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Design

AI Solutions Trends for UX/UI Design in 2026

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In recent years, AI development solutions have transformed the way businesses approach digital design. From automating repetitive tasks to generating highly personalized user experiences, artificial intelligence is now a cornerstone of modern UX/UI strategies. As we approach 2026, the landscape of AI-driven design continues to evolve rapidly, introducing innovative tools, techniques, and methodologies that empower designers to craft more intuitive, adaptive, and engaging interfaces than ever before. In this blog post, we explore the key AI solutions trends set to redefine UX/UI design in 2026, examining how AI not only enhances design processes but also reshapes user expectations and experiences.

1. AI-Powered Personalization Takes Center Stage

One of the most significant trends in UX/UI design is the growing emphasis on hyper-personalization powered by AI. Traditional approaches to personalization often relied on basic user data, such as age, location, or browsing history. However, AI algorithms in 2026 are now capable of analyzing complex behavioral patterns, contextual cues, and even emotional responses in real-time.

This enables interfaces to adapt dynamically to each user. For instance, e-commerce platforms can tailor product recommendations not just based on past purchases but also on current browsing intent, time of day, and mood inferred from interaction patterns. Similarly, AI-driven personalization in web and app design allows content layouts, color schemes, and navigation structures to shift fluidly according to the preferences and engagement levels of individual users.

Designers no longer need to create multiple static versions of a product to cater to different audiences. Instead, AI development solutions provide smart automation that delivers highly customized experiences, enhancing user satisfaction and engagement while driving business outcomes.

2. Generative AI for UX/UI Design

Generative AI is revolutionizing the design process itself. Tools leveraging generative AI can now produce fully realized interface concepts, wireframes, and even interactive prototypes within minutes. By inputting high-level design goals, such as target audience, brand aesthetics, and functional requirements, designers can receive multiple design variations instantly.

In 2026, generative AI is expected to evolve beyond basic layout suggestions. Designers can leverage these tools to explore complex design problems, generate alternative interaction flows, and simulate how users might respond to various UI elements. This accelerates ideation, reduces the time from concept to prototype, and allows for rapid experimentation with different visual and functional approaches.

Moreover, AI-generated content is becoming increasingly sophisticated in maintaining brand consistency. Designers can instruct AI tools to adhere to specific typography, color palettes, or brand voices, ensuring that all generated materials align with organizational standards without extensive manual oversight.

3. Voice and Conversational UI Enhancement

Voice interfaces and conversational AI are no longer niche trends—they are becoming central to modern UX design. By 2026, AI-powered voice and chatbot systems will have advanced natural language processing capabilities that allow for seamless, context-aware interactions with users.

Designers will increasingly focus on creating conversational flows that are not only functional but also emotionally intelligent. AI can predict user intent, handle nuanced queries, and guide users through complex workflows with minimal friction. This shift has profound implications for UX/UI design, as designers must now think beyond visual layouts to include tone, dialogue structure, and the integration of multimodal experiences that combine voice, text, and touch interactions.

Additionally, AI can analyze conversation logs and real-time user interactions to continuously improve interface performance. This iterative learning ensures that conversational interfaces become more intuitive over time, providing a more natural and human-like experience.

4. Predictive and Adaptive Interfaces

Predictive analytics has been a staple in business intelligence, but its integration into UX/UI design represents a new frontier. By leveraging AI models that anticipate user needs, designers can create interfaces that adapt proactively rather than reactively.

For example, predictive AI can pre-fill forms, suggest shortcuts, or highlight relevant content before the user even searches for it. Adaptive interfaces, guided by AI, can adjust layout complexity depending on user proficiency, providing simplified navigation for newcomers and advanced tools for experienced users. This level of responsiveness ensures a more efficient and satisfying user experience.

The 2026 trend emphasizes the combination of predictive AI with real-time feedback mechanisms. Interfaces are no longer static or one-size-fits-all—they evolve with the user, creating a dynamic relationship between human behavior and digital interaction.

5. Ethical AI and Inclusive Design

As AI becomes more embedded in UX/UI design, ethical considerations and inclusivity are gaining prominence. AI solutions can inadvertently amplify biases if training data is unrepresentative or flawed. Consequently, designers and developers are prioritizing ethical AI practices to ensure that interfaces are fair, accessible, and inclusive.

In 2026, we expect tools that assist in bias detection, accessibility audits, and inclusive design recommendations to become standard in the AI design toolkit. These solutions will help designers identify potential discrimination in automated decision-making, optimize readability for diverse audiences, and ensure that AI-driven features are usable by people with disabilities.

Inclusive design powered by AI also extends to cultural adaptation. Interfaces can automatically localize content, adjust visual cues, and tailor user flows to resonate with different demographic or regional audiences while maintaining brand coherence.

6. AI-Enhanced Design Collaboration

Collaboration is a cornerstone of modern UX/UI design, and AI is transforming how teams work together. AI-powered project management and collaborative design platforms enable real-time feedback, version control, and workflow optimization. Designers, developers, product managers, and stakeholders can interact with AI tools to generate suggestions, highlight inconsistencies, and streamline review processes.

In 2026, AI will further bridge the gap between design and development. For example, AI can automatically translate design prototypes into clean code, ensuring fidelity between design intent and functional implementation. This reduces miscommunication, accelerates development timelines, and allows designers to focus on creativity rather than manual coding tasks.

7. Emotionally Intelligent Interfaces

Emotion recognition is no longer confined to experimental research; it is becoming an integral part of UX/UI design. AI can analyze facial expressions, voice tones, and interaction patterns to gauge user emotions. This capability enables designers to craft interfaces that respond empathetically to user feelings.

Emotionally intelligent interfaces can, for instance, detect frustration during a checkout process and offer assistance proactively or provide calming visual cues to reduce cognitive load. In 2026, we can expect AI-driven emotional intelligence to play a pivotal role in creating experiences that are not only efficient but also emotionally resonant, enhancing user satisfaction and loyalty.

8. Immersive Experiences with AI

The convergence of AI with augmented reality (AR) and virtual reality (VR) is another trend shaping UX/UI design in 2026. AI can generate adaptive 3D environments, simulate real-world interactions, and optimize spatial layouts for immersive experiences.

Designers can use AI to personalize VR and AR content in real-time, creating scenarios tailored to individual preferences, learning styles, or professional needs. This opens possibilities for gaming, e-commerce, training simulations, and virtual collaboration spaces that are both engaging and highly effective.

The key to success in immersive design lies in balancing automation with creative input. AI can handle computationally intensive tasks like environment generation, while designers focus on narrative, emotional impact, and aesthetic coherence.

9. Continuous Learning and UX Optimization

One of the most profound advantages of AI in UX/UI design is its ability to learn continuously. Traditional design feedback cycles were slow and often relied on post-launch analytics. In contrast, AI tools in 2026 can monitor user behavior in real-time, identify friction points, and suggest design improvements instantaneously.

This continuous learning loop ensures that interfaces evolve alongside user needs and market trends. Designers can adopt a more proactive approach, iterating designs based on predictive insights rather than reactive fixes, resulting in superior user satisfaction and higher conversion rates.

10. Preparing for the Future

As AI development solutions continue to advance, UX/UI designers must embrace a mindset of experimentation, adaptability, and ethical responsibility. Staying informed about AI capabilities, investing in upskilling, and fostering cross-disciplinary collaboration will be critical for success in 2026 and beyond.

The trends outlined—hyper-personalization, generative design, conversational interfaces, predictive and adaptive UI, ethical AI, collaborative design, emotionally intelligent systems, immersive experiences, and continuous learning—are not isolated phenomena. They are interconnected forces driving a holistic transformation in the digital experience landscape. Designers who leverage AI thoughtfully will not only improve efficiency but also create experiences that are more intuitive, empathetic, and engaging for users worldwide.

Conclusion

The intersection of AI and UX/UI design in 2026 represents a thrilling era of innovation. AI development solutions are enabling designers to go beyond traditional limitations, delivering interfaces that are smarter, more adaptive, and profoundly user-centric. From predictive analytics and generative design to emotionally intelligent interfaces and immersive experiences, AI is reshaping every aspect of digital interaction.

Embracing these trends will empower designers to create products that are not only visually appealing but also deeply responsive to human behavior and needs. As technology continues to evolve, the future of UX/UI design is undeniably intertwined with AI, promising a new standard of excellence in user experiences that is personalized, ethical, and immersive.

By understanding and integrating these trends, organizations and designers can position themselves at the forefront of AI-driven innovation, shaping the digital experiences of tomorrow.

The post AI Solutions Trends for UX/UI Design in 2026 appeared first on Designer Daily: graphic and web design blog.

Design

Rummy All Apps: A One-Stop Guide to Every Variant of the Game You Love

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In the vibrant world of online gaming, few card games have managed to retain their charm across generations like Rummy. Whether played at family gatherings or on digital platforms, Rummy continues to win hearts with its perfect mix of skill, strategy, and excitement. As the digital wave transforms how we play, one term is starting to gain traction—Rummy All Apps.

But what exactly does Rummy All mean? And why should gaming enthusiasts pay attention to this concept? In this blog, we’ll dive into the universe of Rummy All, covering everything from its meaning to why it matters, and how it’s shaping the online card gaming experience today. Get started on Rummy All for a seamless Rummy experience!

Rummy All Apps

What Does Rummy All Mean?

Rummy All refers to the collective offering of all rummy variants in a single online platform or application. Instead of limiting players to just one version of the game, platforms that promote “Rummy All” provide a comprehensive experience with multiple formats such as:

Points Rummy

Pool Rummy (101 and 201)

Deals Rummy

Indian Rummy (13-Card & 21-Card)

Gin Rummy

Kalooki Rummy

Oklahoma Rummy

This concept caters to both beginners and advanced players by offering variety, flexibility, and engagement all under one digital roof. Think of it as a complete rummy universe, where every player finds their comfort zone—or their next challenge.

Why Rummy is a Game-Changer for Online Gamers

Today’s gaming audience expects more than just accessibility; they want depth, diversity, and user-centric features. The Rummy All approach delivers precisely that. Here’s why it’s rapidly becoming the go-to choice for rummy enthusiasts:

1. Variety Keeps the Fun Alive
Repetition can be a buzzkill. With Rummy All, players don’t have to stick to a single variant. They can switch modes based on mood, experience level, or strategic preference. This versatility adds a fresh dimension to online gameplay and makes the experience more immersive.

2. Skill Enhancement Across Formats
Each rummy variant comes with its unique rules and winning strategies. Playing multiple formats on the same platform challenges your brain, sharpens decision-making skills, and improves overall mastery of the game. It’s not just about luck—real skill gets rewarded.

3. Better Rewards and Promotions
Many Rummy All platforms offer distinct bonuses, referral rewards, and tournament entries depending on the format you’re playing. From welcome bonuses to cashback offers, players are constantly incentivized to explore different variants.

4. Inclusive for Every Player Type
Whether you’re a casual player looking to pass the time or a competitive gamer eyeing big tournament wins, Rummy All platforms have something for everyone. Low-stake tables, practice rounds, high-roller tournaments—you name it, it’s there.

5. One Wallet, One Account, Unlimited Options
Rummy All streamlines your gaming life. One account allows you to access every format, making it easy to manage your balance, track your progress, and switch games effortlessly.

How to Get Started with Rummy All Apps Platforms

Getting started is easier than ever. Here’s a simple step-by-step process for those new to the Rummy All experience:

Step 1: Choose a Trusted Platform
Select a reliable and licensed rummy platform that explicitly offers multiple variants. Read reviews, check for certifications, and explore user testimonials.

Step 2: Register and Verify
Sign up using a valid mobile number or email. Complete the KYC process if necessary to unlock full access and withdrawal options.

Step 3: Claim Your Welcome Bonus
Most platforms offer a welcome bonus, like a ₹51 or ₹100 credit, upon joining. Use this to test the waters before depositing your own money.

Step 4: Explore All Variants
Don’t limit yourself to just one format. Try different variants to find your favorite or expand your skill set.

Step 5: Play Smart and Track Progress
Use in-app features to analyze game history, win-loss ratios, and performance across formats. This will help improve your strategy over time.

Promoting Responsible Gaming While You Enjoy Rummy All Apps

It’s easy to get lost in the thrill of the game, but responsible gaming should always be a priority. Here are a few practices to follow:

Set daily or weekly deposit limits.

Never play under stress or fatigue.

Treat the game as entertainment—not income.

Take regular breaks and monitor screen time.

Reach out to customer support if you suspect signs of compulsive behavior.

Remember, the joy of Rummy lies in its gameplay, not just the stakes. Play for the challenge, the learning, and the fun.

Final Thoughts: Why Rummy All Is the Future of Online Card Games

The Rummy All experience represents the next step in digital gaming evolution. It offers more than just convenience—it delivers a complete package filled with variety, strategic learning, user rewards, and flexibility. Whether you’re a beginner curious about the game or a veteran looking for variety, this is your cue to dive in.

The post Rummy All Apps: A One-Stop Guide to Every Variant of the Game You Love appeared first on Rummy All.

Design

Rummy All: Your Ultimate Destination for Every Rummy Variant in One Place

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If you’re a fan of online card games, chances are you’ve already experienced the thrill of playing rummy. With its perfect mix of strategy, skill, and real-time excitement, it has earned a spot as one of the most loved games across India and beyond. But what if you could access every version of this timeless game—all in one place? Welcome to the world of Rummy All. Start playing Rummy All now for exciting gameplay!

More than just a buzzword, Rummy All represents a new wave of digital gaming platforms that unify every major rummy format under one roof. Whether you’re a beginner exploring Points Rummy or a pro battling in 21-card formats, these platforms have something for everyone.

rummy all

What is Rummy All?

Rummy All refers to a full-suite rummy gaming experience offered by select online platforms. Instead of offering a single format, these platforms allow users to access and switch between multiple rummy variants easily. Here’s what a typical Rummy All platform may include:

Points Rummy – Fast-paced games where each point has a cash value.

Pool Rummy – Eliminative format where the last one standing wins the pool.

Deals Rummy – Fixed number of deals; the player with the highest score wins.

13-Card and 21-Card Rummy – Traditional Indian rummy played with one or two decks.

Private Tables – Invite-only tables for friends and family.

Tournaments – Competitive gameplay with entry fees and high cash prizes.

This comprehensive model caters to all types of players and creates a dynamic space where you can explore, compete, and sharpen your skills with every login.

Why Rummy Platforms Are Gaining Popularity

The rise of Rummy All platforms is not just a trend—it’s a reflection of what modern players want: variety, convenience, and engagement. Here’s why these platforms are changing the game:

1. One App, Many Choices
Instead of downloading multiple apps or switching between websites, players get all popular variants in one platform. This not only saves space on your device but also simplifies the user experience.

2. Seamless Switching Between Games
Feel like a quick 13-card match? Or ready for a longer session in 21-card pool rummy? Rummy All lets you switch formats without having to re-register or reload. One wallet, one account, and unlimited access.

3. Better Bonuses and Promotions
Since these platforms offer multiple variants, they often run variant-specific promotions. You may find cashback offers on Points Rummy today and a free-entry tournament in Deals tomorrow. These changing bonuses keep the excitement alive.

4. Skill Development Across Formats
Each rummy variant requires different strategic approaches. By playing all formats, users enhance their overall gameplay, learn new tactics, and increase their chances of winning across the board.

5. Community and Competition
All platforms often host large tournaments that attract players from all over the country. You’ll not only improve by playing against better opponents but also enjoy a sense of community in the gaming world.

How to Get Started with it

Starting your Rummy All journey is simple and quick. Here’s a step-by-step breakdown:

Step 1: Choose a Reputable Platform
Select a licensed and secure platform that clearly offers a variety of rummy variants. Look for platforms with good user reviews, transparent policies, and responsible gaming features.

Step 2: Register and Verify Your Account
Use your mobile number or email address to register. Most platforms offer instant OTP verification and an optional KYC process for withdrawals.

Step 3: Claim Your Welcome Bonus
Many platforms greet new players with attractive welcome bonuses—sometimes as high as ₹51 or more. These bonuses can be used to test the waters and explore different game types.

Step 4: Explore the Lobby
The game lobby usually has tabs or filters for each variant. Pick the one you want to start with. Try low-stake or practice tables first to get used to the gameplay and features.

Step 5: Play, Learn, and Earn
As you grow in confidence and skill, move to real-money tables, join tournaments, and compete for bigger rewards. Always play with discipline and stick to your strategy.

Smart Tips for Winning Across All Variants

The beauty of playing on platform is that you develop a versatile skill set. Here are a few pro tips to help you succeed:

Understand Each Format Thoroughly
The strategy that works in Pool won’t necessarily work in Deals Rummy. Study the rules and payout structures before you play.

Start Small
Begin with low-entry tables to minimize losses while you’re still learning.

Observe Opponents
Reading the discards and understanding patterns is key to smart gameplay.

Avoid Emotional Decisions
Stay calm even when the cards aren’t in your favor. Remember, it is a game of patience.

Use Bonuses Wisely
Many platforms allow you to use bonuses as entry fees. Take full advantage of them, especially for tournaments.

Final Thoughts: Embrace the Full Experience

The online gaming landscape is evolving, and Rummy is leading the way with its inclusive, flexible, and rewarding model. It’s perfect for anyone who doesn’t want to be boxed into a single format and loves variety in their gameplay.

Whether you’re a casual gamer looking for some evening entertainment or a competitive player chasing high-stakes tournaments, it offers a tailored experience just for you. It’s a complete package—easy to access, fun to play, and rewarding to master.

The post Rummy All: Your Ultimate Destination for Every Rummy Variant in One Place appeared first on Rummy All.

Design

Exploring the Rummy 51 Bonus: A Smart Way to Start Your Online Gaming Journey

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In today’s fast-paced digital world, online games have transformed the entertainment landscape, offering not just fun and excitement but also great incentives. Among the most beloved card games in India, Rummy stands out for its blend of strategy and skill. For beginners and seasoned players alike, one exciting offer catching widespread attention is the Rummy 51 Bonus. But what exactly is this bonus, and how can you make the most of it? Claim your Rummy 51 Bonus today!

What is the Rummy 51 Bonus?

The Rummy 51 Bonus is a promotional offer provided by various online rummy platforms to attract new users. Simply put, it means players receive ₹51 for free as a welcome bonus when they register on a participating rummy app or website. This bonus can be used to explore different game modes, join practice tables, or even enter low-stake cash games.

Unlike other promotions that come with hidden terms or steep wagering requirements, the Rummy 51 Bonus is generally straightforward. It’s designed to give players a real feel of the gaming environment without requiring an initial deposit.

Rummy Bonus

Benefits of Claiming the Rummy 51 Bonus

The growing popularity of the Rummy 51 Bonus isn’t without reason. Here’s why players are opting for platforms that offer it:

1. Risk-Free Introduction
If you’re new to online rummy, this bonus is your golden ticket. You don’t need to commit your own money immediately, which takes away the stress of losing. It’s an excellent way to practice and learn the ropes without financial risk.

2. Boosts Confidence
Using the bonus to play a few rounds helps build familiarity with the platform’s interface, gameplay, and rules. It empowers players with confidence and experience before entering higher-stakes games.

3. Gateway to Bigger Rewards
Though the bonus itself is small, many players have used it as a stepping stone to win more. With smart play and a bit of luck, ₹51 can be turned into significantly larger amounts through tournaments and cash tables.

4. Promotional Offers and Loyalty Programs
Platforms that offer a Rummy 51 Bonus often have generous loyalty programs and additional bonuses. Once you start playing, you might receive cashback, referral bonuses, or participation incentives that further enrich the experience.

How to Use the Rummy 51 Bonus Wisely

While the bonus is a great starting point, maximizing its potential requires a bit of strategy. Here are some tips to make the most of your ₹51 bonus:

Choose the Right Platform
Ensure the rummy platform you register with is licensed, secure, and has a good reputation. Always read the terms and conditions of the bonus to understand any withdrawal or usage limitations.

Start with Practice Games
Even if the bonus allows you to join cash games directly, it’s wise to first play in practice mode. This helps you refine your skills and avoid rookie mistakes that might cost you.

Understand the Rules Thoroughly
Rummy is a game of skill, and each platform may have slight variations in rules. Before placing your bets, be fully familiar with sequences, sets, joker usage, and points calculation.

Participate in Low-Entry Tournaments
Look for beginner-friendly tournaments where you can enter using the bonus amount. These often have better odds for new players and can multiply your returns.

Track Your Progress
Many players lose track of their spending and winnings. Use built-in analytics or a simple spreadsheet to keep an eye on your growth, helping you make informed decisions.

Is the Rummy Worth It?

The short answer is yes, provided you use it wisely. The Rummy 51 Bonus is more than just a marketing gimmick—it’s an opportunity. For players who are willing to learn and play strategically, this small bonus can unlock big potential.

Many success stories in the online rummy community began with a modest bonus like this one. It offers value to the platform by increasing user engagement and benefits the player by reducing initial financial barriers.

Moreover, as platforms continue to compete for user attention, such bonuses may soon come with enhanced value—like cashback, free tournaments, or skill workshops for new users.

Final Thoughts

The Rummy 51 Bonus represents a smart, low-risk gateway into the world of online rummy. It’s ideal for anyone who wants to explore this thrilling card game without the pressure of an upfront investment. Whether you’re playing for fun or aiming for higher winnings, starting your journey with a bonus is both strategic and rewarding.

So, if you’re curious about online rummy and want to test your skills, go ahead and claim your Rummy 51 Bonus today. Just remember—play responsibly, understand the game, and most importantly, enjoy the experience.

The post Exploring the Rummy 51 Bonus: A Smart Way to Start Your Online Gaming Journey appeared first on Rummy All.

CSS

Creating Scroll-Based Animations in Full view()

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The CSS animation-timeline property accepts a view() function which, in turn, returns a timeline of how much of an element is visible in the part of a scroll container that’s viewable (formally known as a scrollport). In other words, rather than letting an animation run a linear progression based on how much time has elapsed, view() runs animations based on the visibility of the animated element within a scrollport.

I like to equate it as the CSS version of JavaScript’s Intersection Observer. We can run an animation on an element as that element enters and exits the scrollport.

Here’s an example:

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Pretty neat, right? Depending on where an image is in the scrollable carousel, it goes from small and blurry at the far sides while getting larger and clearer when it hits the center. We have a little scroll snapping in there as well to make sure each image item makes a stop.

It’s not that hard to do! I’ll show you how it’s really the same old animation you’re used to writing in CSS, only applied on a view timeline instead of a normal timeline.

But first, the general layout

All I’m making here is an element I’m calling .carousel:

<main class="carousel">
  <!-- scroll items -->
</main>

The elements in .carousel will lay out in a single row, which is a one-liner with flexbox. We’ll also make sure that any content overflowing its space is scrollable:

.carousel {
  display: flex;
  width: max(480px, 50vw);
  overflow-x: auto;
}

And, of course, we need items in it that we can scroll around. A set of image slides.

<main class="carousel">
  <div class="carousel-slide">
    <!-- (optional) empty bookend slide -->
  </div>
  <div class="carousel-slide">
      <img src="image-1.jpeg" alt="alt text for image 1">
  </div>
  <div class="carousel-slide">
      <img src="image-2.jpeg" alt="alt text for image 2">
  </div>
  <!-- etc -->
  <div class="carousel-slide">
    <!-- (optional) empty bookend slide -->
  </div>
</main>

As far as styling those items, each one will be one-third the size of the available space so that we see three items at a time when scrolling:

.carousel {
  /* same as before */

  .carousel-slide {
    flex-shrink: 0;
    width: calc(100% / 3); /* show three at a time */
    aspect-ratio: .8;
    img {
      width: 100%;
    }
  }
}

Then the scrolling

We’ve already set overflow-x on the .carousel, officially making it our scroll container. We can drop in a little scroll snapping to make sure we’re only scrolling one item at a time.

.carousel {
  /* same as before */

  scroll-snap-type: x mandatory;
  scroll-behavior: smooth; /* optional for smooth scrolling */
  scrollbar-width: none; /* optional to hide the scrollbar */
}

We want to make sure that the slides are aligned to the center of the scroll container when snapping into place:

.carousel-slide {
  /* etc. */
  scroll-snap-align: center;
}

Here’s what we have so far:

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Next, the animation

Here’s the really cool thing I mentioned at the very start: a view timeline animation is really the same thing as any other CSS animation you write with keyframes. In this case, we want keyframes where the carousel items are small and blurry at the start and end, but become larger and clearer right smack dab in the middle of the animation.

@keyframes slide {
  /* from start to 45%, and to the end (100%) */
  45%, 100% {
    transform: scale(0.5);
    border-radius: 20px;
    filter: blur(6px) brightness(.8);
  }
  /* middle */
  50% {
    transform: scale(1);
    border-radius: 4px;
    filter: none;
  }
}

Looks familiar, right? This is the sort of CSS you’ve been writing forever! And guess what? We set the animation on the element we’re animating just as you normally would as well:

.carousel-slide {
  /* etc. */
  animation: slide; 
}

The only difference is that we want the animation to run on a timeline based on the element’s current view() instead of the regular timeline. That’s where the animation-timeline property comes into play:

.carousel-slide {
  /* etc. */
  animation: slide; 
  animation-timeline: view(inline);
}

Now, technically speaking, we could slap that timeline directly in the animation shorthand property like any other constituent animation property, e.g., animation-name, animation-delay, animation-duration, etc. But assigning a timeline function this way is not supported by any browsers yet. So, for now, your best bet is to declare it on its own. Just be sure to declare it after the animation shorthand, or else you may find yourself inadvertently overriding your view timeline with auto (the default property value) instead of view().

That completes our demo:

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See that? All we’ve really done is set a CSS animation that runs on elements. However, instead of running on the default timeline, the animation runs when an element scrolls in and out of view. That’s the difference between standard and view timelines.

view() vs. scroll()

But wait! You may or may not know that view() timelines are part of a larger feature set called CSS Scroll-Driven Animations. And view() is not the only function supported by the animation-timeline property. We also have the scroll() function.

The scroll() function creates a scroll progress timeline that’s tied to the scroll position of a container, whereas view() creates a view progress timeline that’s based on the visibility of an element within its container.

Both functions are useful in their own ways! I generally think view() is better for item-specific reveal effects. So, for example, if we want to animate a slide only as that specific slide scrolls into the scrollport, then the view() function is the perfect fit. That’s why I’ve focused on it for our carousel example — we want to track an element’s position in the scrollport and run the animation accordingly.

Inset parameter and animation-range

You might also be wondering what the heck goes in the parentheses of the view() function. It’s a function, after all, so it must accept something in there, right?

CSS view() takes two arguments: axis (block, inline, x, and y) and the inset. The inset parameter defines an offset from the scrollport’s edges within which the animated element is tracked. The official syntax looks like this:

animation-timeline: view(<axis> <view-timeline-inset>);

…which is merely a fancy way of getting specific with exactly what areas of the scrollport we want to trigger the animation. For some animations, starting and ending the timeline when element fully enters and exits the scrollport may cut things off.

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Two columns of list items. The width of the first item is 100% and each subsequent item in the list gets progressively shorter, creating an effect like a reversed staircase.

That’s no good! We want each item to fully slide in when it fully enters the scrollport, not when it fully exits. That’s why all the items look so staggered — they’re all at different points in the view timeline.

That’s where the inset parameter makes a big difference. We can be more specific about saying we want each element to start animation when it comes up from the bottom of the scrollport.

animation: slide-in linear both;
animation-timeline: view(100% 0%);

Ah, much much better:

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The animation-range property works along similar lines.

animation-range: entry; /* same as: entry 0 entry 100%; */
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The animation-range property accepts a slew of other keywords, including exit (when the element leaves the scrollport), cover (when the element begins to enter begins to leave the scrollport), and contain (when the element fully enters then fully leaves the scrollport), among others. Geoff has published a bunch of notes and examples looking specifically at each one.

One last carousel example

Generally, carousels use effects like fade in-and-out, scaling, and parallax. However, since most CSS properties are animate-able, and even those who aren’t can be tricked into being so using registered CSS properties (like in the case of gradient lines), you have the option to explore more creative ways of using view() for carousels.

Here’s an example where an animation of just the background position creates a nice movement in a carousel.

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Creating Scroll-Based Animations in Full view() originally published on CSS-Tricks, which is part of the DigitalOcean family. You should get the newsletter.

CSS

CSS Wrapped 2025

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Post pobrano z: CSS Wrapped 2025

The Chrome Dev Team recaps the new CSS features that shipped in Google Chrome this past year in one amazingly designed webpage. They cover new functionality for creating more customizable components, next-gen interactions, and optimizing ergonomics.

We’ve been tracking many of these features as well:

This is just scratching the surface though, check out the full CSS Wrapped 2025 to see what all made it into the Chrome browser in 2025. It’s been a wild year for CSS and the CSS Wrapped 2025 page itself demonstrates that in spades.

CSS Wrapped 2025 originally published on CSS-Tricks, which is part of the DigitalOcean family. You should get the newsletter.

CSS

Fit width text in 1 line of CSS

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Post pobrano z: Fit width text in 1 line of CSS

From Adam, prototyped in Chrome Canary 145:

h1 {
  text-grow: per-line scale;
}

Danny discussed this a while back when looking at different approaches for fitting text to a container, spelling out the syntax (text-shrink included) that you can find in Roma Komarov’s explainer:

text-grow: <fit-target> <fit-method>? <length>?;
text-shrink: <fit-target> <fit-method>? <length>?;
  • <fit-target>
    • per-line: For text-grow, lines of text shorter than the container will grow to fit it. For text-shrink, lines of text longer than the container will shrink to fit it.
    • consistent: For text-grow, the shortest line will grow to fit the container while all other lines grow by the same scaling factor. For text-shrink, the longest line will shrink to fit the container while all other lines shrink by the same scaling factor.
  • <fit-method> (optional)
    • scale: Scale the glyphs instead of changing the font-size.
    • scale-inline: Scale the glyphs instead of changing the font-size, but only horizontally.
    • font-size: Grow or shrink the font size accordingly.
    • letter-spacing: The letter spacing will grow/shrink instead of the font-size.
  • <length> (optional): The maximum font size for text-grow or minimum font size for text-shrink.

Notice the different fit methods — they either scale the glyphs or adjust the text’s actual font-size. So, naturally, the explainer notes that accessibility concerns are still being worked out. Like:

If an end-user tries to enlarge font size, UAs should not fit enlarged lines to the container width. Is minimum-font setting enough?

Speaking of open questions, Una Kravets highlights a few on Bluesky:

  • Should the last line of a paragraph be scaled?
  • Is the current line-height behavior as expected?
  • Should it scale non-text parts such as inline images together?

You can contribute to the discussion in the GitHub issue, of course.

Donnie D’Amato wonders if, perhaps, this idea is better suited for print styles rather than screens. That’s an excellent use case I hadn’t thought of.

We sure have come a long way from the days of magic numbers and FitText.js!

Fit width text in 1 line of CSS originally published on CSS-Tricks, which is part of the DigitalOcean family. You should get the newsletter.

CSS

What Else Could Container Queries… Query?

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Post pobrano z: What Else Could Container Queries… Query?

I’ll admit, when container queries first shipped back in 2022, I didn’t really pay attention. I mean, why container size queries when we already have media queries? Why container style queries when custom properties inherit anyway (they don’t work with standard properties… yet)? Their use cases seemed like edge cases to me, enabling us to do things that we could already do but in a different way.

Here’s a container size queries demo by Kevin Powell. As a note, all major browsers support size queries in the following demo, but other demos in this article may require the latest Chrome.

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Container style queries (with the new range syntax) demo by, uh, me:

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And more recently, we’ve seen a couple more types of container queries pop up.

Container Scroll-State Queries

Container scroll-state queries came along with their unique capabilities — the ability to find out whether a container is scrollable, or is scroll-snapped to a scroll target, or has position: sticky and is ‘stuck.’ Literally, as I’m writing this, Chrome announced scrolled support, which is a bit different to scrollable.

Container scroll-state queries demo by our very own Geoff Graham:

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And that’s not all we’ve got…

Anchored container queries

The latest container query feature is anchored container queries, which enable us to query fallback positions. Imagine that you anchor-position a tooltip caret to the left side of a tooltip, but then there’s no room to display the tooltip, so you flip it to the opposite side of whatever triggers it using position-try-fallbacks: flip-inline. Well, an anchored container query can detect when the tooltip position is flipped so that we can also flip the tooltip caret to the opposite side of the tooltip.

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What else?

So, it got me thinking, how far can we really go with container queries? There are dozens of media queries now, so what if there were dozens of container queries as well? What could we use them for?

Get any computed value

Recently I was exploring the current and future methods of getting the value of a CSS property and using it with another property, and as you can imagine, container size queries were mentioned since they unlock container query units. I mean, have you ever added a wrapper element or defined an existing one as a container just to access container query units?

<parent> {
  /* Gimme container query units! */
  container-type: inline-size;

  <child> {
    width: 100cqi;
  }
}

Now, I don’t love container queries as a means of getting values because the syntax can be a bit long-winded for that (longer than the example above, and size queries in particular are a bit quirky), but the fact that we can use them to do a little more than querying is testament to how versatile they are as a feature. As an alternative, I suggested a CSS function called compute(), where if you wanted the height of something (or the “something” of anything), we could steal it from another element like this:

<parent> {
  <child> {
    /* Computed height of <child> */
    property: compute(height, self);
    /* Computed height of the parent */
    property: compute(height, inherit);
    /* Computed height of #abc element */
    property: compute(height, #abc);
  }
}

This would save us from having to implement a container size query just to use its container query units, and would also apply to all properties. Besides, a container size query wouldn’t help us to acquire the un-computed declared value that we actually typed out. For that, the inherit() function has been proposed and Roma even shows us how to use it in Chrome Canary.

To add, I really like the keyword approach and would love to see more keywords like currentColor (e.g., currentBackgroundColor has been proposed).

Still, if container queries could be extended to get the value of any CSS property, I definitely wouldn’t say no to that! The flexibility to pass properties/values between elements is way too enticing.

Query any CSS property

This feature has actually been on the slate since container style queries were first proposed, but there’s no telling when it will arrive. This container style query upgrade will enable us to query the (un-computed/declared) value of any CSS property instead of just custom properties (although you won’t be able to ‘get’ and use those values, at least as far as I know).

Any CSS property? Uh, doesn’t that make all of the other container queries redundant? Not quite, no.

Container scroll-state queries detect snapping and stickiness, for which there are no pseudo-classes — but maybe there should be? They also detect scrollability, since, for example, overflow: scroll and overflow: visible doesn’t mean that the content is actually overflowing, only that we’re allowed to scroll the container if it does. Finally, anchored container queries don’t query the position-try-fallbacks value, they detect when, for example, the position-area is flipped.

So, you know, they do a whole bunch of stuff, and that’s why this upgrade for container style queries won’t replace them. In fact, I can totally see dozens of new container query features hitting the web within the next few years.

So, what else could container queries do?

Before container queries were even a thing, great ideas were being put forward. Of course, some of them actually became container queries whereas others are still just that — great ideas that haven’t gone anywhere (again…yet?).

I’m confident that we’ll see these ideas realized at some point, either as container queries or as some other syntax. Heck, since it’s December, I’ll make it my prediction for 2026: container queries will rule 2026.

What else do you want container queries to do?

References

What Else Could Container Queries… Query? originally published on CSS-Tricks, which is part of the DigitalOcean family. You should get the newsletter.

CSS

CSS shape() Commands

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Post pobrano z: CSS shape() Commands

The CSS shape() function recently gained support in both Chromium and WebKit browsers. It’s a way of drawing complex shapes when clipping elements with the clip-path property. We’ve had the ability to draw basic shapes for years — think circle, ellipse(), and polygon() — but no “easy” way to draw more complex shapes.

Well, that’s not entirely true. It’s true there was no “easy” way to draw shapes, but we’ve had the path() function for some time, which we can use to draw shapes using SVG commands directly in the function’s arguments. This is an example of an SVG path pulled straight from WebKit’s blog post linked above:

<svg viewBox="0 0 150 100" xmlns="http://www.w3.org/2000/svg">
  <path fill="black" d="M0 0 L 100 0 L 150 50 L 100 100 L 0 100 Q 50 50 0 0 z " />
</svg>

Which means we can yank those <path> coordinates and drop them into the path() function in CSS when clipping a shape out of an element:

.clipped {
  clip-path: path("M0 0 L 100 0 L 150 50 L 100 100 L 0 100 Q 50 50 0 0 z");
}

I totally understand what all of those letters and numbers are doing. Just kidding, I’d have to read up on that somewhere, like Myriam Frisano’s more recent “Useful Recipes For Writing Vectors By Hand” article. There’s a steep learning curve to all that, and not everyone — including me — is going down that nerdy, albeit interesting, road. Writing SVG by hand is a niche specialty, not something you’d expect the average front-ender to know. I doubt I’m alone in saying I’d rather draw those vectors in something like Figma first, export the SVG code, and copy-paste the resulting paths where I need them.

The shape() function is designed to be more, let’s say, CSS-y. We get new commands that tell the browser where to draw lines, arcs, and curves, just like path(), but we get to use plain English and native CSS units rather than unreadable letters and coordinates. That opens us up to even using CSS calc()-ulations in our drawings!

Here’s a fairly simple drawing I made from a couple of elements. You’ll want to view the demo in either Chrome 135+ or Safari 18.4+ to see what’s up.

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So, instead of all those wonky coordinates we saw in path(), we get new terminology. This post is really me trying to wrap my head around what those new terms are and how they’re used.

In short, you start by telling shape() where the starting point should be when drawing. For example, we can say “from top left” using directional keywords to set the origin at the top-left corner of the element. We can also use CSS units to set that position, so “from 0 0” works as well. Once we establish that starting point, we get a set of commands we can use for drawing lines, arcs, and curves.

I figured a table would help.

Command What it means Usage Examples
line A line that is drawn using a coordinate pair The by keyword sets a coordinate pair used to determine the length of the line. line by -2px 3px
vline Vertical line The to keyword indicates where the line should end, based on the current starting point.

The by keyword sets a coordinate pair used to determine the length of the line.

 vline to 50px
hline Horizontal line The to keyword indicates where the line should end, based on the current starting point.

The by keyword sets a coordinate pair used to determine the length of the line.

 hline to 95%
arc An arc (oh, really?!). An elliptical one, that is, sort of like the rounded edges of a heart shape. The to keyword indicates where the arc should end.

The with keyword sets a pair of coordinates that tells the arc how far right and down the arc should slope.

The of keyword specifies the size of the ellipse that the arc is taken from. The first value provides the horizontal radius of the ellipse, and the second provides the vertical radius. I’m a little unclear on this one, even after playing with it.

 arc to 10% 50% of 1%
curve A curved line The to keyword indicates where the curved line should end.

The with keyword sets “control points” that affect the shape of the curve, making it deep or shallow.

 curve to 0% 100% with 50% 0%
smooth Adds a smooth Bézier curve command to the list of path data commands The to keyword indicates where the curve should end.

The by keyword sets a coordinate pair used to determine the length of the curve.

The with keyword specifies control points for the curve.

 I have yet to see any examples of this in the wild, but let me know if you do, and I can add it here.

The spec is dense, as you might expect with a lot of moving pieces like this. Again, these are just my notes, but let me know if there’s additional nuance you think would be handy to include in the table.

Oh, another fun thing: you can adjust the shape() on hover/focus. The only thing is that I was unable to transition or animate it, at least in the current implementation.

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CSS shape() Commands originally published on CSS-Tricks, which is part of the DigitalOcean family. You should get the newsletter.

CSS

State of Devs: A Survey for Every Developer

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Post pobrano z: State of Devs: A Survey for Every Developer

I don’t know if I should say this on a website devoted to programming, but I sometimes feel like *lowers voice* coding is actually the least interesting part of our lives.

After all, last time I got excited meeting someone at a conference it was because we were both into bouldering, not because we both use React. And The Social Network won an Oscar for the way it displayed interpersonal drama, not for its depiction of Mark Zuckerberg’s PHP code. 

Yet for the past couple years, I’ve been running developer surveys (such as the State of JS and State of CSS) that only ask about code. It was time to fix that. 

A new kind of survey

The State of Devs survey is now open to participation, and unlike previous surveys it covers everything except code: career, workplace, but also health, hobbies, and more. 

I’m hoping to answer questions such as:

  • What are developers’ favorite recent movies and video games?
  • What kind of physical activity do developers practice?
  • How much sleep are we all getting?

But also address more serious topics, including:

  • What do developers like about their workplace?
  • What factors lead to workplace discrimination?
  • What global issues are developers most concerned with?

Reaching out to new audiences

Another benefit from branching out into new topics is the chance to reach out to new audiences.

It’s no secret that people who don’t fit the mold of the average developer (whether because of their gender, race, age, disabilities, or a myriad of other factors) often have a harder time getting involved in the community, and this also shows up in our data. 

In the past, we’ve tried various outreach strategies to help address these imbalances in survey participation, but the results haven’t always been as effective as we’d hoped. 

So this time, I thought I’d try something different and have the survey itself include more questions relevant to under-represented groups, asking about workplace discrimination:

Question: Have you ever experiences discrimination in the workplace based on any of the following factors?

As well as actions taken in response to said discrimination:

Question: Have you taken any of the following actions in response to workplace issues?

Yet while obtaining a more representative data sample as a result of this new focus would be ideal, it isn’t the only benefit. 

The most vulnerable among us are often the proverbial canaries in the coal mine, suffering first from issues or policies that will eventually affect the rest of the community as well, if left unchecked. 

So, facing these issues head-on is especially valuable now, at a time when “DEI” is becoming a new taboo, and a lot of the important work that has been done to make things slightly better over the past decade is at risk of being reversed.

The big questions

Finally, the survey also tries to go beyond work and daily life to address the broader questions that keep us up at night:

Question: What global issues are currently most concerning to you?

There’s been talk in recent years about keeping the workplace free of politics. And why I can certainly see the appeal in that, in 2025, it feels harder than ever to achieve that ideal. At a time when people are losing rights and governments are sliding towards authoritarianism, should we still pretend that everything is fine? Especially when you factor in the fact that the tech community is now a major political player in its own right…

So while I didn’t push too far in that direction for this first edition of the survey, one of my goals for the future is to get a better grasp of where exactly developers stand in terms of ideology and worldview. Is this a good idea, or should I keep my distance from any hot-button issues? Don’t hesitate to let me know what you think, or suggest any other topic I should be asking about next time. 

In the meantime, go take the survey, and help us get a better picture of who exactly we all are!

State of Devs: A Survey for Every Developer originally published on CSS-Tricks, which is part of the DigitalOcean family. You should get the newsletter.