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responsive stacked tabs w/ CSS grid 👨‍🍳 + works with keyboard navigation + drag gestures + container queries for orientation

jhey ʕ•ᴥ•ʔ

146,391 subscribers

71,261 views • 11 months ago •via X (Twitter)

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jhey ʕ•ᴥ•ʔ

118,488 views • 11 months ago

CSS Tip! ✨ You can make your component styles portable with container queries 😎 Change a card layout based on size 🔥 Remove button text when it's small 🤏 .card {container-type: inline-size;} @ container (min-width: 50ch) {.info { grid-column: 2; }} CodePen.IO link below 👇

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jhey ʕ•ᴥ•ʔ

311,583 views • 3 years ago

stop duplicating your navigation for mobile 🤙 use the Popover API and some CSS tricks to make it responsive ✅ sidebar on desktop ✅ drawer on mobile ✅ progressively enhance the drag mechanics

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jhey ʕ•ᴥ•ʔ

256,187 views • 1 year ago

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

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 views • 1 year ago

CSS Trick 🖼️ You could take the resize trick from last week and use it to create one of those sliding image components 👀 CSS only, JavaScript to enhance later 🤓 Put an image in each panel and make them position: absolute. They can use a container query unit for their size 🫶 img { position: absolute; width: 100cqi; // Make them the container width 🤙 } .panel:last-of-type img { right: 0; } The rest of the trick from last week was using display:grid with grid-template-columns. Then we have a resizable element inside the first column 😎 .panels{ display: grid; grid-template-columns: auto 1fr; 👈 } .resizer{ max-width: 100cqi; overflow: hidden; resize: horizontal; 👈 } Where does JavaScript come in? To progressively enhance the thing with keyboard controls ✨ Not 100% sure of the pattern for that though. Feels like it should be a button that you can toggle into resize mode and then use left/right to resize 🤔 Anyways, CodePen.IO link below! 👇

CSS Trick 🖼️ You could take the resize trick from last week and use it to create one of those sliding image components 👀 CSS only, JavaScript to enhance later 🤓 Put an image in each panel and make them position: absolute. They can use a container query unit for their size 🫶 img { position: absolute; width: 100cqi; // Make them the container width 🤙 } .panel:last-of-type img { right: 0; } The rest of the trick from last week was using display:grid with grid-template-columns. Then we have a resizable element inside the first column 😎 .panels{ display: grid; grid-template-columns: auto 1fr; 👈 } .resizer{ max-width: 100cqi; overflow: hidden; resize: horizontal; 👈 } Where does JavaScript come in? To progressively enhance the thing with keyboard controls ✨ Not 100% sure of the pattern for that though. Feels like it should be a button that you can toggle into resize mode and then use left/right to resize 🤔 Anyways, CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

111,404 views • 2 years ago

CSS Tip! 💪 You can create these tab controls with CSS :has() + radio buttons ✨ .tabs:has(input:nth-of-type(3)) { --count: 3; } .tabs:has(:checked:nth-of-type(3)) { --active: 2; } .tabs::after { translate: calc(var(--active, 0) * 100%) 0; width: calc(100% / var(--count)); } Two CSS :has() tricks here combined with a rendering trick 🤙 The tab control is a container using display: grid. You can use :has() to count the number of tabs in the container: .tabs:has(input:nth-of-type(3)) { --count: 3; } .tabs:has(input:nth-of-type(4)) { --count: 4; } Using the cascade, the last valid :has() gives you the number of tabs 🫶 Once you know the number of tabs, you know how to size the indicator: .tabs::after { content: ""; position: absolute; height: 100%; width: calc(100% / var(--count)); } It's a pseudoelement that uses --count to determine its size 📏 The next :has() trick is determining which tab is active or :checked as it's an input [type=radio] .tabs:has(:checked:nth-of-type(2)) { --active: 1; } .tabs:has(:checked:nth-of-type(3)) { --active: 2; } You can use a zero-indexed translation here. If the second input is :checked, set --active: 1, then translate the pseudoelement on the tabs to that position 👉 .tabs::after { translate: calc(var(--active, 0) * 100%) 0; } The last rendering trick is using mix-blend-mode 👀 The tabs have a black background-color, the pseudoelement is white, and the label text is white. When you use mix-blend-mode: difference on the pseudoelement it will give this effect that the text transitions from white to black sliding across 😎 .tabs::after { color: hsl(0 0% 100%); mix-blend-mode: difference; } You can totally mix up the colors here though and go with a different effect. The mechanics of how you can use CSS :has() is the main point here 🙏 As always, any questions, suggestions, etc. let me know CodePen.IO link below! 👇 (There's even a Tailwind CSS play for this one too 👀)

CSS Tip! 💪 You can create these tab controls with CSS :has() + radio buttons ✨ .tabs:has(input:nth-of-type(3)) { --count: 3; } .tabs:has(:checked:nth-of-type(3)) { --active: 2; } .tabs::after { translate: calc(var(--active, 0) * 100%) 0; width: calc(100% / var(--count)); } Two CSS :has() tricks here combined with a rendering trick 🤙 The tab control is a container using display: grid. You can use :has() to count the number of tabs in the container: .tabs:has(input:nth-of-type(3)) { --count: 3; } .tabs:has(input:nth-of-type(4)) { --count: 4; } Using the cascade, the last valid :has() gives you the number of tabs 🫶 Once you know the number of tabs, you know how to size the indicator: .tabs::after { content: ""; position: absolute; height: 100%; width: calc(100% / var(--count)); } It's a pseudoelement that uses --count to determine its size 📏 The next :has() trick is determining which tab is active or :checked as it's an input [type=radio] .tabs:has(:checked:nth-of-type(2)) { --active: 1; } .tabs:has(:checked:nth-of-type(3)) { --active: 2; } You can use a zero-indexed translation here. If the second input is :checked, set --active: 1, then translate the pseudoelement on the tabs to that position 👉 .tabs::after { translate: calc(var(--active, 0) * 100%) 0; } The last rendering trick is using mix-blend-mode 👀 The tabs have a black background-color, the pseudoelement is white, and the label text is white. When you use mix-blend-mode: difference on the pseudoelement it will give this effect that the text transitions from white to black sliding across 😎 .tabs::after { color: hsl(0 0% 100%); mix-blend-mode: difference; } You can totally mix up the colors here though and go with a different effect. The mechanics of how you can use CSS :has() is the main point here 🙏 As always, any questions, suggestions, etc. let me know CodePen.IO link below! 👇 (There's even a Tailwind CSS play for this one too 👀)

jhey ʕ•ᴥ•ʔ

437,741 views • 2 years ago

Most AI agents force you into a new browser. Meet Composite, it isn't just a hosted browser session in the cloud, or a completely separate browser. Composite actually does the clicking, typing, and navigation inside your real tabs, in your existing browser. - Uses your existing browser, so there’s no migration, you keep your bookmarks, extensions, workflows - No lock-in. It works with any site, any AI model, you’re in control. - Composite does the clicks, types, and navigation for you. In your tabs. No migration. No lock-in. No learning curve. Download and start now:

Most AI agents force you into a new browser. Meet Composite, it isn't just a hosted browser session in the cloud, or a completely separate browser. Composite actually does the clicking, typing, and navigation inside your real tabs, in your existing browser. - Uses your existing browser, so there’s no migration, you keep your bookmarks, extensions, workflows - No lock-in. It works with any site, any AI model, you’re in control. - Composite does the clicks, types, and navigation for you. In your tabs. No migration. No lock-in. No learning curve. Download and start now:

The AI Colony

48,585 views • 1 year ago

Big update for the open-source shadcn Data Grid: Spreadsheet support! A solid foundation for building Airtable or Notion style interactive tables. • Built with TANSTACK table v9. • Cell range selection + full keyboard map. • Full keyboard support. • Cell/row level clipboard support. • Drag-to-fill handle. • Inline cell editing: Enter, F2, or just start typing. • Custom cell edit controls. • Column virtualization. • Base UI / Radix by WorkOS versions. Live preview links in the reply 👇

Big update for the open-source shadcn Data Grid: Spreadsheet support! A solid foundation for building Airtable or Notion style interactive tables. • Built with TANSTACK table v9. • Cell range selection + full keyboard map. • Full keyboard support. • Cell/row level clipboard support. • Drag-to-fill handle. • Inline cell editing: Enter, F2, or just start typing. • Custom cell edit controls. • Column virtualization. • Base UI / Radix by WorkOS versions. Live preview links in the reply 👇

ReUI

18,850 views • 15 days ago

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

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 views • 2 years ago

CSS Trick 🤙 You can create these tab bar controls by using :has() to count the number of tabs ⭐️ .tabs:has(input:nth-of-type(3)){--count: 3;} .tabs:has(:checked:nth-of-type(3)){--active: 200%;} .tabs::after{ translate:var(--active) 0;} Let's break it down in this ! 📼 Couple of CSS :has() tricks here combined with custom properties 😎 First things first, lay out the tabs using display: grid. This gives you a way to create equal-width tabs 🙏 .tabs { display: grid; grid-auto-flow: column; } Then you use :has() to count the number of tabs and store that in a custom property 🤓 .tabs:has(input:nth-of-type(3)) { --count: 3; } .tabs:has(input:nth-of-type(4)) { --count: 4; } Using the cascade, the last valid :has() gives you the number of tabs 🫶 Using the tab count, you can size the tab indicator. For the tab indicator, use the tabs pseudoelement: .tabs::after { content: ""; position: absolute; height: 100%; width: calc(100% / var(--count)); } See how you can use --count to determine its size 📏 Next, use :has() to determine which tab is active or :checked with input [type=radio] .tabs:has(:checked:nth-of-type(2)) { --active: 1; } .tabs:has(:checked:nth-of-type(3)) { --active: 2; } You can use a zero-indexed translation here. If the second input is :checked, set --active: 1, then translate the pseudoelement on the tabs to that position 👉 .tabs::after { translate: calc(var(--active, 0) * 100%) 0; } Or you could set active to the translation: .tabs:has(:checked:nth-of-type(2)) { --active: 100%; } Setting the custom property allows you to use the index elsewhere if you need it 🤙 The final piece is using mix-blend-mode 👀 The tabs have a black background-color, the pseudoelement is white, and the label text is white. When you use mix-blend-mode: difference on the pseudoelement it will give this effect that the text transitions from white to black sliding across 😎 .tabs::after { color: hsl(0 0% 100%); mix-blend-mode: difference; } You can totally mix up the colors here though and go with a different effect. The mechanics of how you can use CSS :has() is the main point here 🙏 As always, any questions, suggestions, etc. let me know CodePen.IO link below! 👇 (There's even a Tailwind CSS play for this one too 👀)

CSS Trick 🤙 You can create these tab bar controls by using :has() to count the number of tabs ⭐️ .tabs:has(input:nth-of-type(3)){--count: 3;} .tabs:has(:checked:nth-of-type(3)){--active: 200%;} .tabs::after{ translate:var(--active) 0;} Let's break it down in this ! 📼 Couple of CSS :has() tricks here combined with custom properties 😎 First things first, lay out the tabs using display: grid. This gives you a way to create equal-width tabs 🙏 .tabs { display: grid; grid-auto-flow: column; } Then you use :has() to count the number of tabs and store that in a custom property 🤓 .tabs:has(input:nth-of-type(3)) { --count: 3; } .tabs:has(input:nth-of-type(4)) { --count: 4; } Using the cascade, the last valid :has() gives you the number of tabs 🫶 Using the tab count, you can size the tab indicator. For the tab indicator, use the tabs pseudoelement: .tabs::after { content: ""; position: absolute; height: 100%; width: calc(100% / var(--count)); } See how you can use --count to determine its size 📏 Next, use :has() to determine which tab is active or :checked with input [type=radio] .tabs:has(:checked:nth-of-type(2)) { --active: 1; } .tabs:has(:checked:nth-of-type(3)) { --active: 2; } You can use a zero-indexed translation here. If the second input is :checked, set --active: 1, then translate the pseudoelement on the tabs to that position 👉 .tabs::after { translate: calc(var(--active, 0) * 100%) 0; } Or you could set active to the translation: .tabs:has(:checked:nth-of-type(2)) { --active: 100%; } Setting the custom property allows you to use the index elsewhere if you need it 🤙 The final piece is using mix-blend-mode 👀 The tabs have a black background-color, the pseudoelement is white, and the label text is white. When you use mix-blend-mode: difference on the pseudoelement it will give this effect that the text transitions from white to black sliding across 😎 .tabs::after { color: hsl(0 0% 100%); mix-blend-mode: difference; } You can totally mix up the colors here though and go with a different effect. The mechanics of how you can use CSS :has() is the main point here 🙏 As always, any questions, suggestions, etc. let me know CodePen.IO link below! 👇 (There's even a Tailwind CSS play for this one too 👀)

jhey ʕ•ᴥ•ʔ

70,730 views • 2 years ago

Here's the first Prototype! Mori is a Chromium-based MacOS Browser, with Codex Integration. Supports: - Chrome Extensions - Codex integration for AI-browser use - Left/Ride Sidebar (so Theo - t3.gg won't crash out) - PiP-media playback - Themes - Folders (didn't show in video, but exists & works!) - Drag-n-Drop tabs into folders

Here's the first Prototype! Mori is a Chromium-based MacOS Browser, with Codex Integration. Supports: - Chrome Extensions - Codex integration for AI-browser use - Left/Ride Sidebar (so Theo - t3.gg won't crash out) - PiP-media playback - Themes - Folders (didn't show in video, but exists & works!) - Drag-n-Drop tabs into folders

Sami (bio/acc)

55,717 views • 3 months ago

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

542,573 views • 2 years ago

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

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! 👇

jhey ʕ•ᴥ•ʔ

180,875 views • 3 years ago

Introducing Prism Templates ✨ Ready to use pages for your application built on shadcn and run on Next.js How it works: ◆ Go to Prism UI ◆ Download templates ◆ Run and edit your new website I have wanted to make something like this for everyone for a while, hope you like it 🪄 What is under the hood: ⚡️ Next.js 15 with App Router 🎨 Tailwind CSS for styling 📦 Shadcn UI components 🔒 TypeScript for type safety 🎯 ESLint & Biome for code formatting 🚀 Optimized for SEO 🌓 Dark mode support 📱 Responsive design 🔥 Modern and clean UI Tech Stack: Vercel shadcn Framer Tailwind CSS v0 Matt Perry Biome #opensource #buildinpublic

Introducing Prism Templates ✨ Ready to use pages for your application built on shadcn and run on Next.js How it works: ◆ Go to Prism UI ◆ Download templates ◆ Run and edit your new website I have wanted to make something like this for everyone for a while, hope you like it 🪄 What is under the hood: ⚡️ Next.js 15 with App Router 🎨 Tailwind CSS for styling 📦 Shadcn UI components 🔒 TypeScript for type safety 🎯 ESLint & Biome for code formatting 🚀 Optimized for SEO 🌓 Dark mode support 📱 Responsive design 🔥 Modern and clean UI Tech Stack: Vercel shadcn Framer Tailwind CSS v0 Matt Perry Biome #opensource #buildinpublic

CodeHagen

16,295 views • 1 year ago

new portfolio — 1,600+ images and videos of art I've made across various mediums over the last 4 years: • are.na-style grid with video & gallery image previews on hover, adjustable columns, shareable post links • hdr image + video support in the fullscreen viewer • tag filtering across medium, style, subject, technology, year & media type (stack tags to drill down further) • keyboard shortcuts - ‘c’ for toggling visibility of post captions, ’t’ for toggling sidebar visibility under the hood, I built a custom CMS to manage and view all media: • vanilla js, html, css - no framework or dependencies • static site + cloudflare workers (d1 database, r2 storage) • media processing happens in-browser at upload, keeping the backend small (~$5/mo for everything) • frontend admin portal for managing and publishing media hope you enjoy checking it out. the cube in the header spins if you drag or click it!

new portfolio — 1,600+ images and videos of art I've made across various mediums over the last 4 years: • are.na-style grid with video & gallery image previews on hover, adjustable columns, shareable post links • hdr image + video support in the fullscreen viewer • tag filtering across medium, style, subject, technology, year & media type (stack tags to drill down further) • keyboard shortcuts - ‘c’ for toggling visibility of post captions, ’t’ for toggling sidebar visibility under the hood, I built a custom CMS to manage and view all media: • vanilla js, html, css - no framework or dependencies • static site + cloudflare workers (d1 database, r2 storage) • media processing happens in-browser at upload, keeping the backend small (~$5/mo for everything) • frontend admin portal for managing and publishing media hope you enjoy checking it out. the cube in the header spins if you drag or click it!

Adam Fuhrer

82,281 views • 1 month ago

$Build uncompromising high-performance, high-fidelity apps with React. What you see is not the Apple Messages app, nor is it meant to be 1:1. Rather it serves as an aspirational and real example of UI/UX that is possible. Every detail from the bubble animations to keyboard gestures to scroll view insets and safe areas to parallax timestamps required care and attention. Quality UIs come from caring hard. The little chat bubble tails that morph away when the next message animates in. Timestamps that scroll at a different rate than the bubbles. Peek gestures powered by UIKit that lift a chat bubble, tail and all, with a gentle haptic pulse. The subtle shadow of the text composer and responsively sliding down the keyboard in pixel-perfect concert. The composer shrinking its width to fit iPhone’s rounded bezel. The beautiful Liquid Glass refractions have the level of glassiness chosen by the user (new in iOS 27). Scroll view insets that adjust to fit the home bar and keyboard dynamically, creating a sense of depth as the chat bubbles are slightly visible as they scroll under the keyboard. Keeping the keyboard on screen if the prior screen already presented it. Sliding the keyboard and composer with the screen when the user drags to navigate back. I am excited to explore using the new iPhone Duo view controllers natively with React when the time comes. There is always room for innovation and improvement. This chat demo runs at 120 FPS on iOS 27 even on my phone that’s four versions old now. There are several approaches to high-performance lists. I explored a new Expo scroll view that uses the native gesture systems along with react-native’s VirtualView (codenamed “Fling” to reflect the speed of flinging a scroll view), which Meta’s React team designed to prioritize scroll momentum with React’s scheduler. There are tradeoffs with other scroll strategies for how the scroll views gracefully degrade, and they can be swapped out based on what’s best for your app’s use case. And, by virtue of using modern React, high-priority events like user gestures can preempt lower-priority ones like a network response. Let us dispel any myth that using React requires compromising on beautiful, smooth, user-friendly UI/UX that Uses the Platform. Let us dispel any myth frame-perfect UI coordination is not achievable. The Hermes thread and the UI thread can coordinate when needed, like for controlled text inputs. Let us dispel any myth that React Native’s performance is impacted by a bridge, let alone has a bridge. Bridgeless JSI and the Fabric renderer are here for apps that use the New Architecture. What about Android? The app runs and I’ll share a screenshot from my cloud agent’s emulator. With some attention to detail dedicated to Android I’m confident crafted UX is attainable. I’ve spent my tokens once and have a structural head start everywhere. One more thing! Most of this chat’s application code is written with , , , and other familiar elements. The styling is mostly CSS, including linear-gradient(), background-attachment: fixed, and semantic platform colors that adapt to dark mode. Not just appearance - CSS Animations and CSS Transitions run entirely natively. There are a handful of custom native components written in Swift and Kotlin, like the chat bubbles and a custom CAShapeLayer and UIBezierPath for the tails. Native coding is a first-class feature. The way to think about building beautiful apps this way is React and Native, not React vs. Native. Aspire high and raise your ambitions for what is possible!$

Build uncompromising high-performance, high-fidelity apps with React. What you see is not the Apple Messages app, nor is it meant to be 1:1. Rather it serves as an aspirational and real example of UI/UX that is possible. Every detail from the bubble animations to keyboard gestures to scroll view insets and safe areas to parallax timestamps required care and attention. Quality UIs come from caring hard. The little chat bubble tails that morph away when the next message animates in. Timestamps that scroll at a different rate than the bubbles. Peek gestures powered by UIKit that lift a chat bubble, tail and all, with a gentle haptic pulse. The subtle shadow of the text composer and responsively sliding down the keyboard in pixel-perfect concert. The composer shrinking its width to fit iPhone’s rounded bezel. The beautiful Liquid Glass refractions have the level of glassiness chosen by the user (new in iOS 27). Scroll view insets that adjust to fit the home bar and keyboard dynamically, creating a sense of depth as the chat bubbles are slightly visible as they scroll under the keyboard. Keeping the keyboard on screen if the prior screen already presented it. Sliding the keyboard and composer with the screen when the user drags to navigate back. I am excited to explore using the new iPhone Duo view controllers natively with React when the time comes. There is always room for innovation and improvement. This chat demo runs at 120 FPS on iOS 27 even on my phone that’s four versions old now. There are several approaches to high-performance lists. I explored a new Expo scroll view that uses the native gesture systems along with react-native’s VirtualView (codenamed “Fling” to reflect the speed of flinging a scroll view), which Meta’s React team designed to prioritize scroll momentum with React’s scheduler. There are tradeoffs with other scroll strategies for how the scroll views gracefully degrade, and they can be swapped out based on what’s best for your app’s use case. And, by virtue of using modern React, high-priority events like user gestures can preempt lower-priority ones like a network response. Let us dispel any myth that using React requires compromising on beautiful, smooth, user-friendly UI/UX that Uses the Platform. Let us dispel any myth frame-perfect UI coordination is not achievable. The Hermes thread and the UI thread can coordinate when needed, like for controlled text inputs. Let us dispel any myth that React Native’s performance is impacted by a bridge, let alone has a bridge. Bridgeless JSI and the Fabric renderer are here for apps that use the New Architecture. What about Android? The app runs and I’ll share a screenshot from my cloud agent’s emulator. With some attention to detail dedicated to Android I’m confident crafted UX is attainable. I’ve spent my tokens once and have a structural head start everywhere. One more thing! Most of this chat’s application code is written with , , , and other familiar elements. The styling is mostly CSS, including linear-gradient(), background-attachment: fixed, and semantic platform colors that adapt to dark mode. Not just appearance - CSS Animations and CSS Transitions run entirely natively. There are a handful of custom native components written in Swift and Kotlin, like the chat bubbles and a custom CAShapeLayer and UIBezierPath for the tails. Native coding is a first-class feature. The way to think about building beautiful apps this way is React and Native, not React vs. Native. Aspire high and raise your ambitions for what is possible!

James Ide

136,608 views • 3 days ago

Today we're excited to launch `create-llama` - a single CLI command that allows you to scaffold a full stack LLM app over your data, powered by LlamaIndex 🦙 🔥 It’s the equivalent of `create-react-app` for AI engineers. Choose from 3 different backends: ✅ FastAPI (w/ LlamaIndex 🦙 Python) ✅ ExpressJS (w/ LlamaIndex 🦙 TS) ✅ Next.js (w/ LlamaIndex 🦙 TS) The frontend is a Next.js template using initial chat components from the Vercel AI SDK - with full streaming support, + shadcn UI or vanilla HTML/CSS for styling. This is a full-stack starting point, from which you can customize any component to build the LLM app of your liking, whether it’s simple extensions (change data source) or complete revamps (upgraded chat UX)! Next steps 🔮: - We’re going to be coming out with more examples in the next few weeks showing what you can build. - We’re going to be upgrading `create-llama` with a variety of different templates Check out the video (also attached) to see how it works 🎥: Repo directory: Full blog post detailing the usage here:

Today we're excited to launch `create-llama` - a single CLI command that allows you to scaffold a full stack LLM app over your data, powered by LlamaIndex 🦙 🔥 It’s the equivalent of `create-react-app` for AI engineers. Choose from 3 different backends: ✅ FastAPI (w/ LlamaIndex 🦙 Python) ✅ ExpressJS (w/ LlamaIndex 🦙 TS) ✅ Next.js (w/ LlamaIndex 🦙 TS) The frontend is a Next.js template using initial chat components from the Vercel AI SDK - with full streaming support, + shadcn UI or vanilla HTML/CSS for styling. This is a full-stack starting point, from which you can customize any component to build the LLM app of your liking, whether it’s simple extensions (change data source) or complete revamps (upgraded chat UX)! Next steps 🔮: - We’re going to be coming out with more examples in the next few weeks showing what you can build. - We’re going to be upgrading `create-llama` with a variety of different templates Check out the video (also attached) to see how it works 🎥: Repo directory: Full blog post detailing the usage here:

Jerry Liu

259,026 views • 2 years ago