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Love messin' with these UI patterns 🤙 li:hover { --active: 1; } li img { position: fixed; left: calc(var(--x) * 1px); top: calc(var(--y) * 1px); opacity: var(--active, 0); } Pass the --x/y in on pointermove for the list ⭐️

jhey ʕ•ᴥ•ʔ

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57,853 просмотров • 2 лет назад •via X (Twitter)

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CSS text reveal on scroll 📜 <span style="--start: 210; --end: 280;">details</span> span { animation: reveal; animation-timeline: --section; animation-range: contain calc(var(--start) * 1px) contain calc(var(--end) * 1px); } @keyframes reveal { 0% { opacity: 0.2; }}

CSS text reveal on scroll 📜 <span style="--start: 210; --end: 280;">details</span> span { animation: reveal; animation-timeline: --section; animation-range: contain calc(var(--start) * 1px) contain calc(var(--end) * 1px); } @keyframes reveal { 0% { opacity: 0.2; }}

jhey ʕ•ᴥ•ʔ

165,462 просмотров • 2 лет назад

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

153,005 просмотров • 3 лет назад

UI && CSS Tip! 🔥 You can create these dynamic glowing card effects with a single JavaScript event listener, some CSS tricks, and an HTML attribute 🤙 Here's how! 👇 You can use a combination of tricks from previous posts. Let's start with the JavaScript 📜 Use a function like this to send the pointer position via custom properties to the glows ✨ Attach this to the pointermove event 👆 const onPointermove = ({ x, y }) => { document.documentElement.style.setProperty('--x', x) document.documentElement.style.setProperty('--xp', x / innerWidth) document.documentElement.style.setProperty('--y', y) document.documentElement.style.setProperty('--yp', y / innerHeight) } Now for the styles 🎨 These custom properties define the border and spotlight size. The first trick is how you can change the color(--hue) based on the pointer position with calc 😎 [data-glow] { --border-size: 2px; --spotlight-size: 150px; --hue: calc(var(--base) + (var(--xp) * var(--spread))); } The magic is using the pointer position in a radial-gradient combined with background-attachment: fixed ✨ (Check the video for an exploding view 🎞️) [data-glow] { background-image: radial-gradient( var(--spotlight-size) var(--spotlight-size) at calc(var(--x, 0) * 1px) calc(var(--y, 0) * 1px), hsl(var(--hue) 100% 70% / 0.25), transparent ); background-attachment: fixed; } The last major piece is using mask-composite on the pseudoelements of the [data-glow] element and the same background-attachment: fixed trick 🫶 [data-glow]::before, [data-glow]::after { pointer-events: none; content: ""; position: absolute; inset: calc(var(--border-size) * -1); border: var(--border-size) solid transparent; background-attachment: fixed; background-size: calc(100% + (2 * var(--border-size))); background-position: 50% 50%; mask: linear-gradient(transparent, transparent), linear-gradient(white, white); mask-clip: padding-box, border-box; mask-composite: intersect; } This masks the elements so only a fake border is shown. That border is actually the spotlight background that moves around 👀 But now it's clipped to the border width 😎 Then it's a case of switching out the background-image for each pseudoelement based on purpose 🧐 For example, to get the white light, use your custom properties, make the light a little smaller and the color bright! [data-glow]::after { background-image: radial-gradient( calc(var(--spotlight-size) * 0.5) calc(var(--spotlight-size) * 0.5) at calc(var(--x, 0) * 1px) calc(var(--y, 0) * 1px), hsl(0 100% 100% / 1), transparent ); } These are the major pieces you need to get it done. Extras? Want the outer glow? Nest a glow! Give the inner glow a blur to create the outer glow 😅 [data-glow] > [data-glow] { filter: blur(10px); } It's worth digging in with this one. Have a play around with the demo and the custom properties. The code isn't perfect after introducing all the configuration pieces 😅 Will put together a reduced example for you! 🙏 Any questions, let me know! 💙 CodePen.IO link below! 👇

UI && CSS Tip! 🔥 You can create these dynamic glowing card effects with a single JavaScript event listener, some CSS tricks, and an HTML attribute 🤙 Here's how! 👇 You can use a combination of tricks from previous posts. Let's start with the JavaScript 📜 Use a function like this to send the pointer position via custom properties to the glows ✨ Attach this to the pointermove event 👆 const onPointermove = ({ x, y }) => { document.documentElement.style.setProperty('--x', x) document.documentElement.style.setProperty('--xp', x / innerWidth) document.documentElement.style.setProperty('--y', y) document.documentElement.style.setProperty('--yp', y / innerHeight) } Now for the styles 🎨 These custom properties define the border and spotlight size. The first trick is how you can change the color(--hue) based on the pointer position with calc 😎 [data-glow] { --border-size: 2px; --spotlight-size: 150px; --hue: calc(var(--base) + (var(--xp) * var(--spread))); } The magic is using the pointer position in a radial-gradient combined with background-attachment: fixed ✨ (Check the video for an exploding view 🎞️) [data-glow] { background-image: radial-gradient( var(--spotlight-size) var(--spotlight-size) at calc(var(--x, 0) * 1px) calc(var(--y, 0) * 1px), hsl(var(--hue) 100% 70% / 0.25), transparent ); background-attachment: fixed; } The last major piece is using mask-composite on the pseudoelements of the [data-glow] element and the same background-attachment: fixed trick 🫶 [data-glow]::before, [data-glow]::after { pointer-events: none; content: ""; position: absolute; inset: calc(var(--border-size) * -1); border: var(--border-size) solid transparent; background-attachment: fixed; background-size: calc(100% + (2 * var(--border-size))); background-position: 50% 50%; mask: linear-gradient(transparent, transparent), linear-gradient(white, white); mask-clip: padding-box, border-box; mask-composite: intersect; } This masks the elements so only a fake border is shown. That border is actually the spotlight background that moves around 👀 But now it's clipped to the border width 😎 Then it's a case of switching out the background-image for each pseudoelement based on purpose 🧐 For example, to get the white light, use your custom properties, make the light a little smaller and the color bright! [data-glow]::after { background-image: radial-gradient( calc(var(--spotlight-size) * 0.5) calc(var(--spotlight-size) * 0.5) at calc(var(--x, 0) * 1px) calc(var(--y, 0) * 1px), hsl(0 100% 100% / 1), transparent ); } These are the major pieces you need to get it done. Extras? Want the outer glow? Nest a glow! Give the inner glow a blur to create the outer glow 😅 [data-glow] > [data-glow] { filter: blur(10px); } It's worth digging in with this one. Have a play around with the demo and the custom properties. The code isn't perfect after introducing all the configuration pieces 😅 Will put together a reduced example for you! 🙏 Any questions, let me know! 💙 CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

382,535 просмотров • 2 лет назад

CSS Trick 🎞️ You can create an infinite marquee/carousel animation without duplicate items 🤙 li { --destination: calc(var(--idx) * -100%); } @keyframes slide { to { translate: var(--destination) 0;}} Animate the items, not the list 😎 Here's the next ! 👇 The main trick here is animating the items and not the list. You can lean into custom properties to work out the origin and destination of an item. Inline some custom properties on the list and the items. Then use these to calculate the origin and the destination for each item in the list ⭐️ li { --origin: calc((var(--count) - var(--index)) * 100%); --destination: calc((var(--index) + 1) * -100%); } The last piece is hooking up the animation li { --duration: calc(var(--speed) * 1s); --delay: calc( (var(--duration) / var(--count)) * var(--index, 0) ); animation: slide var(--duration) calc(var(--delay) - (var(--count) * 0.5s)) infinite linear; } The important part here is using those custom properties to define and calculate the animation properties for the items in the list 🤙 It's hard to cover everyone's use case in one demo 😅 But we try 🙏 As always, any requests, suggestions, questions, etc. Hit me up! 🤙 CodePen.IO link below 👇 p.s Can anyone recommend a decent lavalier microphone so I can record these better on the road 😭

CSS Trick 🎞️ You can create an infinite marquee/carousel animation without duplicate items 🤙 li { --destination: calc(var(--idx) * -100%); } @keyframes slide { to { translate: var(--destination) 0;}} Animate the items, not the list 😎 Here's the next ! 👇 The main trick here is animating the items and not the list. You can lean into custom properties to work out the origin and destination of an item. Inline some custom properties on the list and the items. Then use these to calculate the origin and the destination for each item in the list ⭐️ li { --origin: calc((var(--count) - var(--index)) * 100%); --destination: calc((var(--index) + 1) * -100%); } The last piece is hooking up the animation li { --duration: calc(var(--speed) * 1s); --delay: calc( (var(--duration) / var(--count)) * var(--index, 0) ); animation: slide var(--duration) calc(var(--delay) - (var(--count) * 0.5s)) infinite linear; } The important part here is using those custom properties to define and calculate the animation properties for the items in the list 🤙 It's hard to cover everyone's use case in one demo 😅 But we try 🙏 As always, any requests, suggestions, questions, etc. Hit me up! 🤙 CodePen.IO link below 👇 p.s Can anyone recommend a decent lavalier microphone so I can record these better on the road 😭

jhey ʕ•ᴥ•ʔ

233,599 просмотров • 2 лет назад

CSS Trick ⚡️ (˗ˏˋ rogie ˎˊ˗ challenge edition 🤙) You can create this secret code reveal with only CSS using :has() and trig functions 🔥 .digit::hover + .digit, .digit:has(+ .digit:hover) { --active: var(--lerp-1); } :root { --lerp-1: calc(sin(50deg)); } .digit { scale: calc(var(--active) + 0.5); } There are a couple of moving parts. The first thing we can do is set up a scale. :root { --lerp-0: 1; /* === sin(90deg) */ --lerp-1: calc(sin(50deg)); --lerp-2: calc(sin(45deg)); --lerp-3: calc(sin(35deg)); --lerp-4: calc(sin(25deg)); --lerp-5: calc(sin(15deg)); } The digit styles define scale and blur. They also dictate the transition duration .digit { transition: scale calc(((1 - var(--active, 0)) + 0.2) * 1s); } When a digit is hovered, then you can set the --active custom property based on the digit position 🤙 The digit that is hovered. .digit:hover { --active: var(--lerp-0); } And the digit on either side of that hovered digit .digit:is(:hover, :focus-visible) + .digit, .digit:has(+ .digit:is(:hover, :focus-visible)) { --active: var(--lerp-1); } We can select the previous sibling using :has() and the next sibling with the sibling combinator (+) And that's it! ⭐️ That's how you create these hover scale interactions with CSS 🙌 We're jus' waiting on Firefox for :has() support. When that lands, it'll likely break the internet 😅 CodePen.IO link below! 👇

CSS Trick ⚡️ (˗ˏˋ rogie ˎˊ˗ challenge edition 🤙) You can create this secret code reveal with only CSS using :has() and trig functions 🔥 .digit::hover + .digit, .digit:has(+ .digit:hover) { --active: var(--lerp-1); } :root { --lerp-1: calc(sin(50deg)); } .digit { scale: calc(var(--active) + 0.5); } There are a couple of moving parts. The first thing we can do is set up a scale. :root { --lerp-0: 1; /* === sin(90deg) / --lerp-1: calc(sin(50deg)); --lerp-2: calc(sin(45deg)); --lerp-3: calc(sin(35deg)); --lerp-4: calc(sin(25deg)); --lerp-5: calc(sin(15deg)); } The digit styles define scale and blur. They also dictate the transition duration .digit { transition: scale calc(((1 - var(--active, 0)) + 0.2) 1s); } When a digit is hovered, then you can set the --active custom property based on the digit position 🤙 The digit that is hovered. .digit:hover { --active: var(--lerp-0); } And the digit on either side of that hovered digit .digit:is(:hover, :focus-visible) + .digit, .digit:has(+ .digit:is(:hover, :focus-visible)) { --active: var(--lerp-1); } We can select the previous sibling using :has() and the next sibling with the sibling combinator (+) And that's it! ⭐️ That's how you create these hover scale interactions with CSS 🙌 We're jus' waiting on Firefox for :has() support. When that lands, it'll likely break the internet 😅 CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

375,402 просмотров • 3 лет назад

subtle css border pulse effect w/ :active + offset opacity transition 🧑‍🍳 button::after { border: 1px solid #000; opacity: 0; transition: opacity 0.6s 0.1s var(--ease); } button:active::after { opacity: 1; transition-duration: 0s; }

subtle css border pulse effect w/ :active + offset opacity transition 🧑‍🍳 button::after { border: 1px solid #000; opacity: 0; transition: opacity 0.6s 0.1s var(--ease); } button:active::after { opacity: 1; transition-duration: 0s; }

jhey ʕ•ᴥ•ʔ

45,121 просмотров • 11 месяцев назад

DOM magnifier with CSS && SVG 🔍 .magnifier { position: fixed; left: 0; top: 0; translate: var(--x) var(--y); backdrop-filter: url(#magnifier); } Could use it in a [popover] 🤙

DOM magnifier with CSS && SVG 🔍 .magnifier { position: fixed; left: 0; top: 0; translate: var(--x) var(--y); backdrop-filter: url(#magnifier); } Could use it in a [popover] 🤙

jhey ʕ•ᴥ•ʔ

104,167 просмотров • 2 лет назад

CSS card parallax with pointermove + custom props 🧑‍🍳 <div class=ring style="--i: 2"> .ring { translate: calc(var(--px) * (var(--i) * -2rem)) calc(var(--py) * (var(--i) * 2rem)); } trick: pointer mapping to rotate card in 3D + translate rings 2D for the illusion 🤙 check it 👇

CSS card parallax with pointermove + custom props 🧑‍🍳 <div class=ring style="--i: 2"> .ring { translate: calc(var(--px) * (var(--i) * -2rem)) calc(var(--py) * (var(--i) * 2rem)); } trick: pointer mapping to rotate card in 3D + translate rings 2D for the illusion 🤙 check it 👇

jhey ʕ•ᴥ•ʔ

307,288 просмотров • 1 год назад

CSS scroll to unblur text ✨ .word { --start: calc(var(--i) * var(--pxPerWord)); --end: calc((var(--i) + 1) * var(--pxPerWord)); animation: fx; animation-timeline: --section; animation-range: var(--start) var(--end); } @keyframes fx { 0% { filter: blur(20px); opacity: 0; }}

CSS scroll to unblur text ✨ .word { --start: calc(var(--i) * var(--pxPerWord)); --end: calc((var(--i) + 1) * var(--pxPerWord)); animation: fx; animation-timeline: --section; animation-range: var(--start) var(--end); } @keyframes fx { 0% { filter: blur(20px); opacity: 0; }}

jhey ʕ•ᴥ•ʔ

121,946 просмотров • 2 лет назад

Animated img carousel 🤙 Use CSS trig functions to get radius and layout images as a cylinder 🤓 Use scroll animation to rotate the cylinder 📜 :root { --a: calc((360 / var(--total)) * 1deg); --r: calc((var(--item-width) / sin(var(--a))) * -1); } Explained 👇

Animated img carousel 🤙 Use CSS trig functions to get radius and layout images as a cylinder 🤓 Use scroll animation to rotate the cylinder 📜 :root { --a: calc((360 / var(--total)) * 1deg); --r: calc((var(--item-width) / sin(var(--a))) * -1); } Explained 👇

jhey ʕ•ᴥ•ʔ

352,477 просмотров • 2 лет назад

3D CSS image slider works well on device 🤙 li { --item-width: clamp(120px, 20vmin, 12rem); --radius: calc( (var(--item-width) / sin(var(--inner-angle))) * -1 ); } It's cool how you can use a clamped value with "calc"

3D CSS image slider works well on device 🤙 li { --item-width: clamp(120px, 20vmin, 12rem); --radius: calc( (var(--item-width) / sin(var(--inner-angle))) * -1 ); } It's cool how you can use a clamped value with "calc"

jhey ʕ•ᴥ•ʔ

173,088 просмотров • 2 лет назад

Not many lines for a CSS parallax effect either 🤙 ul { scroll-padding-inline: calc(50% - var(-card) * 0.5); } img { animation: para; animation-timeline: --item; } @keyframes para { cover 100% { translate: calc(100% - var(--card)) -50%; }}

Not many lines for a CSS parallax effect either 🤙 ul { scroll-padding-inline: calc(50% - var(-card) * 0.5); } img { animation: para; animation-timeline: --item; } @keyframes para { cover 100% { translate: calc(100% - var(--card)) -50%; }}

jhey ʕ•ᴥ•ʔ

275,024 просмотров • 2 лет назад

Didn't need JavaScript for this one 🤙 The 3D exploded view is powered by CSS :has() && custom properties 😎 :root:has(#explode:checked) { --explode: 1; } .slides { scale: calc(1 - (var(--explode) * 0.55)); transform: rotateX(calc(var(--explode) * -24deg))...; } Use scope ⭐️

Didn't need JavaScript for this one 🤙 The 3D exploded view is powered by CSS :has() && custom properties 😎 :root:has(#explode:checked) { --explode: 1; } .slides { scale: calc(1 - (var(--explode) * 0.55)); transform: rotateX(calc(var(--explode) * -24deg))...; } Use scope ⭐️

jhey ʕ•ᴥ•ʔ

96,213 просмотров • 2 лет назад

neat trick for the sheet effect by transforming the body with CSS when you have :popover-open ✨ :root:has(.drawer:popover-open) body { scale: calc(0.95 + (var(--c) * 0.05)); translate: 0 calc(.875rem * (1 - var(--c)); } [popover] isn't affected as it's in the :top-layer 🚀

neat trick for the sheet effect by transforming the body with CSS when you have :popover-open ✨ :root:has(.drawer:popover-open) body { scale: calc(0.95 + (var(--c) * 0.05)); translate: 0 calc(.875rem * (1 - var(--c)); } [popover] isn't affected as it's in the :top-layer 🚀

jhey ʕ•ᴥ•ʔ

77,988 просмотров • 2 лет назад

CSS Trick! 🎃 You can create a wavey border for elements by layering masks 🎭 Used to create this ghost! 👻 Check the video for an exploding view 🫶 .👻 { --size: 20px; mask: radial-gradient(var(--size) at bottom, transparent 97%, #000), radial-gradient(var(--size) at 25% 50%, #000 97%, transparent); mask-repeat: repeat-x; mask-size: calc(2 * var(--size)) 100%, calc(4 * var(--size)) calc(2 * var(--size)); mask-position: 50% calc(100% - var(--size)), calc(50% - var(--size)) 99%; } That code looks kinda scary! 👻 This is one way you could do things. Check the video again or explode in the demo. One mask cuts out circles from the bottom of the element. The other adds overlaid circles back. And that overlap creates the wavey line you want for the ghost 🤙 Using a custom property you can write once and not have to touch again. Update the custom property to update the wave size as shown in the video 🎬 The last piece of the puzzle is animating the mask-position to create that animation @ keyframes flow { to { mask-position: calc(50% + (var(--size) * 4)) calc(100% - var(--size)), calc((50% - var(--size)) + (var(--size) * 4)) 99%; } } If you play with the demo, you may find some Easter eggs! Shake the ghost and double-tap it 😉 Happy Halloween! 🎃 CodePen.IO link below! 👇

CSS Trick! 🎃 You can create a wavey border for elements by layering masks 🎭 Used to create this ghost! 👻 Check the video for an exploding view 🫶 .👻 { --size: 20px; mask: radial-gradient(var(--size) at bottom, transparent 97%, #000), radial-gradient(var(--size) at 25% 50%, #000 97%, transparent); mask-repeat: repeat-x; mask-size: calc(2 * var(--size)) 100%, calc(4 * var(--size)) calc(2 * var(--size)); mask-position: 50% calc(100% - var(--size)), calc(50% - var(--size)) 99%; } That code looks kinda scary! 👻 This is one way you could do things. Check the video again or explode in the demo. One mask cuts out circles from the bottom of the element. The other adds overlaid circles back. And that overlap creates the wavey line you want for the ghost 🤙 Using a custom property you can write once and not have to touch again. Update the custom property to update the wave size as shown in the video 🎬 The last piece of the puzzle is animating the mask-position to create that animation @ keyframes flow { to { mask-position: calc(50% + (var(--size) * 4)) calc(100% - var(--size)), calc((50% - var(--size)) + (var(--size) * 4)) 99%; } } If you play with the demo, you may find some Easter eggs! Shake the ghost and double-tap it 😉 Happy Halloween! 🎃 CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

181,528 просмотров • 3 лет назад

5 min cursor trails with grid + CSS custom properties 💫 .grid div { opacity: var(--o); transition: opacity 0.8s, rotate 0.4s; &:hover { transition-duration: 0s; rotate: calc(var(--r, 0) * 90deg); opacity: 1; }} trick: dynamic :hover transition

5 min cursor trails with grid + CSS custom properties 💫 .grid div { opacity: var(--o); transition: opacity 0.8s, rotate 0.4s; &:hover { transition-duration: 0s; rotate: calc(var(--r, 0) * 90deg); opacity: 1; }} trick: dynamic :hover transition

jhey ʕ•ᴥ•ʔ

358,016 просмотров • 1 год назад

works great on blocks of text too 🤙 .text { --duration: calc(var(--text-length) * 0.12s); animation: shimmer var(--duration) infinite; } @keyframes shimmer { 0% { background-position: 100% 0; } } animation-duration maps to the text length using CSS custom properties 🚀

works great on blocks of text too 🤙 .text { --duration: calc(var(--text-length) * 0.12s); animation: shimmer var(--duration) infinite; } @keyframes shimmer { 0% { background-position: 100% 0; } } animation-duration maps to the text length using CSS custom properties 🚀

jhey ʕ•ᴥ•ʔ

123,254 просмотров • 2 лет назад

CSS Trick 🧲 You can create magnetic links with the power of custom properties and some JavaScript 💪 a { translate: calc(clamp(-1, var(--x), 1) * var(--pad-x)) ...; transition: translate var(--s, 1s) var(--ease, var(--elastic)); } a:hover { --s: 0s; } The trick here is to pad out the list items wrapping your links and use that as a translation limit 🛑 Start by using some JavaScript to calculate a value between -1 and 1 for both the x/y axis on pointermove for each list item, not the link! 🔗 If your pointer was at the center of the item, you'd get [0,0]. If it was in the top right, you'd get [1,-1] ☝️ It's worth checking out the JavaScript snippet to see how the mapping function works. Essentially, you create a function that when given a value between two bounds, will give you a mapped value back 🤙 const mapX = mapRange( item.offsetWidth * -0.5, item.offsetWidth * 0.5, 1, -1 ) Then, on pointermove, you plug the pointer position in to get the value back out and pass that into your CSS const x = mapX(item.centerX - event.x) document.documentElement.style.setProperty(--x, x) When the pointer leaves the list item, you make sure to reset these values back to 0 ✨ Once CSS has your values, it's the trick of updating the translation of each part You know that in each axis, you only want to translate the link by the padding amount li a { translate: calc(clamp(-1, var(--x), 1) * var(--pad-x)) calc(clamp(-1, var(--y), 1) * var(--pad-y)); transition: translate var(--speed, 1s) var(--ease, var(--elastic)); } This will translate the link within the list item by the desired amount. The cool part here is that you can set an offset for the text inside the link and have that move at a different rate ⭐️ By only updating the --pad-x/y custom properties for the inside the link, you can control how much it moves nav a span { --pad-x: 0.25rem; --pad-y: 0.25rem; } And the last piece, how do you update the behavior for transition speeds? And so it springs back like that? Again, use custom properties ✨ a:hover { --s: 0s; } a { transition: translate var(--s, 1s) var(--ease, var(--elastic)); } By default, a link will use --elastic easing via linear() and have a transition-duration of 1s. When a link is hovered that speed becomes 0s because you want the link to magnetise to your pointer. How about that little gap between when your pointer enters the item but hasn't hovered the link? Set a different transition so it transitions to being hovered 🫶 nav li:hover a { --ease: ease-out; --speed: 0.1s; } That's kinda it! 🙌 Use JavaScript (~40 loc) to get the information and then let CSS do all the lifting for you 💪 Any questions or suggestions, let me know 🙏 If you want a walkthrough video, also let me know please 🙏 CodePen.IO link below 👇

CSS Trick 🧲 You can create magnetic links with the power of custom properties and some JavaScript 💪 a { translate: calc(clamp(-1, var(--x), 1) * var(--pad-x)) ...; transition: translate var(--s, 1s) var(--ease, var(--elastic)); } a:hover { --s: 0s; } The trick here is to pad out the list items wrapping your links and use that as a translation limit 🛑 Start by using some JavaScript to calculate a value between -1 and 1 for both the x/y axis on pointermove for each list item, not the link! 🔗 If your pointer was at the center of the item, you'd get [0,0]. If it was in the top right, you'd get [1,-1] ☝️ It's worth checking out the JavaScript snippet to see how the mapping function works. Essentially, you create a function that when given a value between two bounds, will give you a mapped value back 🤙 const mapX = mapRange( item.offsetWidth * -0.5, item.offsetWidth * 0.5, 1, -1 ) Then, on pointermove, you plug the pointer position in to get the value back out and pass that into your CSS const x = mapX(item.centerX - event.x) document.documentElement.style.setProperty(--x, x) When the pointer leaves the list item, you make sure to reset these values back to 0 ✨ Once CSS has your values, it's the trick of updating the translation of each part You know that in each axis, you only want to translate the link by the padding amount li a { translate: calc(clamp(-1, var(--x), 1) * var(--pad-x)) calc(clamp(-1, var(--y), 1) * var(--pad-y)); transition: translate var(--speed, 1s) var(--ease, var(--elastic)); } This will translate the link within the list item by the desired amount. The cool part here is that you can set an offset for the text inside the link and have that move at a different rate ⭐️ By only updating the --pad-x/y custom properties for the inside the link, you can control how much it moves nav a span { --pad-x: 0.25rem; --pad-y: 0.25rem; } And the last piece, how do you update the behavior for transition speeds? And so it springs back like that? Again, use custom properties ✨ a:hover { --s: 0s; } a { transition: translate var(--s, 1s) var(--ease, var(--elastic)); } By default, a link will use --elastic easing via linear() and have a transition-duration of 1s. When a link is hovered that speed becomes 0s because you want the link to magnetise to your pointer. How about that little gap between when your pointer enters the item but hasn't hovered the link? Set a different transition so it transitions to being hovered 🫶 nav li:hover a { --ease: ease-out; --speed: 0.1s; } That's kinda it! 🙌 Use JavaScript (~40 loc) to get the information and then let CSS do all the lifting for you 💪 Any questions or suggestions, let me know 🙏 If you want a walkthrough video, also let me know please 🙏 CodePen.IO link below 👇

jhey ʕ•ᴥ•ʔ

164,863 просмотров • 2 лет назад

Extra CSS Trick! 🚀 Use scroll-padding-inline with some calc on the track to make the indicator click JS free 🤙 (See video 🎬) ul { scroll-behavior: smooth; scroll-padding-inline: calc( 50vw - (var(--card-width) * 0.5 ); } You could color those indicators as requested by 🚨 abelardoit 🚨 .indicator::after { background: hsl(var(--hue) 90% 70%); } @keyframes show { 50% { opacity: 1; }} Combined with the same animation properties from the original demo ⭐️ Rad! 😎

Extra CSS Trick! 🚀 Use scroll-padding-inline with some calc on the track to make the indicator click JS free 🤙 (See video 🎬) ul { scroll-behavior: smooth; scroll-padding-inline: calc( 50vw - (var(--card-width) * 0.5 ); } You could color those indicators as requested by 🚨 abelardoit 🚨 .indicator::after { background: hsl(var(--hue) 90% 70%); } @keyframes show { 50% { opacity: 1; }} Combined with the same animation properties from the original demo ⭐️ Rad! 😎

jhey ʕ•ᴥ•ʔ

95,305 просмотров • 2 лет назад