In addition, the Creative Slider Popup plugin comes with a variety of new options to fine tune the appearance and control when and how to display popups. Greet new visitors on your site with a beautifully designed animated banner with newsletter subscription or other offers. Display a message when they become idle. Show them recommended content before leaving the page or when they finished reading an article. There are a lot of possibilities and all of Creative Slider's content creation and animation capabilities are at your service to make popups that stand out from the crowd.
Popups can be embedded to your pages in the same way as traditional sliders. We're also providing a new method to fine tune how and when to display a Popup. See the next section to learn how to use the auto include feature.
Auto On Page Load Popup Joomla
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Given the nature of Popups, you will likely want to include it on multiple pages with fine tuning when and to whom it should appear. Although conventional methods of including sliders will work the same, you will probably want to use the auto include feature dedicated specifically to Popups.
For a well-optimized page, you want your LCP resource request to start loading as early as it can, and you want the LCP element to render as quickly as possible after the LCP resource finishes loading. To help visualize whether or not a particular page is following this principle, you can break down the total LCP time into the following sub-parts:
This table explains each of these LCP sub-parts in more detail:LCP sub-partDescriptionTime to first byte (TTFB)The time from when the user initiates loading the page until when the browser receives the first byte of the HTML document response. (See the TTFB metric doc for more details.)Resource load delayThe delta between TTFB and when the browser starts loading the LCP resource. *Resource load timeThe time it takes to load the LCP resource itself. *Element render delayThe delta between when the LCP resource finishes loading until the LCP element is fully rendered.* If the LCP element does not require a resource load to render (for example, if the element is a text node rendered with a system font), this time will be 0.Every single page can have its LCP value broken down into these four sub-parts. There is no overlap or gap between them, and collectively they add up to the full LCP time.When optimizing LCP, it's helpful to try to optimize these sub-parts individually. But it's also important to keep in mind that you need to optimize all of them. In some cases, an optimization applied to one part will not improve LCP, it will just shift the time saved to another part.For example, in the earlier network waterfall, if you reduced the file size of our image by compressing it more or switching to a more optimal format (such as AVIF or WebP), that would reduce the resource load time, but it would not actually improve LCP because the time would just shift to the element render delay sub-part:
The reason this happens is because, on this page, the LCP element is hidden until the JavaScript code finishes loading, and then everything is revealed at once.This example helps illustrate the point that you need to optimize all of these sub-parts in order to achieve the best LCP outcomes.Optimal sub-part times #In order to optimize each sub-part of LCP, it's important to understand what the ideal breakdown of these sub-parts is on a well-optimized page.Of the four sub-parts, two have the word "delay" in their names. That is a clue that you want to get these times as close to zero as possible. The other two parts involve network requests, which by their very nature take time.LCP sub-part% of LCPTime to first byte (TTFB)40%Resource load delay<10%Resource load time40%Element render delay<10%TOTAL100%Note that these time breakdowns are not strict rules, they're guidelines. If the LCP times on your pages are consistently within 2.5 seconds, then it doesn't really matter what the relative proportions are. But if you're spending a lot of unnecessary time in either of the "delay" portions, then it will be very difficult to constantly hit the 2.5 second target.A good way to think about the breakdown of LCP time is:The vast majority of the LCP time should be spent loading the HTML document and LCP source.Any time before LCP where one of these two resources is not loading is an opportunity to improve.WarningGiven the 2.5 second target for LCP, it may be tempting to try to convert these percentages into absolute numbers, but that is not recommended. These sub-parts are only meaningful relative to each other, so it's best to always measure them that way.How to optimize each part #Now that you understand how each of the LCP sub-part times should break down on a well-optimized page, you can start optimizing your own pages.The next four sections will present recommendations and best practices for how to optimize each part. They're presented in order, starting with the optimizations that are likely to have the biggest impact.1. Eliminate resource load delay #The goal in this step is to ensure the LCP resource starts loading as early as possible. While in theory the earliest a resource could start loading is immediately after TTFB, in practice there is always some delay before browsers actually start loading resources.A good rule of thumb is that your LCP resource should start loading at the same time as the first resource loaded by that page. Or, to put that another way, if the LCP resource starts loading later than the first resource, then there's opportunity for improvement.
To fix this, your options are to either:inline the stylesheet into the HTML to avoid the additional network request; or,reduce the size of the stylesheet.In general, inlining your stylesheet is only recommended if your stylesheet is small since inlined content in the HTML cannot benefit from caching in subsequent page loads. If a stylesheet is so large that it takes longer to load than the LCP resource, then it's unlikely to be a good candidate for inlining.In most cases, the best way to ensure the stylesheet does not block rendering of the LCP element is to reduce its size so that it's smaller than the LCP resource. This should ensure it's not a bottleneck for most visits.Some recommendations to reduce the size of the stylesheet are:Remove unused CSS: use Chrome DevTools to find CSS rules that aren't being used and can potentially be removed (or deferred).Defer non-critical CSS: split your stylesheet out into styles that are required for initial page load and then styles that can be loaded lazily.Minify and compress CSS: for styles that are critical, make sure you're reducing their transfer size as much as possible.Defer or inline render-blocking JavaScript #It is almost never necessary to add synchronous scripts (scripts without the async or defer attributes) to the <head> of your pages, and doing so will almost always have a negative impact on performance.In cases where JavaScript code needs to run as early as possible in the page load, it's best to inline it so rendering isn't delayed waiting on another network request. As with stylesheets, though, you should only inline scripts if they're very small.Don't
Ensuring interactions only shift content within 500 ms borders on what First Input Delay attempts to measure, but there are cases when the user may see that the input had an effect (e.g. a loading spinner is shown) so FID is good, but the content may not be added to the page until after the 500 ms limit, so CLS is bad.
The HubSpot tracking code is unique to each HubSpot account and allows HubSpot to monitor your website traffic. The tracking code is automatically included on HubSpot blog posts, landing pages, and website pages.
If you selected to append a "html" suffix in your Joomla! SEF URL configuration, you should do the same in sh404SEF. Click on the Configuration button in the toolbar of any of sh404SEF backend page, and the configuration popup will open: 2ff7e9595c
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