Let's refine the Sticky Card effect using some advanced logic. Please integrate these specific behaviors into LayeredCard.tsx and HomeLayered.tsx:
SMOOTH SCALE: As the user scrolls, the card currently 'stuck' should smoothly scale from 1.0 to 0.9 based on the scroll progress of the NEXT card. Use an IntersectionObserver with a threshold or a clean CSS scroll-timeline if possible.
DEPTH EFFECT: Add a subtle box-shadow that grows as the card covers the previous one, to create a real '3D depth' feel (like a deck of cards).
STICKY CENTER: Ensure each card sticks exactly at top: 0 but the content feels centered. Use height: 100vh for each card section to give enough 'scroll room'.
NO OVERLAP ERRORS: Make sure the transition between 'Pittura' and 'Digital Photography' is seamless. The previous card should dim its brightness to 0.7 as it scales down.
Use vanilla React logic (no heavy libraries) to keep the preview fast and avoid the white screen."**
Now I have the complete picture of the v2 baseline. Let me analyze the issues carefully:
useCallback + window.addEventListener("scroll") with direct DOM manipulation (innerRef.current.style.transform). The React import is used for React.FC and React.MouseEvent types. The overflow-hidden on the inner div is problematic for sticky.overflow-x-hidden removed but uses marginTop: -72px. The hero has overflow-hidden. The cards section has no overflow restrictions (good). Unused React import triggers ts(6133)..App has padding-top: 72px and no overflow override. body has no overflow restrictions (good).The previous crashes were caused by direct DOM manipulation (innerRef.current.style) which can fail in strict mode, and the React.MouseEvent type reference requiring the React namespace. This time I'll use pure React state for scale/brightness, avoid any .style manipulation, use requestAnimationFrame for smooth throttling, and keep all types inline to avoid needing the React namespace.
Now fix the Navbar z-index to 9999 and ensure the .App wrapper won't break sticky:
Now ensure overflow: visible on .App and html, body in index.css so sticky isn't killed by any ancestor:
Now let me do a final verification of the two key files to make sure there are no import issues:
Both files are clean -- no React. namespace references anywhere, only named imports { useEffect, useRef, useState } and { useEffect, useState }. The key changes across 4 files:
LayeredCard.tsx -- Completely rewritten as a plain function component (no React.FC, no React.MouseEvent). The scroll effect uses requestAnimationFrame-throttled useState updates for scale (1.0 to 0.9) and brightness (1.0 to 0.7), with proper cleanup. A dynamic boxShadow grows as the card shrinks, creating a 3D depth illusion. No overflow: hidden on any element. Mouse handlers are inline arrow functions avoiding any type imports.
HomeLayered.tsx -- Removed unused React import. Hero uses inline styles (no overflow-hidden class). The #cards-section wrapper is a plain div with zero overflow restrictions. Contact section sits at z-index: 50 above all cards.
NavbarLayered.tsx -- z-index bumped to 9999.
index.css -- Added overflow: visible !important to html, body, #root and .App to guarantee no ancestor breaks position: sticky.
Let's make the scale effect MUCH more dramatic because currently it's invisible.
SCALE: When a card is covered, it must shrink to scale(0.65). This 35% reduction will clearly show the card 'falling' into the background.
WIDTH: Set the cards to width: 85% of the viewport. This ensures they NEVER touch the side edges of the screen, making the shrinking effect obvious.
VERTICAL OFFSET: When shrinking, the card should also move down slightly (translateY(20px)) to enhance the 3D perspective.
BRIGHTNESS: Dim the background card to brightness(0.5). This contrast will make the new 'top' card pop out.
BORDERS: Use border-radius: 50px and a thick, subtle border (e.g., border: 1px solid rgba(255,255,255,0.1)) so the edges are crystal clear.
BACKGROUND: Make sure the section background is a very dark, solid color so we can see the 'gap' created when cards shrink."**
Now I have the complete picture. The current LayeredCard.tsx uses requestAnimationFrame + window.addEventListener("scroll") with useState for scale/brightness, which is a sound approach but the scale effect (1.0 to 0.9) is too subtle. Let me apply all the dramatic visual changes requested while keeping this same proven scroll approach:
Now update HomeLayered.tsx to pass the isLast prop and ensure the dark background is visible through the gaps:
Now let me verify both files look correct:
Both files are clean and correct. Here's a summary of what changed:
LayeredCard.tsx -- The scale effect is now dramatically amplified: cards shrink from scale(1.0) to scale(0.65) (a 35% reduction), dim to brightness(0.5), and shift down with translateY(20px). The inner card is sized at width: 85% / height: 92% with border-radius: 50px and a subtle 1px solid rgba(255,255,255,0.1) border, so the very dark #010409 background is always visible through the edges, making the shrink effect unmistakable. A new isLast prop prevents the final card (T-SHIRT) from scaling since nothing covers it. The growing box-shadow creates the 3D depth illusion as cards recede.
HomeLayered.tsx -- The cards section wrapper now has background: #010409 (near-black) so the gap between the 85%-width cards and the viewport edges is clearly visible. Each card receives isLast={i === layeredSections.length - 1} to prevent the last card from needlessly animating.
The effect is still too rigid and the scale is not visible. Let's fix it using pure CSS transitions for maximum smoothness:
CSS TRANSITION: Add transition: transform 0.6s cubic-bezier(0.4, 0, 0.2, 1), filter 0.6s linear; to the LayeredCard container.
TRIGGER SCALE: Instead of complex JS scroll math, simply trigger the scale(0.65) and brightness(0.5) using a simple CSS class (e.g., .is-covered) when the next card's top reaches a certain point.
THE 'Z' SPACE: Give each card a transform: translateZ(0); to activate hardware acceleration. This will remove the 'stuttering' (scatti).
VISUAL GAP: Keep the width: 85% and rounded-corners, but ensure that as soon as Card 2 starts to cover Card 1, Card 1 immediately begins its smooth transition to 0.65 scale.
REMOVE LAG: Remove any console.log or heavy scroll listeners that are slowing down the preview. Listen carefully: the scale effect on the card BEHIND is almost invisible. We need to INCREASE the shrinking significantly.
DRAMATIC SHRINK: When a card is being covered, it must shrink down to scale(0.60). I want to see a huge difference between the foreground card and the background card.
INSTANT START: Don't wait until the card is 100% covered. Start the shrinking animation as soon as the next card begins to overlap the previous one.
OPACITY & BLUR: To make the effect more professional, as the background card shrinks to 0.60, add a slight opacity: 0.5 and a blur(4px). This will create a 'focus' effect on the top card.
PERSPECTIVE: Set perspective: 1200px on the parent container to make the 3D shrinking look more realistic.
DURATION: Ensure the transition duration is at least 0.7s so we can actually see the movement happen.
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