{ "$schema": "https://ui.shadcn.com/schema/registry-item.json", "name": "image-wall", "title": "Image Wall", "author": "AlgorizeTech", "description": "A wall of screenshots that never ends, and a camera hanging over it: it rests zoomed in on one card, then every few seconds pulls back, glides to the next and settles on it. Use it wherever a set of images should keep showing itself — a hero, a gallery band, a showcase.", "dependencies": [], "registryDependencies": [ "utils" ], "files": [ { "path": "src/components/custom/blocks/ImageWallBlock.tsx", "content": "\"use client\";\n\nimport React, { forwardRef, useCallback, useEffect, useLayoutEffect, useMemo, useRef, useState } from \"react\";\nimport { cn } from \"@/lib/utils\";\n\n// ==========================================\n// IMAGE WALL\n// A wall of screenshots that never ends, and a camera hanging over it. The\n// camera rests zoomed in on one card; every few seconds it pulls back, glides\n// to the next card and settles on it, brightening that card while the rest\n// stay dimmed. The wall is one tile of cards in staggered columns, repeated\n// around itself eight times, so however far the camera travels it never\n// finds an edge. The wall fills whatever box it is given.\n// ==========================================\n\nexport interface WallItem {\n /** Small mono caption at the top of the card. */\n title: string;\n /** The screenshot, cropped from the top into a 493:332 frame. */\n image: string;\n}\n\nexport interface ImageWallProps extends Omit, \"onFocus\"> {\n /** The cards on the wall, in reading order down the columns. */\n items: WallItem[];\n /** Staggered columns in one tile. */\n columns?: number;\n /** Milliseconds the camera rests on a card before moving on. `0` holds still. */\n interval?: number;\n /**\n * How the camera walks the wall: `serial` goes card by card in order;\n * `shuffle` visits every card once per round in a random order. Either\n * way no card comes round again before all the others have had a turn.\n */\n order?: \"serial\" | \"shuffle\";\n /** Camera scale while resting on a card. */\n zoom?: number;\n /** Camera scale on phones and small viewports (under 640px). Defaults to 0.32. */\n mobileZoom?: number;\n /**\n * Milliseconds the camera drifts across the wall, pulled back with no card\n * in focus, before its first landing — time for whatever sits beside the\n * wall to arrive. `0` starts on the first card.\n */\n intro?: number;\n /**\n * Where in the window the resting card sits, as shares of its width and\n * height — `{ x: 0.5, y: 0.5 }`, the middle, by default. Two walls side by\n * side read better with one card resting high and the other low.\n */\n anchor?: { x?: number; y?: number };\n /** Called with the index of the card the camera has settled on. */\n onFocus?: (index: number) => void;\n}\n\n// ------------------------------------------\n// The wall's geometry, in wall units: 400 per column, 384-wide cards, 16\n// between rows; every other column starts 72 lower so the rows stagger.\n// ------------------------------------------\nconst COL_W = 400;\nconst CARD_W = 384;\nconst GAP = 16;\nconst STAGGER = 72;\n/** How far the camera pulls back mid-flight, as a share of its resting scale. */\nconst FLIGHT_PULL = 0.64;\n/** Resting scale in a short window (a band under some copy) and in a narrow one (a phone). */\nconst BAND_ZOOM = 0.72;\nconst PHONE_ZOOM = 0.5;\n// Inside the card: a 1px border, 6 of padding each side, a 16-tall caption, 6 below it.\nconst CARD_BORDER = 1;\nconst CARD_PAD = 6;\nconst CAPTION_H = 16;\nconst FRAME_W = CARD_W - (CARD_BORDER + CARD_PAD) * 2;\n/** Every screenshot sits in the same 493:332 frame. */\nexport const FRAME_RATIO = 493 / 332;\nconst FRAME_H = Math.round(FRAME_W / FRAME_RATIO);\nconst CARD_H = CARD_BORDER + CARD_PAD + CAPTION_H + CARD_PAD + FRAME_H + CARD_PAD + CARD_BORDER;\n\ninterface Placed extends WallItem {\n left: number;\n top: number;\n}\n\nfunction layout(items: WallItem[], columns: number) {\n const bottoms = Array.from({ length: columns }, (_, c) => (c % 2 ? STAGGER : 0));\n const placed: Placed[] = items.map((item, i) => {\n const c = i % columns;\n const card = { ...item, left: c * COL_W, top: bottoms[c] };\n bottoms[c] += CARD_H + GAP;\n return card;\n });\n return { placed, width: columns * COL_W, height: Math.max(...bottoms) };\n}\n\n// ------------------------------------------\n// Camera flights, on the Web Animations API. The canvas's `translate` and\n// `scale` run as two animations; a frame loop only reads the camera back out\n// (same curves, in JS) so the copies of the tile can be culled.\n// ------------------------------------------\ninterface Camera {\n x: number;\n y: number;\n s: number;\n}\n\ntype Ease = \"linear\" | \"in1\" | \"out1\" | \"in2\" | \"out2\";\n// power1 / power2 in and out, exact as cubic-beziers and as functions.\nconst EASE_CSS: Record = {\n linear: \"linear\",\n in1: \"cubic-bezier(0.33333, 0, 0.66667, 0.33333)\",\n out1: \"cubic-bezier(0.33333, 0.66667, 0.66667, 1)\",\n in2: \"cubic-bezier(0.33333, 0, 0.66667, 0)\",\n out2: \"cubic-bezier(0.33333, 1, 0.66667, 1)\",\n};\nconst EASE_FN: Record number> = {\n linear: (p) => p,\n in1: (p) => p * p,\n out1: (p) => 1 - (1 - p) * (1 - p),\n in2: (p) => p * p * p,\n out2: (p) => 1 - (1 - p) * (1 - p) * (1 - p),\n};\n\n/** A value's path through a flight: stops (in seconds), each easing to the next. */\ninterface Stop {\n at: number;\n value: number;\n ease: Ease;\n}\n\n/**\n * An `inOut` ease from `from` to `to` over [t0, t1], as an ease-in half and an\n * ease-out half meeting at the midpoint — which is exactly how GSAP's\n * power1.inOut / power2.inOut are defined.\n */\nfunction inOut(from: number, to: number, t0: number, t1: number, power: 1 | 2): Stop[] {\n return [\n { at: t0, value: from, ease: power === 1 ? \"in1\" : \"in2\" },\n { at: (t0 + t1) / 2, value: (from + to) / 2, ease: power === 1 ? \"out1\" : \"out2\" },\n { at: t1, value: to, ease: \"linear\" },\n ];\n}\n\nfunction valueAt(stops: Stop[], t: number) {\n for (let i = 0; i < stops.length - 1; i++) {\n const a = stops[i];\n const b = stops[i + 1];\n if (t < a.at) return a.value;\n if (t < b.at) return a.value + (b.value - a.value) * EASE_FN[a.ease]((t - a.at) / (b.at - a.at));\n }\n return stops[stops.length - 1].value;\n}\n\ninterface FlightPath {\n x: Stop[];\n /** Same stops as `x` (times and eases), other values. */\n y: Stop[];\n s: Stop[];\n /** Seconds. */\n duration: number;\n}\n\ninterface Flight {\n /** Playing: not paused and not over. */\n isActive: () => boolean;\n paused: () => boolean;\n pause: () => void;\n resume: () => void;\n /** Stop where it is, leaving the camera there. */\n kill: () => void;\n}\n\nfunction fly(\n canvas: HTMLElement,\n path: FlightPath,\n on: {\n /** Every frame (and on pause): the camera, which the animations paint. */\n update: (camera: Camera) => void;\n /** On kill: the camera, to be painted before the animations let go. */\n freeze: (camera: Camera) => void;\n complete: () => void;\n },\n): Flight {\n const ms = path.duration * 1000;\n const cameraAt = (time: number) => ({\n x: valueAt(path.x, time / 1000),\n y: valueAt(path.y, time / 1000),\n s: valueAt(path.s, time / 1000),\n });\n const frames = (stops: Stop[], value: (stop: Stop, i: number) => Keyframe) =>\n stops.map((stop, i) => ({\n offset: stop.at / path.duration,\n easing: EASE_CSS[stop.ease],\n ...value(stop, i),\n }));\n // Held at the end until `complete` has painted the landing.\n const options: KeyframeAnimationOptions = { duration: ms, fill: \"forwards\" };\n const animations =\n typeof canvas.animate === \"function\"\n ? [\n canvas.animate(\n frames(path.x, (stop, i) => ({ translate: `${stop.value}px ${path.y[i]?.value ?? 0}px` })),\n options,\n ),\n canvas.animate(\n frames(path.s, (stop) => ({ scale: String(stop.value) })),\n options,\n ),\n ]\n : [];\n\n let state: \"running\" | \"paused\" | \"over\" = \"running\";\n let frame = 0;\n const time = () => Math.min((animations[0]?.currentTime as number | null) ?? ms, ms);\n const tick = () => {\n if (state !== \"running\") return;\n on.update(cameraAt(time()));\n frame = requestAnimationFrame(tick);\n };\n const release = () => {\n state = \"over\";\n cancelAnimationFrame(frame);\n for (const animation of animations) animation.cancel();\n };\n\n if (animations.length === 0) {\n state = \"over\";\n on.update(cameraAt(ms));\n on.complete();\n } else {\n frame = requestAnimationFrame(tick);\n Promise.all(animations.map((animation) => animation.finished)).then(\n () => {\n if (state === \"over\") return;\n on.complete();\n release();\n },\n // Cancelled: killed, or torn down.\n () => {},\n );\n }\n\n return {\n isActive: () => state === \"running\",\n paused: () => state === \"paused\",\n pause: () => {\n if (state !== \"running\") return;\n state = \"paused\";\n cancelAnimationFrame(frame);\n for (const animation of animations) animation.pause();\n on.update(cameraAt(time()));\n },\n resume: () => {\n if (state !== \"paused\") return;\n state = \"running\";\n for (const animation of animations) animation.play();\n frame = requestAnimationFrame(tick);\n },\n kill: () => {\n if (state === \"over\") return;\n on.freeze(cameraAt(time()));\n release();\n },\n };\n}\n\nconst prefersReducedMotion = () =>\n typeof window !== \"undefined\" && window.matchMedia?.(\"(prefers-reduced-motion: reduce)\").matches;\n\n// ------------------------------------------\n// Root\n// ------------------------------------------\n// One card on the wall. Memoised: the wall draws its tile nine times over, so\n// a camera landing must re-render only the card that lost the focus and the\n// one that gained it — never all of them.\nconst WallCard = React.memo(function WallCard({\n card,\n left,\n top,\n copy,\n isFocus,\n}: {\n card: Placed;\n left: number;\n top: number;\n copy: boolean;\n isFocus: boolean;\n}) {\n return (\n \n
\n {card.title}\n
\n \n \n \n \n );\n});\n\n/** Cards at rest; the focused one is full strength. */\nconst REST_DIM = 0.55;\n/**\n * In flight every card sits at 0.45. Rather than transition hundreds of cards,\n * one layer over all of them fades to 0.45 / 0.55 of what they show at rest.\n */\nconst FLIGHT_DIM = 0.45 / REST_DIM;\n\n/** Before the first camera paint only the tile itself is drawn. */\nconst CENTER_TILE = \"0,0\";\n\n/** How long the page must be still before a paused flight resumes. */\nconst SCROLL_SETTLE = 150;\n\nconst ImageWallInner = forwardRef(\n (\n {\n items,\n columns = 4,\n interval = 4500,\n order = \"serial\",\n zoom = 1.35,\n mobileZoom,\n intro = 0,\n anchor,\n onFocus,\n className,\n ...props\n },\n ref,\n ) => {\n const ax = anchor?.x ?? 0.5;\n const ay = anchor?.y ?? 0.5;\n const wrapRef = useRef(null);\n const canvasRef = useRef(null);\n const cameraRef = useRef({ x: 0, y: 0, s: zoom });\n const flightRef = useRef(null);\n\n const { placed, width, height } = useMemo(() => layout(items, columns), [items, columns]);\n const n = placed.length;\n\n const [focus, setFocus] = useState(0);\n const focusRef = useRef(0);\n focusRef.current = focus;\n const [flying, setFlying] = useState(false);\n const [hover, setHover] = useState(false);\n const [hidden, setHidden] = useState(false);\n const [onScreen, setOnScreen] = useState(true);\n\n // ---- Which copies of the tile are drawn. The wall is its tile and eight\n // neighbours so the camera never sees an edge, but the window only ever\n // overlaps a few of them: render those (plus a card's width of margin),\n // and re-render only when the set changes, not on every camera frame.\n const tileRef = useRef({ width, height });\n tileRef.current = { width, height };\n const [tiles, setTiles] = useState(CENTER_TILE);\n const tilesRef = useRef(CENTER_TILE);\n // The window's size, cached: `cull` runs on every camera frame, and reading\n // clientWidth there would force a style and layout flush each time.\n const sizeRef = useRef({ w: 0, h: 0 });\n useLayoutEffect(() => {\n const wrap = wrapRef.current;\n if (!wrap) return;\n sizeRef.current = { w: wrap.clientWidth, h: wrap.clientHeight };\n if (typeof ResizeObserver === \"undefined\") return;\n const ro = new ResizeObserver(([entry]) => {\n sizeRef.current = { w: entry.contentRect.width, h: entry.contentRect.height };\n });\n ro.observe(wrap);\n return () => ro.disconnect();\n }, []);\n const cull = useCallback(() => {\n const wrap = wrapRef.current;\n if (!wrap) return;\n const { x, y, s } = cameraRef.current;\n const { width: tw, height: th } = tileRef.current;\n let { w, h } = sizeRef.current;\n if (!w || !h) {\n w = wrap.clientWidth;\n h = wrap.clientHeight;\n }\n // The window in canvas coordinates, where the centre tile spans 0..tw.\n // A copy joins once it is within a card of the window but only leaves\n // once it is two cards clear, so a camera resting near a tile's edge\n // never mounts and unmounts the same copy back and forth.\n const near = (dx: number, dy: number, m: number) =>\n dx * tw < (w - x) / s + m &&\n (dx + 1) * tw > -x / s - m &&\n dy * th < (h - y) / s + m &&\n (dy + 1) * th > -y / s - m;\n const current = new Set(tilesRef.current.split(\"|\"));\n const keep: string[] = [];\n for (let dy = -1; dy <= 1; dy++) {\n for (let dx = -1; dx <= 1; dx++) {\n const id = `${dx},${dy}`;\n if (near(dx, dy, CARD_W) || (current.has(id) && near(dx, dy, CARD_W * 2))) keep.push(id);\n }\n }\n const key = keep.join(\"|\") || CENTER_TILE;\n if (key !== tilesRef.current) {\n tilesRef.current = key;\n setTiles(key);\n }\n }, []);\n\n const paint = useCallback(() => {\n const el = canvasRef.current;\n if (!el) return;\n const { x, y, s } = cameraRef.current;\n // `translate` then `scale`, about the top-left corner — the transform\n // translate3d(x, y, 0) scale(s), split into the two properties the\n // flights animate.\n el.style.translate = `${x}px ${y}px`;\n el.style.scale = String(s);\n // The server renders the canvas invisible: it has no camera until now.\n el.style.opacity = \"1\";\n cull();\n }, [cull]);\n\n // A flight's callbacks: follow the camera for culling (the animations\n // paint it), or paint it where a killed flight stops.\n const flightHooks = useCallback(\n (complete: () => void) => ({\n update: (camera: Camera) => {\n cameraRef.current = camera;\n cull();\n },\n freeze: (camera: Camera) => {\n cameraRef.current = camera;\n paint();\n },\n complete,\n }),\n [cull, paint],\n );\n\n // Where the camera rests to hold card `i` at the anchor — the middle of the window by default.\n const restFor = useCallback(\n (i: number) => {\n const wrap = wrapRef.current;\n const card = placed[i];\n if (!wrap || !card) return { x: 0, y: 0, s: zoom };\n const W = wrap.clientWidth;\n const H = wrap.clientHeight;\n // A short window (a band under some copy) pulls the camera back so a\n // few cards show at once instead of one card spilling out of the band;\n // a narrow one (a phone) pulls back further still, so the flight from\n // card to card is a visible journey rather than a swap.\n const s =\n mobileZoom !== undefined\n ? mobileZoom\n : W <= 640\n ? Math.min(zoom, PHONE_ZOOM)\n : H < 420\n ? Math.min(zoom, BAND_ZOOM)\n : zoom;\n const cx = card.left + CARD_W / 2;\n const cy = card.top + CARD_H / 2;\n return { x: W * ax - s * cx, y: H * ay - s * cy, s };\n },\n [placed, zoom, mobileZoom, ax, ay],\n );\n\n // ---- First frame, and every resize: snap to the focused card. On the very\n // first frame, with an `intro`, the camera instead starts pulled back and\n // off to one side and drifts towards the first card, landing on it only\n // when the intro is over.\n const introDone = useRef(false);\n useLayoutEffect(() => {\n const wrap = wrapRef.current;\n if (!wrap) return;\n const snap = () => {\n flightRef.current?.kill();\n cameraRef.current = restFor(focusRef.current);\n paint();\n setFlying(false);\n };\n let introLive = false;\n if (!introDone.current && intro > 0 && n > 0 && !prefersReducedMotion()) {\n introDone.current = true;\n introLive = true;\n const target = restFor(focusRef.current);\n const cam = cameraRef.current;\n cam.s = target.s * FLIGHT_PULL;\n cam.x = target.x - wrap.clientWidth * 0.35;\n cam.y = target.y - wrap.clientHeight * 0.2;\n paint();\n setFlying(true);\n // x and y drift over the whole intro plus a second (power1.inOut);\n // the scale holds, then settles in over that last second (power2.inOut).\n const drift = intro / 1000;\n const duration = drift + 1;\n flightRef.current = canvasRef.current\n ? fly(\n canvasRef.current,\n {\n x: inOut(cam.x, target.x, 0, duration, 1),\n y: inOut(cam.y, target.y, 0, duration, 1),\n s: [{ at: 0, value: cam.s, ease: \"linear\" }, ...inOut(cam.s, target.s, drift, duration, 2)],\n duration,\n },\n flightHooks(() => {\n introLive = false;\n cameraRef.current = restFor(focusRef.current);\n paint();\n setFlying(false);\n }),\n )\n : null;\n } else {\n introDone.current = true;\n snap();\n }\n const ro = typeof ResizeObserver === \"undefined\" ? null : new ResizeObserver(snap);\n ro?.observe(wrap);\n return () => {\n ro?.disconnect();\n // Torn down mid-intro — React's rehearsal unmount in development, or the\n // geometry changing under it — stop it and let the next run start it\n // afresh. Left alone, a killed intro never clears `flying`, and the\n // camera never moves again.\n if (introLive) {\n flightRef.current?.kill();\n introDone.current = false;\n setFlying(false);\n }\n };\n }, [restFor, paint, flightHooks, intro, n]);\n\n // ---- The flight: pull back while gliding, then settle in.\n const flyTo = useCallback(\n (i: number) => {\n const target = restFor(i);\n flightRef.current?.kill();\n if (prefersReducedMotion()) {\n cameraRef.current = target;\n paint();\n setFocus(i);\n return;\n }\n const canvas = canvasRef.current;\n if (!canvas) return;\n setFlying(true);\n const cam = cameraRef.current;\n const pull = target.s * FLIGHT_PULL;\n // Two seconds, power2.inOut throughout: x and y glide the whole way,\n // the scale pulls back over the first second and settles over the second.\n flightRef.current = fly(\n canvas,\n {\n x: inOut(cam.x, target.x, 0, 2, 2),\n y: inOut(cam.y, target.y, 0, 2, 2),\n s: [...inOut(cam.s, pull, 0, 1, 2).slice(0, -1), ...inOut(pull, target.s, 1, 2, 2)],\n duration: 2,\n },\n flightHooks(() => {\n // Land where the card is *now*: the box may have resized mid-flight.\n cameraRef.current = restFor(i);\n paint();\n setFlying(false);\n setFocus(i);\n }),\n );\n },\n [restFor, paint, flightHooks],\n );\n\n useEffect(() => {\n onFocus?.(focus);\n }, [focus, onFocus]);\n\n // ---- Rest, then move on. In `serial` the next card is simply the next\n // one; in `shuffle` a round is a random permutation and every card gets\n // its turn before a new round starts (which never opens on the card that\n // just closed the last one).\n const roundRef = useRef([]);\n const nextCard = useCallback(() => {\n const current = focusRef.current;\n if (order === \"serial\") return (current + 1) % n;\n if (roundRef.current.length === 0) {\n const round = Array.from({ length: n }, (_, i) => i);\n for (let i = round.length - 1; i > 0; i--) {\n const j = Math.floor(Math.random() * (i + 1));\n [round[i], round[j]] = [round[j], round[i]];\n }\n if (round[0] === current && n > 1) [round[0], round[n - 1]] = [round[n - 1], round[0]];\n roundRef.current = round;\n }\n return roundRef.current.shift() ?? (current + 1) % n;\n }, [order, n]);\n\n // ---- While the page scrolls the camera holds still: a flight freezes\n // mid-air and picks up where it left off once the scroll settles, and no\n // new one starts. Scrolling and a flight both need every frame; this way\n // the scroll gets them. The flag flips only when scrolling starts or stops,\n // never per scroll event, so the wall does not re-render as the page moves.\n const [scrolling, setScrolling] = useState(false);\n useEffect(() => {\n let settle = 0;\n let active = false;\n const onScroll = () => {\n if (!active) {\n active = true;\n setScrolling(true);\n }\n window.clearTimeout(settle);\n settle = window.setTimeout(() => {\n active = false;\n setScrolling(false);\n }, SCROLL_SETTLE);\n };\n window.addEventListener(\"scroll\", onScroll, { passive: true });\n return () => {\n window.removeEventListener(\"scroll\", onScroll);\n window.clearTimeout(settle);\n };\n }, []);\n // A hidden tab holds a flight as well; it carries on from where it\n // stopped once the tab is back.\n const holdFlight = scrolling || hidden;\n useEffect(() => {\n const flight = flightRef.current;\n if (!flight) return;\n if (holdFlight) flight.pause();\n else if (flight.paused()) flight.resume();\n }, [holdFlight]);\n\n const paused = hover || hidden || !onScreen || scrolling;\n useEffect(() => {\n if (interval <= 0 || n < 2 || paused || flying) return;\n const t = window.setTimeout(() => flyTo(nextCard()), interval);\n return () => window.clearTimeout(t);\n }, [focus, interval, n, paused, flying, flyTo, nextCard]);\n\n useEffect(\n () => () => {\n flightRef.current?.kill();\n },\n [],\n );\n\n useEffect(() => {\n const onVisibility = () => setHidden(document.hidden);\n document.addEventListener(\"visibilitychange\", onVisibility);\n return () => document.removeEventListener(\"visibilitychange\", onVisibility);\n }, []);\n\n useEffect(() => {\n const el = wrapRef.current;\n if (!el || typeof IntersectionObserver === \"undefined\") return;\n const io = new IntersectionObserver((entries) => setOnScreen(entries.some((e) => e.isIntersecting)), { threshold: 0.15 });\n io.observe(el);\n return () => io.disconnect();\n }, []);\n\n // The copies of the tile the camera can currently see (see `cull`).\n const offsets = useMemo(\n () =>\n tiles.split(\"|\").map((t) => {\n const [dx, dy] = t.split(\",\").map(Number);\n return { dx, dy };\n }),\n [tiles],\n );\n\n // The focused card, or none mid-flight. Hover, visibility and on-screen\n // changes leave the cards alone entirely; a landing touches two of them.\n const lit = flying ? -1 : focus;\n const cards = useMemo(\n () =>\n offsets.map(({ dx, dy }) => {\n const copy = dx !== 0 || dy !== 0;\n return placed.map((card, i) => (\n \n ));\n }),\n [offsets, placed, width, height, lit],\n );\n\n return (\n {\n wrapRef.current = node;\n if (typeof ref === \"function\") ref(node);\n else if (ref) (ref as React.MutableRefObject).current = node;\n }}\n onMouseEnter={(e) => {\n setHover(true);\n props.onMouseEnter?.(e);\n }}\n onMouseLeave={(e) => {\n setHover(false);\n props.onMouseLeave?.(e);\n }}\n className={cn(\"relative h-96 w-full overflow-hidden\", className)}\n >\n \n {/* The flight dim: one layer fading, not every card. */}\n \n {cards}\n \n \n \n );\n },\n);\nImageWallInner.displayName = \"ImageWall\";\n\n/**\n * Memoised: a host that re-renders on its own timers — a headline word taking\n * turns, a tools strip — must not re-render every card on the wall with it.\n * Pass stable `items`, `anchor` and `onFocus` to benefit.\n */\nexport const ImageWall = React.memo(ImageWallInner);\n\nexport default ImageWall;\n", "type": "registry:component", "target": "components/custom/blocks/ImageWallBlock.tsx" } ], "docs": "Named export: ImageWall (plus the WallItem type). Pass `items` ({ title, image }[] — every image is cropped from its top edge into the same 493:332 frame) and give it a height with `className`; it fills its box. `columns` sets the tile, `interval` the rest between flights in ms (0 holds still), `order` is serial (card by card) or shuffle (every card once per round, at random), `zoom` the resting scale — a box under 420px tall eases it down to 0.72 so a few cards fit, one under 640px wide to 0.5 so the flight between cards stays visible on a phone; `intro` (ms) drifts the camera, pulled back with nothing in focus, before its first landing; `anchor` ({ x?, y? }, shares of the box, default the middle) is where the resting card sits; `onFocus` reports the card in view. The camera holds while hovered, while the tab is hidden and while off screen; under prefers-reduced-motion it cuts instead of flying.", "categories": [ "media", "marketing" ], "type": "registry:component" }