you have already used CSS Flexbox, this change requires a new design -Mindset because Flex works differently. If you do not adjust your habits, get stuck.
This update gives you visual controls for packing, direction, distance, ordering and alignment – all built in. No Hacky Custom CSS. It is also supplied with pre-configured row of shortcuts to build complex ride structures with minimal tweaks from display settings. Some blocks -based functions, such as sections with special and complete width, are outdated because Flex is now coating all these use cases.
This message discusses the five largest pitfalls that you will touch when changing your mental model from Blok to Flex in Divi 5.
Pitfall #1: Forcing flex in a block of mentality
→ Flex requires a new mental model, not just new controls.
Nobody likes change unless they know that they are getting very real limitations. For many, the old Layout system they knew and felt comfortable with. But it had his limitations. Those who knew enough about CSS knew that the old system missed things that Flexbox was designed to remedy. Avoiding the first pitfall requires understanding that Flexbox is not just a block layout With extra options.
In Divi 4, modules are stacked as standard – each element was below one before. You could stack things horizontally with columns, but at that moment you would work with several rows + columns in a section to build a layout. That was predictable and comfortable for many, but it also led to the frustrating reality of not being able to have two buttons next to each other and other design challenges.
Divi 5 now works differently because new containers (ie sections, rows, columns and groups) are set to “Flex” as standard. You get more specific options at container level for arranging underlying elements. Flexbox is powerful because it makes flexible layouts possible where elements are placed based on available space and the content in it. More about that in the next pitfall. This allows layouts to adapt to different screen sizes and content without trusting fixed or absolute positioning. Here is only one example to compare Flex with Blok.
Blocking stacks stacks modules vertically along the Blokas. With Flexbox you can choose between row and column as the main axis.
Every setting and option in the user interface corresponds directly to the actual CSS properties that have been added to each container.
Pitfall #2: Do not know how flex shrinks and grows fits in child element dimensions
→ Without shrinking and growing, your layouts don’t worry as expected.
With Flex in Divi 5, children’s modules can have a set width or height. Moreover, they can shrink or fill (their width or height), depending on the room in the container. In this example, text modules are set at 45% width, which means that two modules would fit horizontally as if in the same row. But if we add an odd number of text modules, we don’t want there to be an empty space. We can set these modules to grow a flex, and when there is a row available, these modules will grow to fill.
Divi lays controls such as “Grow to Fill”, “Krimpen to fit” and adapted settings on underlying elements within each flex container (child element> design> size> Grow to fill, shrink to fit or tailor -made).
Setting the height and width on underlying elements feels known as you use layouts. But with Flexbox, grow and shrinking you can combine a fixed size complex with responsive behavior – adaptation to the available space in every container. It adds complexity, but also unlocks much more flexibility.
Shrinking to fit and grow to fill (in addition to flex base) are also very useful to help you create responsive layouts. For Bloklayouts that often respond, you should set multiple breakpoints and widths/heights at each of those breaking points. Flexbox can benefit from unique institutions at various breaking points, but as the name suggests, it is very flexible. This is particularly the case with the use of clamp () for typography. The use of both together, together with other relative CSS units, will break your constant need for breaking points.
Let’s look at another example built with Flexbox.
The column container (parent) is set to bend with these settings:
- Horizontal and vertical gap: 30 px (this can use Calc or clamp to even be a little better)
- Layrutricht: Row Reverse (explanation for this decision in pitfall #4)
- Target:
- Line items:
- Flex: Wrapping backwards (explanation for this decision in trap #4)
I then placed three child elements in the column. A head module, divider module and a text module. Here are the relevant settings for each:
- Heading module
- Text size: clamp (2rem, 1.5 brake + 2vw, 3rem)
- WidthCar
- Flexible: Shrink to fit
- Divorce module
- WidthCar
- Flexible: Shrink to fit and grow to fill
- Text module
- Text size: clamp (0.9375rem, 0.75 brake + 0.4VW, 1rem)
- WidthCar
- Flexible: Shrink to fit
With a driving distance of the row, horizontally come out horizontally when there is room. The text module is the widest, so it fills his own row. The divider module then grows or shrinks because it automatically enabled width and both flex growth and flex-skrink. The headm module only uses the intrinsic width and remains compact. This institution yields a fully responsive layout without breaking points.
Pitfall #3: Don’t break the margin habit
→ Use GAP instead – it is smarter, cleaner and made for Flex.
In Divi 4, visual openings requires margins between modules and other elements (vertical openings via the lower margin, horizontal openings via the left/right margin). When the opening was applied to column distance, Divi 4 had a gutter setting, but it did not have standard CSS values and it actually used margin for the sides of columns to make the gap. This is the same way in which Bloklayouts still work. But there is now a cleaner, more effective approach.
The Flexbox system of DIVI 5 introduces driving and vertical GAP -control elements under Design> Lay -out > Horizontal and vertical gap. This card to CSS Gap and Row-Gap. Vertical openings automatically apply to every “Flex Row” when items wrap on a new line. The same applies to horizontal holes: when there are child elements next to each other, the gap will be present. These GAP settings also accept every positive CSS unit, so that you can use clamp () or calc () to create responsive GAP distances.
This reduces the need to apply margin values to any underlying element. The set of the gorge automatically adjusts based on a flex direction and the number of children in the container to automatically apply public openings. Margins still have their place, but their need for distance elements in a container has been reduced.
Pitfall #4: Substantive reverse electricity and delivery controls
→ Visual order and semantic order do not have to match.
Underlying elements in a flex container are displayed in their source order as standard. Flexbox and DIVI 5 give you the option of specifying reverse flex directions and delivery controls to change the visual element current without changing the HTML order of elements.
The inverted direction shifts under Layrutricht This allows you to reverse the order of elements in the row or column direction. To look at the layout example of Fitfall #2 again, we can see why we want this. You can see in the layers that the order of underlying elements is the head, then the distributor and finally the text module. Semantically, having the head (an H2 in this case) at the top of the pile is logical for fencing readers. However, the course is visually clear enough, either as the first or last, because we use a visual hierarchy with the text size.
Use Row backwards as the Flex direction and Wrap Reverse retains the HTML order (important for accessibility), while I can also design things how we have them in mind.
You can achieve the same with ordering underlying elements, which is found in Divi when clicking on the settings of an underlying element> Content Stabblad> Sequence. We can change the order in which only this element will appear. In this example we achieve the same end result, but with a different setting – one that can be more logical for some.
Pitfall #5: Forgot to set the wrap
→ Flex does not break to new rows unless you tell.
We mentioned packing earlier, but it deserves its own section. New flex containers as standard for no wrap. This can have unexpected consequences. For example, if you add four underlying modules, each with 50% width, you would expect that they will be displayed on two flex rows. Your problem is simple that you have to allow your container to wrap.
Divi contains a switch called Lay -out Windling, what has Three states: no-wrap, wrap and wrap-reversse. You must switch on wrap if you want modules to break into new lines with a threshold. That is how Divi Supports Multi-Row structures in a single container (nested or several rows are not the only way to do this).
Take the time to control Flexbox
Flex in Divi 5 is more powerful than Divi’s previous block-all-layout system. However, it requires what learning to understand. Flexbox is not a divi-specific attitude, so it is important that you know the basis of how this CSS tool works. Divi makes it easy to implement, because all the settings you can apply in CSS are available directly in the editor. But the concept is very different from block.
Because of those differences, we strongly recommend that you spend an hour using an interactive learning tool to understand Flexbox. One that is easy to use and really succeeds Flexboxfroggy.com. It takes you through 24 progressive complex challenges and teaches you all basic principles. It is much better than an hour through Doomscrolling.
Use Flex with Divi 5 today
Flexbox in Divi 5 is fair. It doesn’t recommend what you want. It asks you to decide. But as soon as you decide, the flexibility follows. You can build any lay -out structure in a responsible manner, reactive and reliable – even infinitely native – without adapted CSS or Hacks.
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