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Future CSS Tip! 🍏 You could create those Apple-style dynamic CTA reveals with container style queries and scroll-driven animations with zero JavaScript 👀 (Sticking to the #AppleEvent theme) .cta { animation: activate both, activate reverse; animation-timeline: --section, view(); animation-range: entry, cover 50%; } keyframes activate { 0% { --active:... 0; } 100% { --active: 1; } } @ container style(--active: 1) { .cta__bloom { scale: 0.99; transition: scale 0.5s var(--back); /* 👈 linear() */ } .cta a { scale: 1; grid-template-columns: var(--content-size, auto) 36px; transition: scale 0.2s 0s, grid-template-columns 0.5s 0.6s var(--elastic); } } There's a fair bit of code here 🤯 But, the idea is this... 1. Use a scroll-driven animation scoped to each section for each CTA to change a custom property value (--activate) between 1 and 0. 2. Use a container style query to dictate the transition sequence for each moving part making use of transition-delay. 3. Make use of linear() easing to get the right effect ⚡️ It's wild to put all these APIs together and see what's possible. There are likely some spots to tidy this up 💯 These are powerful combinations for sure though! 💪 CodePen.IO link below! 👇show more

jhey ʕ•ᴥ•ʔ

146,446 subscribers

180,836 次观看 • 2 年前 •via X (Twitter)

科学技术 #AppleEvent

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jhey ʕ•ᴥ•ʔ 的头像

jhey ʕ•ᴥ•ʔ2 年前

Here's that @CodePen link! 🚀 You'll need to be in Chrome 115+ to see everything working as it should 🤞 We're combining: – Scroll-driven animation – linear() easing – Container style queries

jhey ʕ•ᴥ•ʔ 的头像

jhey ʕ•ᴥ•ʔ2 年前

Missed the details around linear() easing functions? Here's the post I made about them 😉 The @smashingmag article should be landing this week I think 🤔

jhey ʕ•ᴥ•ʔ 的头像

jhey ʕ•ᴥ•ʔ2 年前

@smashingmag Want to read about how to combine container-style queries with scroll-driven animations? 🤓 @bramus has you covered 👇 In fact, I'm not sure dictating the transition steps as they have been done in this demo would work going down the `calc` route 🤔

jhey ʕ•ᴥ•ʔ 的头像

jhey ʕ•ᴥ•ʔ2 年前

Only went and uploaded the wrong video 🤦‍♂️😅

❮λ❯ Elefunc 🌐 的头像

❮λ❯ Elefunc 🌐2 年前

🎁 Upgrade to @RTCode_io ↓ ⚡️ see your changes in real-time ⌨️ adjust selected numbers with ↑↓ keys ⋯ no waits/no reloads Swap codepen .io /⋯/pen/⋯ with ↓ xcodepen

OBODUGO 的头像

OBODUGO2 年前

🫡🫡 great, as usual!

Javier Balvin Lau 的头像

Javier Balvin Lau2 年前

@SaveToNotion #Tweets

Vamsi Krishna 的头像

Vamsi Krishna2 年前

Advanced Css tips

Ashraf Chowdury 的头像

Ashraf Chowdury2 年前

Wow, it looks magnificent 😍 Great share, jhey 👏

Matt 的头像

Matt2 年前

Gunna be a game changer for hen this has full support

相关视频

CSS scroll-driven "CTA to Nav" 🗺️ nav { grid-template-columns: auto calc(var(--grow) * 240px) auto; transition: 1s var(--custom); } @keyframes expand { to { --expand: 1; } } body { animation: expand steps(1); animation-timeline: --hero; animation-range: exit; }

CSS scroll-driven "CTA to Nav" 🗺️ nav { grid-template-columns: auto calc(var(--grow) * 240px) auto; transition: 1s var(--custom); } @keyframes expand { to { --expand: 1; } } body { animation: expand steps(1); animation-timeline: --hero; animation-range: exit; }

jhey ʕ•ᴥ•ʔ

263,235 次观看 • 2 年前

CSS Tip! 🍬 You can create a CSS-only sticky CTA using position: sticky or scroll-driven animations 🤙 .cta { position: sticky; margin-top: 110vh; bottom: 2rem; /* 👈 Stick! */ } This is one way 👀 This first way relies on you setting a layout on the body and putting the CTA in a zero-space part of the layout body { display: grid; grid-template-columns: auto 0; } The children of the body are an element with your content and then the CTA. You could also use display:flex too. .content { flex: 1 0 100%; } .cta { place-self: end; } As you scroll the body, the CTA comes into view and sticks in position 🙌 That's one way. If you want to take it further and do something like flip between showing or not, maybe scale it up, or add some special easing, etc. an animation is another way 📜 First, change the styles for your CTA. Note the translate property that's powered by a custom property .cta { position: fixed; bottom: 2rem; right: 2rem; translate: 0 calc(20vh - (var(--show) * 20vh)); transition: translate 0.875s var(--elastic); } Next you need a custom property that you're going to animate @property --show { inherits: true; initial-value: 0; syntax: ' '; } Lastly, you animate this value on the body. As the property value changes, the value will trickle down to the CTA @supports (animation-timeline: scroll()) { body { animation: show-cta both steps(1); animation-timeline: scroll(root); animation-range: 0 10vh; } @keyframes show-cta { to { --show: 1; } } } Using @supports you can use this as a progressive enhancement. If scroll-driven animations are supported, use them. Otherwise fallback to using position: sticky 🤙 That's it! As always, any questions or requests, hit me up! 🙏 CodePen.IO link below! 👇

CSS Tip! 🍬 You can create a CSS-only sticky CTA using position: sticky or scroll-driven animations 🤙 .cta { position: sticky; margin-top: 110vh; bottom: 2rem; /* 👈 Stick! / } This is one way 👀 This first way relies on you setting a layout on the body and putting the CTA in a zero-space part of the layout body { display: grid; grid-template-columns: auto 0; } The children of the body are an element with your content and then the CTA. You could also use display:flex too. .content { flex: 1 0 100%; } .cta { place-self: end; } As you scroll the body, the CTA comes into view and sticks in position 🙌 That's one way. If you want to take it further and do something like flip between showing or not, maybe scale it up, or add some special easing, etc. an animation is another way 📜 First, change the styles for your CTA. Note the translate property that's powered by a custom property .cta { position: fixed; bottom: 2rem; right: 2rem; translate: 0 calc(20vh - (var(--show) 20vh)); transition: translate 0.875s var(--elastic); } Next you need a custom property that you're going to animate @property --show { inherits: true; initial-value: 0; syntax: ' '; } Lastly, you animate this value on the body. As the property value changes, the value will trickle down to the CTA @supports (animation-timeline: scroll()) { body { animation: show-cta both steps(1); animation-timeline: scroll(root); animation-range: 0 10vh; } @keyframes show-cta { to { --show: 1; } } } Using @supports you can use this as a progressive enhancement. If scroll-driven animations are supported, use them. Otherwise fallback to using position: sticky 🤙 That's it! As always, any questions or requests, hit me up! 🙏 CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

133,020 次观看 • 2 年前

CSS Tip! 📜 You can use scroll-driven animations to progressively enhance collapsing a floating call to action 🤏 .cta { animation: shrink; animation-timeline: scroll(); animation-range: 0 100px; } @keyframes shrink { to { width: 48px; } } That's the gist of it. Use the body scroll position with animation-timeline: scroll(). Define the animation-range as when you have scrolled 100px. There's a little more though 🤓 That would "scrub" the width animation. Ideally, you want to trigger that animation. You could animate a custom property with steps() timing and use that to define the width ✨ @property --scrub { syntax: ' '; inherits: true; initial-value: 0; } body { animation: scrub both steps(1, end); animation-timeline: scroll(); animation-range: 0 100px; } Then transition the --scrub property on the CTA and use it for the width 🤙 .cta { transition: --scrub 0.2s; width: calc(48px + (120px * (1 - (var(--scrub) / 100)))); } Other animations are a matter of preference and timing. For example, you could then make the hand wave, scale down the size, and then slide a gradient across 😉 They have the same structure and technique as the original concept. Waving the hand? 👋 Run it twice, offset the transform-origin. .hand { animation: wave both linear 2; animation-timeline: scroll(); animation-range: 30vh 50vh; transform-origin: 65% 75%; } @keyframes wave { 50% { rotate: 20deg; } } How's it progressively enhanced? Wrap everything in a @supports query and a @media query. If there isn't support, users still get a good experience. It's a floating action button that's circular and already collapsed 🤙 @supports(animation-timeline: scroll()) { @media(prefers-reduced-motion: no-preference) {...} } Definitely have a play with the code. Amazing what we're going to be able to do with CSS alone! 🔥 CodePen.IO link below! 👇

CSS Tip! 📜 You can use scroll-driven animations to progressively enhance collapsing a floating call to action 🤏 .cta { animation: shrink; animation-timeline: scroll(); animation-range: 0 100px; } @keyframes shrink { to { width: 48px; } } That's the gist of it. Use the body scroll position with animation-timeline: scroll(). Define the animation-range as when you have scrolled 100px. There's a little more though 🤓 That would "scrub" the width animation. Ideally, you want to trigger that animation. You could animate a custom property with steps() timing and use that to define the width ✨ @property --scrub { syntax: ' '; inherits: true; initial-value: 0; } body { animation: scrub both steps(1, end); animation-timeline: scroll(); animation-range: 0 100px; } Then transition the --scrub property on the CTA and use it for the width 🤙 .cta { transition: --scrub 0.2s; width: calc(48px + (120px * (1 - (var(--scrub) / 100)))); } Other animations are a matter of preference and timing. For example, you could then make the hand wave, scale down the size, and then slide a gradient across 😉 They have the same structure and technique as the original concept. Waving the hand? 👋 Run it twice, offset the transform-origin. .hand { animation: wave both linear 2; animation-timeline: scroll(); animation-range: 30vh 50vh; transform-origin: 65% 75%; } @keyframes wave { 50% { rotate: 20deg; } } How's it progressively enhanced? Wrap everything in a @supports query and a @media query. If there isn't support, users still get a good experience. It's a floating action button that's circular and already collapsed 🤙 @supports(animation-timeline: scroll()) { @media(prefers-reduced-motion: no-preference) {...} } Definitely have a play with the code. Amazing what we're going to be able to do with CSS alone! 🔥 CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

177,781 次观看 • 2 年前

$CSS container query for when an element is stuck with position: sticky 🔥 nav { container-type: scroll-state; } @container scroll-state(stuck: top) { .nav__content { --expand: 1; } } use custom property to morph CTA into a nav bar with transitioned grid-template-columns 😎$

CSS container query for when an element is stuck with position: sticky 🔥 nav { container-type: scroll-state; } @container scroll-state(stuck: top) { .nav__content { --expand: 1; } } use custom property to morph CTA into a nav bar with transitioned grid-template-columns 😎

jhey ʕ•ᴥ•ʔ

88,665 次观看 • 1 年前

CSS Tip! 📜 You could create a sticky popout bento effect with position: sticky and scroll-driven animation 🤩 The trick is to use position: sticky with bottom instead of top like we would usually 🤙 Then we can use scroll-driven animation as a progressive enhancement to fade things and move the phone around ✨ section { view-timeline-name: --section; } .phone { scale: 1.5; translate: 30% 0; animation-name: slip, slide; 👈 2 scroll animations animation-timing-function: linear; animation-fill-mode: both; animation-range: 👈 2 ranges entry 50% entry 60%, exit 10% exit 25%; animation-timeline: --section; } keyframes slip { to { translate: -5% 0; scale: 1 } } keyframes slide { to { translate: -5% 30%; } } If scroll-driven animations aren't supported, we still provide a neat effect using position: sticky alone 😎 The trick to that is having an absolutely positioned card that comes up from beneath the phone image and gives the illusion that they're joined. But, they aren't! CodePen.IO link below! 👇 cc Aaron Stezycki

CSS Tip! 📜 You could create a sticky popout bento effect with position: sticky and scroll-driven animation 🤩 The trick is to use position: sticky with bottom instead of top like we would usually 🤙 Then we can use scroll-driven animation as a progressive enhancement to fade things and move the phone around ✨ section { view-timeline-name: --section; } .phone { scale: 1.5; translate: 30% 0; animation-name: slip, slide; 👈 2 scroll animations animation-timing-function: linear; animation-fill-mode: both; animation-range: 👈 2 ranges entry 50% entry 60%, exit 10% exit 25%; animation-timeline: --section; } keyframes slip { to { translate: -5% 0; scale: 1 } } keyframes slide { to { translate: -5% 30%; } } If scroll-driven animations aren't supported, we still provide a neat effect using position: sticky alone 😎 The trick to that is having an absolutely positioned card that comes up from beneath the phone image and gives the illusion that they're joined. But, they aren't! CodePen.IO link below! 👇 cc Aaron Stezycki

jhey ʕ•ᴥ•ʔ

341,765 次观看 • 2 年前

CSS Trick 📜 You can trigger text highlights on scroll with scroll-driven animations 😎 mark { animation: highlight; animation-timeline: view(); } @keyframes highlight { to { --lit: 1; }} mark span { background-position: calc(var(--lit) * -110%) 0; transition: background 1s; } The trick is using a scroll-driven animation to flip a custom property on a element 🎚️ You flip the value between 0 and 1, and that transitions the background position of the element mark { --lit: 0; animation: highlight steps(1) both; animation-timeline: view(); animation-range: entry 100% cover 10%; } The background has to be applied on a child of the mark to see the change in the custom property 👀 mark span { background: linear-gradient( 120deg, yellow 50%, transparent 50%) 110% 0 / 220% 100% no-repeat; background-position: calc(var(--lit) * 110%) 0; transition: background-position 1s; } The trick is to set the background-size so that it's bigger than the element and then split the background-color in the middle using a linear-gradient 🤙 And the property flips fills in the color 🫶 That's it! If there isn't support for scroll-driven animations, use JavaScript's IntersectionObserver API. The code for this is in the demo 😎 Cool example of using CSS as an IntersectionObserver! CodePen.IO link below 👇

CSS Trick 📜 You can trigger text highlights on scroll with scroll-driven animations 😎 mark { animation: highlight; animation-timeline: view(); } @keyframes highlight { to { --lit: 1; }} mark span { background-position: calc(var(--lit) * -110%) 0; transition: background 1s; } The trick is using a scroll-driven animation to flip a custom property on a element 🎚️ You flip the value between 0 and 1, and that transitions the background position of the element mark { --lit: 0; animation: highlight steps(1) both; animation-timeline: view(); animation-range: entry 100% cover 10%; } The background has to be applied on a child of the mark to see the change in the custom property 👀 mark span { background: linear-gradient( 120deg, yellow 50%, transparent 50%) 110% 0 / 220% 100% no-repeat; background-position: calc(var(--lit) * 110%) 0; transition: background-position 1s; } The trick is to set the background-size so that it's bigger than the element and then split the background-color in the middle using a linear-gradient 🤙 And the property flips fills in the color 🫶 That's it! If there isn't support for scroll-driven animations, use JavaScript's IntersectionObserver API. The code for this is in the demo 😎 Cool example of using CSS as an IntersectionObserver! CodePen.IO link below 👇

jhey ʕ•ᴥ•ʔ

208,251 次观看 • 2 年前

Future CSS Tip! 🔮 Use scroll-driven animations to create those cool Apple-style text reveals 🔥 No JavaScript required 👀 Responsive too! 🙌 .sentence { animation: highlight; animation-timeline: view(); animation-range: cover 40% cover 75%; } CodePen.IO link below! 👇

Future CSS Tip! 🔮 Use scroll-driven animations to create those cool Apple-style text reveals 🔥 No JavaScript required 👀 Responsive too! 🙌 .sentence { animation: highlight; animation-timeline: view(); animation-range: cover 40% cover 75%; } CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

347,881 次观看 • 3 年前

Future CSS Tip! 📜 You can use scroll-driven animations like JavaScript's IntersectionObserver to animate highlights ✏️ mark { animation-name: highlight; animation-timeline: view(); } @keyframes highlight { to { --light: 1; }} mark span { background-position: calc((1 - var(--light)) * 110%) 0; transition: background 1s; } The "trick" is to animate a custom property with a scroll-driven animation. These will flip in a binary fashion if not using @property. And that's what you want. You can then use that value to set the style on the highlights ( ). What you see is the transition of a background-position to get the multi-line highlight. A technique posted on this account before 🤙 Added bonuses: – Could use another element for the author initials of a highlight and animate that in too. Here the pseudoelement is being used. But another accessible span would do the trick. – Highlight color is scoped inline via hue. – View transition theme switch for a bonus that looks like a triangle. Been messing with Vercel docs so was the easiest thing to go with 😅 CodePen.IO link below! 👇

Future CSS Tip! 📜 You can use scroll-driven animations like JavaScript's IntersectionObserver to animate highlights ✏️ mark { animation-name: highlight; animation-timeline: view(); } @keyframes highlight { to { --light: 1; }} mark span { background-position: calc((1 - var(--light)) * 110%) 0; transition: background 1s; } The "trick" is to animate a custom property with a scroll-driven animation. These will flip in a binary fashion if not using @property. And that's what you want. You can then use that value to set the style on the highlights ( ). What you see is the transition of a background-position to get the multi-line highlight. A technique posted on this account before 🤙 Added bonuses: – Could use another element for the author initials of a highlight and animate that in too. Here the pseudoelement is being used. But another accessible span would do the trick. – Highlight color is scoped inline via hue. – View transition theme switch for a bonus that looks like a triangle. Been messing with Vercel docs so was the easiest thing to go with 😅 CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

257,589 次观看 • 2 年前

CSS Tip! 🐳 You can add little details like this scale down on scroll effect with scroll-driven animations and some sticky positioning 🤙 section { animation: scale-down; animation-timeline: view(); animation-range: exit; } @keyframes scale-down { to { scale 0.8; } ] In this smaller example, you can lean into using the position to drive an animation that scales itself down as it leaves the viewport (Seen on the Apple Vision Pro site 🍏) The nice thing here is that if you don't have scroll-driven animations, the user still gets a good experience ✨ So how do you do it? There isn't much to it header { transform-origin: 50% 0%; animation: scale-down both ease-in; animation-timeline: view(); animation-range: exit; view-timeline: --header; } @keyframes scale-down { to { scale: 0.8 0.8; } } That's it. The layout makes use of position: sticky so that the element stays in the shot whilst you scroll the page. As it leaves the page, it scales down inside the 🫶 The other smol animation here is fading the overlay on the video out 😎 Real easy. You may notice the view-timeline you defined above for the 👀 header { view-timeline: --header; } You have a pseudoelement on the text content of the header that lives inside a header > section::before { background: hsl(0 0% 0% / 0.75); opacity: 1; animation: fade both linear; animation-timeline: --header; animation-range: exit-crossing 0% exit 0%; } @keyframes fade { to { opacity: 0; } } You use a slightly smaller range on this with exit-crossing to fade it out before you start the scale down animation 🤏 That's it! Thought this smaller example would be easier to grok for people 🙏 It's also covered with JavaScript if you really want it for your sites 🤙 CodePen.IO link below 👇

CSS Tip! 🐳 You can add little details like this scale down on scroll effect with scroll-driven animations and some sticky positioning 🤙 section { animation: scale-down; animation-timeline: view(); animation-range: exit; } @keyframes scale-down { to { scale 0.8; } ] In this smaller example, you can lean into using the position to drive an animation that scales itself down as it leaves the viewport (Seen on the Apple Vision Pro site 🍏) The nice thing here is that if you don't have scroll-driven animations, the user still gets a good experience ✨ So how do you do it? There isn't much to it header { transform-origin: 50% 0%; animation: scale-down both ease-in; animation-timeline: view(); animation-range: exit; view-timeline: --header; } @keyframes scale-down { to { scale: 0.8 0.8; } } That's it. The layout makes use of position: sticky so that the element stays in the shot whilst you scroll the page. As it leaves the page, it scales down inside the 🫶 The other smol animation here is fading the overlay on the video out 😎 Real easy. You may notice the view-timeline you defined above for the 👀 header { view-timeline: --header; } You have a pseudoelement on the text content of the header that lives inside a header > section::before { background: hsl(0 0% 0% / 0.75); opacity: 1; animation: fade both linear; animation-timeline: --header; animation-range: exit-crossing 0% exit 0%; } @keyframes fade { to { opacity: 0; } } You use a slightly smaller range on this with exit-crossing to fade it out before you start the scale down animation 🤏 That's it! Thought this smaller example would be easier to grok for people 🙏 It's also covered with JavaScript if you really want it for your sites 🤙 CodePen.IO link below 👇

jhey ʕ•ᴥ•ʔ

146,270 次观看 • 2 年前

$CSS Tip! 💫 You can create this responsive perspective warp animation with 3D CSS and container queries ✨ (Video reveals trick 👀) .warp { container-type: size; perspective: 100px; transform-style: preserve-3d; resize: both; overflow: hidden; } Couple of tricks in this one 🤓 The main idea is to create a tunnel (an open-ended cube). On each side of the tunnel, use linear-gradient to create the grid lines ✨ .side { background: linear-gradient(#fff 0 1px, transparent 1px 5%) 50% 0 / 5% 5%, linear-gradient(90deg, #fff 0 1px, transparent 1px 5%) 50% 50% / 5% 5%; } To position each side, you rotate on the x-axis by 90deg. Each side would become invisible at this point. So you give the scene perspective 😉 .warp__side--top { width: 100cqi; height: 100cqmax; transform-origin: 50% 0%; transform: rotateX(-90deg); } The cool part here is that you want to make each side the same height. But the container is responsive. So you can use a container query and make sure each side is 100cqmax tall 🫶 Then the "beams". Each side contains "beams". They have different colors, sizes, and positions, and move at different speeds ⚡️ We can control that through scoped custom properties. .beam { width: 5%; position: absolute; top: 0; left: calc(var(--x, 0) * 5%); aspect-ratio: 1 / 2; background: linear-gradient( hsl(var(--hue) 80% 60%), transparent ); translate: 0 100%; animation: warp calc(var(--speed, 0) * 1s) calc(var(--delay, 0) * -1s) infinite linear; } The magic here is though that a beam's animation is as basic as translating it from the top of the side to the bottom. And you can get that distance with a container query again 🔥 @keyframes warp { 0% { translate: -50% 100cqmax; } 100% { translate: -50% -100%; } } And that is pretty much it! A cool warp animation effect using 3D CSS and container queries ⚡️ If you have any questions, let me know ᵔᴥᵔ CodePen.IO link below! 👇$

CSS Tip! 💫 You can create this responsive perspective warp animation with 3D CSS and container queries ✨ (Video reveals trick 👀) .warp { container-type: size; perspective: 100px; transform-style: preserve-3d; resize: both; overflow: hidden; } Couple of tricks in this one 🤓 The main idea is to create a tunnel (an open-ended cube). On each side of the tunnel, use linear-gradient to create the grid lines ✨ .side { background: linear-gradient(#fff 0 1px, transparent 1px 5%) 50% 0 / 5% 5%, linear-gradient(90deg, #fff 0 1px, transparent 1px 5%) 50% 50% / 5% 5%; } To position each side, you rotate on the x-axis by 90deg. Each side would become invisible at this point. So you give the scene perspective 😉 .warp__side--top { width: 100cqi; height: 100cqmax; transform-origin: 50% 0%; transform: rotateX(-90deg); } The cool part here is that you want to make each side the same height. But the container is responsive. So you can use a container query and make sure each side is 100cqmax tall 🫶 Then the "beams". Each side contains "beams". They have different colors, sizes, and positions, and move at different speeds ⚡️ We can control that through scoped custom properties. .beam { width: 5%; position: absolute; top: 0; left: calc(var(--x, 0) * 5%); aspect-ratio: 1 / 2; background: linear-gradient( hsl(var(--hue) 80% 60%), transparent ); translate: 0 100%; animation: warp calc(var(--speed, 0) * 1s) calc(var(--delay, 0) * -1s) infinite linear; } The magic here is though that a beam's animation is as basic as translating it from the top of the side to the bottom. And you can get that distance with a container query again 🔥 @keyframes warp { 0% { translate: -50% 100cqmax; } 100% { translate: -50% -100%; } } And that is pretty much it! A cool warp animation effect using 3D CSS and container queries ⚡️ If you have any questions, let me know ᵔᴥᵔ CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

187,474 次观看 • 2 年前

Future CSS Tip! 📜 You can create these landing page effects with CSS scroll-driven animations and zero JavaScript 🔥 Blurred text on exit? 👀 @keyframes fade { to { opacity: 0; filter: blur(2rem); } } h2 { animation: fade; animation-timeline: view(); animation-range: cover 40% cover 85%; } Lots of treats in this one! ✨ How about the circular shape on scroll? That's an animated clip-path 😮 @keyframes unclip { to { clip-path: ellipse(220% 200% at 50% 175%); } } Create a clip-path with a large size that's offset vertically. On scroll, animate it in ⭐️ .content { clip-path: ellipse(220% 200% at 50% 300%); animation: unclip both linear; animation-timeline: --article; animation-range: entry; } That second section combines unclipping with scaling down an image at the same time 🤓 Using the same animation-timeline 🫶 @keyframes scale-down { 0% { scale: 5; } } img { animation: scale-down; animation-timeline: --article; 👈 animation-range: entry; } Every section gets a scoped view-timeline of --article. That's scoped so we can reuse it for all the animations we need 🙌 article { view-timeline-name: --article; } Honestly, the more you play with this stuff, the more tricks you will find 💯 And it also makes you think "Wow! CSS can do this!" As always, CodePen.IO link below! 👇

Future CSS Tip! 📜 You can create these landing page effects with CSS scroll-driven animations and zero JavaScript 🔥 Blurred text on exit? 👀 @keyframes fade { to { opacity: 0; filter: blur(2rem); } } h2 { animation: fade; animation-timeline: view(); animation-range: cover 40% cover 85%; } Lots of treats in this one! ✨ How about the circular shape on scroll? That's an animated clip-path 😮 @keyframes unclip { to { clip-path: ellipse(220% 200% at 50% 175%); } } Create a clip-path with a large size that's offset vertically. On scroll, animate it in ⭐️ .content { clip-path: ellipse(220% 200% at 50% 300%); animation: unclip both linear; animation-timeline: --article; animation-range: entry; } That second section combines unclipping with scaling down an image at the same time 🤓 Using the same animation-timeline 🫶 @keyframes scale-down { 0% { scale: 5; } } img { animation: scale-down; animation-timeline: --article; 👈 animation-range: entry; } Every section gets a scoped view-timeline of --article. That's scoped so we can reuse it for all the animations we need 🙌 article { view-timeline-name: --article; } Honestly, the more you play with this stuff, the more tricks you will find 💯 And it also makes you think "Wow! CSS can do this!" As always, CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

426,422 次观看 • 2 年前

Future CSS Tip! 🔮 You can create this parallax-like image grid effect using scroll-driven animation and the reusable keyframe technique from the other day 🔥 .collage { height: 200vh; view-timeline: --collage; (The blue dashed element) } .photo { animation-name: travel; animation-fill-mode: both; animation-timing-function: linear; animation-timeline: --collage; animation-range: entry 100% exit 0%; } .photo:nth-of-type(7n + 1):nth-of-type(even) { --vertical: -100%; --horizontal: 100%; } keyframes travel { 0% { translate: 0 0; } 50% { translate: 0 var(--vertical); } 100% { translate: var(--horizontal) var(--vertical); } } CodePen.IO link below! 👇

Future CSS Tip! 🔮 You can create this parallax-like image grid effect using scroll-driven animation and the reusable keyframe technique from the other day 🔥 .collage { height: 200vh; view-timeline: --collage; (The blue dashed element) } .photo { animation-name: travel; animation-fill-mode: both; animation-timing-function: linear; animation-timeline: --collage; animation-range: entry 100% exit 0%; } .photo:nth-of-type(7n + 1):nth-of-type(even) { --vertical: -100%; --horizontal: 100%; } keyframes travel { 0% { translate: 0 0; } 50% { translate: 0 var(--vertical); } 100% { translate: var(--horizontal) var(--vertical); } } CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

268,851 次观看 • 2 年前

CSS Tip! 🔮 Use scroll-linked animations to create list animations ✨ li { view-timeline: --i inline; } .card { scale: 0.8; animation-timeline: --i; animation: s; animation-delay:cover 40%; animation-end-delay:cover 60%; } keyframes s { 50% { scale:1; }} CodePen.IO link below!👇

CSS Tip! 🔮 Use scroll-linked animations to create list animations ✨ li { view-timeline: --i inline; } .card { scale: 0.8; animation-timeline: --i; animation: s; animation-delay:cover 40%; animation-end-delay:cover 60%; } keyframes s { 50% { scale:1; }} CodePen.IO link below!👇

jhey ʕ•ᴥ•ʔ

110,212 次观看 • 3 年前

CSS Tip! 🚥 You can create these trending expanding scroll indicators with scroll-driven animations and flex 🤙 .indicator { animation: grow; animation-range: contain calc(50% - var(--size)...; animation-timeline: var(--card); } @keyframes grow { 50% { flex: 3; }} What's the trick? Put the indicators in a container using flex layout and set a width larger than the number of indicators 😉 .indicators { aspect-ratio: 7 / 1; display: flex; } Importantly, set no gap 🤏 To mimic the gap set a transparent border on each indicator and set the background using padding-box .indicator { background: linear-gradient(#fff, #fff) padding-box; border-radius: 50px; border: 4px solid transparent; } Now for the animation. You want to create a view-timeline for each card that moves across 🤙 li:nth-of-type(1) { view-timeline: --one inline; } li:nth-of-type(2) { view-timeline: --two inline; } Make sure they use the inline axis too! The trick is hoisting these view-timeline so the indicators can use them with timeline-scope 👀 .track { timeline-scope: --one, --two, ...; } All that's left is for you to create the animation piece using some calc with the card size ⚡️ .indicator { --size: calc(var(--card-width) * 0.9); animation: grow both linear; animation-range: contain calc(50% - var(--size)) contain calc(50% + var(--size)); } .indicator:nth-of-type(1) { animation-timeline: --one; } .indicator:nth-of-type(2) { animation-timeline: --two; } @keyframes grow { 50% { flex: 3; }} And there you have it, responsive scroll indicators using CSS scroll-driven animations 😎 Sprinkle a little JavaScript to make them clickable and scroll the the right card ✨ const shift = (event) => { if (event.target.tagName === "BUTTON") { const index = [...event.target.parentNode.children].indexOf(event.target); const item = document.querySelector(`li:nth-of-type(${index + 1})`); item.scrollIntoView({ behavior: "smooth", inline: "center" }); } }; As always, any questions or suggestions, let me know. I've put a JavaScript fallback in to use GSAP in browsers that don't have scroll-driven animations 🫶 CodePen.IO link below! 👇

CSS Tip! 🚥 You can create these trending expanding scroll indicators with scroll-driven animations and flex 🤙 .indicator { animation: grow; animation-range: contain calc(50% - var(--size)...; animation-timeline: var(--card); } @keyframes grow { 50% { flex: 3; }} What's the trick? Put the indicators in a container using flex layout and set a width larger than the number of indicators 😉 .indicators { aspect-ratio: 7 / 1; display: flex; } Importantly, set no gap 🤏 To mimic the gap set a transparent border on each indicator and set the background using padding-box .indicator { background: linear-gradient(#fff, #fff) padding-box; border-radius: 50px; border: 4px solid transparent; } Now for the animation. You want to create a view-timeline for each card that moves across 🤙 li:nth-of-type(1) { view-timeline: --one inline; } li:nth-of-type(2) { view-timeline: --two inline; } Make sure they use the inline axis too! The trick is hoisting these view-timeline so the indicators can use them with timeline-scope 👀 .track { timeline-scope: --one, --two, ...; } All that's left is for you to create the animation piece using some calc with the card size ⚡️ .indicator { --size: calc(var(--card-width) * 0.9); animation: grow both linear; animation-range: contain calc(50% - var(--size)) contain calc(50% + var(--size)); } .indicator:nth-of-type(1) { animation-timeline: --one; } .indicator:nth-of-type(2) { animation-timeline: --two; } @keyframes grow { 50% { flex: 3; }} And there you have it, responsive scroll indicators using CSS scroll-driven animations 😎 Sprinkle a little JavaScript to make them clickable and scroll the the right card ✨ const shift = (event) => { if (event.target.tagName === "BUTTON") { const index = [...event.target.parentNode.children].indexOf(event.target); const item = document.querySelector(`li:nth-of-type(${index + 1})`); item.scrollIntoView({ behavior: "smooth", inline: "center" }); } }; As always, any questions or suggestions, let me know. I've put a JavaScript fallback in to use GSAP in browsers that don't have scroll-driven animations 🫶 CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

575,457 次观看 • 2 年前

Future CSS Tip! 🔮 You can create responsive animated text reveals with CSS scroll-driven animations 🔥 section { /* The red element in the video */ view-timeline-name: --section; } p { animation: fill both linear; animation-timeline: --section; animation-range: cover; } keyframes fill { to { --fill: 1; } } No JavaScript required with this trick 😎 What's happening there then? Well, we're animating a custom property value using @ property. @ property --fill { initial-value: 0; syntax: ' '; inherits: true; } Then the trick is background clipping the text and filling it with a multiline background by animating the background-position to fill the text 🤓 span { background-position-x: calc(-100vmax + (var(--progress) * 100vmax)); background-clip: text; color: transparent; } CodePen.IO link below 👇

Future CSS Tip! 🔮 You can create responsive animated text reveals with CSS scroll-driven animations 🔥 section { /* The red element in the video / view-timeline-name: --section; } p { animation: fill both linear; animation-timeline: --section; animation-range: cover; } keyframes fill { to { --fill: 1; } } No JavaScript required with this trick 😎 What's happening there then? Well, we're animating a custom property value using @ property. @ property --fill { initial-value: 0; syntax: ' '; inherits: true; } Then the trick is background clipping the text and filling it with a multiline background by animating the background-position to fill the text 🤓 span { background-position-x: calc(-100vmax + (var(--progress) 100vmax)); background-clip: text; color: transparent; } CodePen.IO link below 👇

jhey ʕ•ᴥ•ʔ

408,697 次观看 • 2 年前

CSS Tip! ⭐️ You can use mix-blend-mode with scoped custom properties to create this inverted :hover effect 🤙 button > span { left: calc(var(--x, 0) * 1px); top: calc(var(--y, 0) * 1px); mix-blend-mode: difference; 👈 } The cool trick is that using mix-blend-mode acts like a color inverter which works well with monochromatic controls 😍 Saves defining the :hover colors, etc. It works it out for you! As for how to move that spot around? A teeny bit of JavaScript 🤏 const UPDATE = ({target, x, y }) => { const bounds = target.getBoundingClientRect() target.style.setProperty('--x', x - bounds.left) target.style.setProperty('--y', y - bounds.top) } const BTNS = document.querySelectorAll('button') BTNS.forEach(BTN => BTN.addEventListener('pointermove', UPDATE)) On :hover you can use a scoped custom property to change the size of the spot button:is(:hover, :focus-visible) { --active: 1; } button span { transform: translate(-50%, -50%) scale(calc(var(--active, 0) * 3); transition: transform 0.25s; } But, what about the bouncy easy? You can use linear() where supported to create a bouncy transition ✨ @supports (transition-timing-function: linear(0, 1)) { button:is(:hover, :focus-visible) span { transition-duration: 0.5s; transition-timing-function: linear( 0, 0.5007 7.21%, 0.7803 12.29%, ... ); } } That's it! Thanks for the challenge Alohe 🤙 CodePen.IO link below! 👇

CSS Tip! ⭐️ You can use mix-blend-mode with scoped custom properties to create this inverted :hover effect 🤙 button > span { left: calc(var(--x, 0) * 1px); top: calc(var(--y, 0) * 1px); mix-blend-mode: difference; 👈 } The cool trick is that using mix-blend-mode acts like a color inverter which works well with monochromatic controls 😍 Saves defining the :hover colors, etc. It works it out for you! As for how to move that spot around? A teeny bit of JavaScript 🤏 const UPDATE = ({target, x, y }) => { const bounds = target.getBoundingClientRect() target.style.setProperty('--x', x - bounds.left) target.style.setProperty('--y', y - bounds.top) } const BTNS = document.querySelectorAll('button') BTNS.forEach(BTN => BTN.addEventListener('pointermove', UPDATE)) On :hover you can use a scoped custom property to change the size of the spot button:is(:hover, :focus-visible) { --active: 1; } button span { transform: translate(-50%, -50%) scale(calc(var(--active, 0) * 3); transition: transform 0.25s; } But, what about the bouncy easy? You can use linear() where supported to create a bouncy transition ✨ @supports (transition-timing-function: linear(0, 1)) { button:is(:hover, :focus-visible) span { transition-duration: 0.5s; transition-timing-function: linear( 0, 0.5007 7.21%, 0.7803 12.29%, ... ); } } That's it! Thanks for the challenge Alohe 🤙 CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

152,854 次观看 • 2 年前

CSS Tip! 📜 You can create scroll-driven micro-interactions with animation-timeline and custom properties 🔥 .search { animation: shrink; animation-timeline: scroll(); animation-range: 0 calc(var(--header-height) * 0.5); } @keyframes shrink { to { width: calc(100% - var(--button-size); } } The --header-height is being used to dictate the container height for the header. You can use that for the animation-range used across different scroll animations 🤙 For another example, you can animate the box-shadow reveal on the header once the search has stuck 🍡 header { animation: shadow; animation-timeline: scroll(); animation-range: var(--header-height) calc(var(--header-height) * 1.5); } @keyframes shadow { to { box-shadow: 0 5px 10px hsl(0 0% 0%); } } Then you have the little extras! 🧸🎈 Everything powered by the scroll() animation-timeline which hooks into the page scroll. And then using the --header-height in the different animation-range ✨ Give it a try! ⭐️ CodePen.IO link below! 👇

CSS Tip! 📜 You can create scroll-driven micro-interactions with animation-timeline and custom properties 🔥 .search { animation: shrink; animation-timeline: scroll(); animation-range: 0 calc(var(--header-height) * 0.5); } @keyframes shrink { to { width: calc(100% - var(--button-size); } } The --header-height is being used to dictate the container height for the header. You can use that for the animation-range used across different scroll animations 🤙 For another example, you can animate the box-shadow reveal on the header once the search has stuck 🍡 header { animation: shadow; animation-timeline: scroll(); animation-range: var(--header-height) calc(var(--header-height) * 1.5); } @keyframes shadow { to { box-shadow: 0 5px 10px hsl(0 0% 0%); } } Then you have the little extras! 🧸🎈 Everything powered by the scroll() animation-timeline which hooks into the page scroll. And then using the --header-height in the different animation-range ✨ Give it a try! ⭐️ CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

495,420 次观看 • 2 年前

those little details™ Scale up and down on scroll with CSS 📜✨ a { animation: scale, scale; animation-direction: normal, reverse; animation-timeline: view(inline); animation-range: entry, exit; } @keyframes scale { 0% { scale: 0; } }

those little details™ Scale up and down on scroll with CSS 📜✨ a { animation: scale, scale; animation-direction: normal, reverse; animation-timeline: view(inline); animation-range: entry, exit; } @keyframes scale { 0% { scale: 0; } }

jhey ʕ•ᴥ•ʔ

246,038 次观看 • 2 年前

CSS Tip! 🎠 You can create a responsive infinite marquee animation with container queries and no duplicate items 🤙 li{ animation: slide; } @keyframes slide { to { translate: 0% calc(var(--i) * -100%);}} The trick is animating the items, not the list 😎 More tricks 👇 To get this one working, you need to animate the items and not the list (Watch the video first?). Each item needs to know its row index (--i) in the list and the parent needs to know how many rows are in the list: ul { --count: 12; } li:nth-of-type(1), li:nth-of-type(2) { --i: 0; } li:nth-of-type(3), li:nth-of-type(4) { --i: 1; } Once you have that, translate each item based on its row index in the list li { translate: 0% calc((var(--count) - var(--i)) * 100%); } Now for the animation. The key here is that each row has an animation-delay calculated from its index (--i). That number is offset to make it negative so the animation start is offset ✨ ul { --duration: 10s; } li { --delay: calc((var(--duration) / var(--count)) * (var(--i) - 8)); animation: slide var(--duration) var(--delay) infinite linear; } Make sure to wrap that animation in: @media (prefers-reduced-motion: no-preference) { ... } Lastly, the fun parts! 🤓 To create the "vignette" mask. Use a layered mask on the container 😷 .scene { --buff: 3rem; height: 100%; width: 100%; mask: linear-gradient(transparent, white var(--buff) calc(100% - var(--buff)), transparent), linear-gradient(90deg, transparent, white var(--buff) calc(100% - var(--buff)), transparent); mask-composite: intersect; } To create the 3D skewed effect, use a chained transform (Try toggling it in the demo ⚡️): .grid { transform: rotateX(20deg) rotateZ(-20deg) skewX(20deg); } As for the responsive part, use container queries! 🔥 article { container-type: inline-size; } When the article (card) is narrower than 400px update the grid and animation settings 🤙 Double the rows means double the duration! @container (width < 400px) { .grid { --count: 12; grid-template-columns: 1fr; } li:nth-of-type(1) { --i: 0; } li:nth-of-type(2) { --i: 1; } li:nth-of-type(3) { --i: 2; } li:nth-of-type(4) { --i: 3; } li { --duration: 20s; } } CSS has the magic to be able to update those animations at runtime based on your custom property values 😎 An added bonus in this demo is that it doesn't require any JavaScript at all, for any of it 🤯 We can use CSS :has() for those toggles that update the styles, even the theme toggle! 🫶 Any questions, let me know! Make sure to check out the video. Will do a walkthrough one to follow-up 🤙 CodePen.IO link below! 👇

CSS Tip! 🎠 You can create a responsive infinite marquee animation with container queries and no duplicate items 🤙 li{ animation: slide; } @keyframes slide { to { translate: 0% calc(var(--i) * -100%);}} The trick is animating the items, not the list 😎 More tricks 👇 To get this one working, you need to animate the items and not the list (Watch the video first?). Each item needs to know its row index (--i) in the list and the parent needs to know how many rows are in the list: ul { --count: 12; } li:nth-of-type(1), li:nth-of-type(2) { --i: 0; } li:nth-of-type(3), li:nth-of-type(4) { --i: 1; } Once you have that, translate each item based on its row index in the list li { translate: 0% calc((var(--count) - var(--i)) * 100%); } Now for the animation. The key here is that each row has an animation-delay calculated from its index (--i). That number is offset to make it negative so the animation start is offset ✨ ul { --duration: 10s; } li { --delay: calc((var(--duration) / var(--count)) * (var(--i) - 8)); animation: slide var(--duration) var(--delay) infinite linear; } Make sure to wrap that animation in: @media (prefers-reduced-motion: no-preference) { ... } Lastly, the fun parts! 🤓 To create the "vignette" mask. Use a layered mask on the container 😷 .scene { --buff: 3rem; height: 100%; width: 100%; mask: linear-gradient(transparent, white var(--buff) calc(100% - var(--buff)), transparent), linear-gradient(90deg, transparent, white var(--buff) calc(100% - var(--buff)), transparent); mask-composite: intersect; } To create the 3D skewed effect, use a chained transform (Try toggling it in the demo ⚡️): .grid { transform: rotateX(20deg) rotateZ(-20deg) skewX(20deg); } As for the responsive part, use container queries! 🔥 article { container-type: inline-size; } When the article (card) is narrower than 400px update the grid and animation settings 🤙 Double the rows means double the duration! @container (width < 400px) { .grid { --count: 12; grid-template-columns: 1fr; } li:nth-of-type(1) { --i: 0; } li:nth-of-type(2) { --i: 1; } li:nth-of-type(3) { --i: 2; } li:nth-of-type(4) { --i: 3; } li { --duration: 20s; } } CSS has the magic to be able to update those animations at runtime based on your custom property values 😎 An added bonus in this demo is that it doesn't require any JavaScript at all, for any of it 🤯 We can use CSS :has() for those toggles that update the styles, even the theme toggle! 🫶 Any questions, let me know! Make sure to check out the video. Will do a walkthrough one to follow-up 🤙 CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

542,088 次观看 • 2 年前