{/* Top sheen */}

{/* Accent halo */}

{/* Hero — a crop of the very same drawing the card shows */}

{orderedItems.map((item, i) => (

{/* The narrow sheet's hero is a ~2.3:1 letterbox while every crop is taller than it is wide, so "meet" would strand the drawing at ~37% of the width against flat accent fill. Fill it instead; the thumbnails below still show each crop whole. The wide layout is close enough to square to keep the full figure. */}

))} {/* Progress pips */}

{orderedItems.map((item, i) => ( ))}

{/* Look ID badge */} N° {look.lookNumber} {/* Category badge */} {tag} · {activeItem.category} {/* Prev / next */} {/* Floating thumbnail pill */}

{orderedItems.map((item, i) => { const isActive = i === activeIdx; const inBag = bag.has(item.id); return (

); })}

{/* Active item info */}

{activeItem.name}

{fmtPrice(activeItem.priceCents)}

{activeItem.material}

Size {activeItem.size} · {look.season}

{/* Add this piece */}

{/* Divider */}

{/* Price of the whole look — the bag counter beside it is progress towards owning it, not a subtotal, so this figure is constant. */}

Complete look · {bag.size}/{itemsCount} added {fmtPrice(lookTotal(look))}

); }; ``` ### `/look-figure.tsx` ```tsx "use client"; import type { ItemSlot, Look } from "./lookbook-data"; /** * Every card in the lookbook is this component: the look's photograph placed * in a fixed 200x300 user-space box. The card renders the whole box; the detail * panel renders a crop of it (`CROPS`), so paging through a look's three pieces * is literally a camera move inside the same photograph. * * Photos are all framed the same way (full body, small margin above the head * and below the shoes, model centred), which is what lets one set of crops * serve all eighteen looks. */ const VIEW_W = 200; const VIEW_H = 300; const FULL_VIEW_BOX = `0 0 ${VIEW_W} ${VIEW_H}`; /** Slot -> the region of the photograph that piece occupies. */ const CROPS = { lower: "40 125 120 140", shoes: "45 240 110 55", top: "30 10 140 175", } as const satisfies Record; export interface LookFigureProps { look: Look; /** Omit for the whole figure; pass a slot to crop to that piece. */ crop?: ItemSlot; /** "meet" fits the crop inside the box, "slice" fills it. */ fit?: "meet" | "slice"; className?: string; } export const LookFigure = ({ look, crop, fit = "meet", className }: LookFigureProps) => { const viewBox = crop === undefined ? FULL_VIEW_BOX : CROPS[crop]; return ( ); }; ``` ### `/lookbook-camera.tsx` ```tsx "use client"; import { gsap } from "gsap"; import { X } from "lucide-react"; import { useCallback, useEffect, useLayoutEffect, useRef, useState } from "react"; import type { Pos } from "./lookbook-data"; import { DetailPanel, NARROW_BREAKPOINT, usesSideLayout } from "./detail-panel"; import { LookFigure } from "./look-figure"; import { BASE_LOOKS, CARD_H, CARD_W, CELL_MARGIN_X, CELL_MARGIN_Y, chooseCols, layoutPositions, LOOKS, wrapOffset, } from "./lookbook-data"; /* ── Tunable constants ───────────────────────────────────────────── */ const CAMERA_INTRO_FACTOR = 0.52; const CAMERA_REST_FACTOR = 1; const NEIGHBOUR_HEIGHT_FRACTION = 0.3; const NEIGHBOUR_HEIGHT_FRACTION_NARROW = 0.15; const SELECTION_HEIGHT_FRACTION = 0.75; const SELECTION_HEIGHT_FRACTION_NARROW = 0.36; const POST_DESELECT_HEIGHT_FRACTION = 0.375; const DRAG_THRESHOLD_PX = 6; const WHEEL_SENSITIVITY = 0.0018; const MAX_CAMERA_SCALE = 6; const DEFAULT_MIN_ZOOM_CARD_HEIGHT = 240; const DEFAULT_MIN_ZOOM_CARD_HEIGHT_NARROW = 200; const DEFAULT_INERTIA_FRICTION = 0.93; const AUTO_DRIFT_PX_PER_FRAME = 0.45; const PARALLAX_RANGE = 320; const PARALLAX_STRENGTH = 9; const ENTRANCE_STAGGER = 0.04; /** One cycle — the only cards that are distinct looks, so the only tab stops. */ const KEYBOARD_REACHABLE = BASE_LOOKS.length; /* ── Types ───────────────────────────────────────────────────────── */ interface Dims { w: number; h: number; worldW: number; worldH: number; baseFit: number; } /** The exact transform the RAF loop last wrote to a card, in GSAP's own props. */ interface WrittenTransform { x: number; y: number; rotation: number; scale: number; } interface DragState { active: boolean; didMove: boolean; pointerId: number; startClientX: number; startClientY: number; lastSx: number; lastSy: number; prevSx: number; prevSy: number; vt: number; vx: number; vy: number; worldAnchorX: number; worldAnchorY: number; inertiaActive: boolean; } const clamp = (v: number, lo: number, hi: number): number => Math.min(hi, Math.max(lo, v)); /** * Where the focused card's centre lands in container space. * * This defers to the detail panel's own layout predicate on purpose: the source * switched the landing point at 920 but the panel layout at 768, which left a * dead band where the panel was positioned beside a card that had already moved * to centre — at 800x600 the panel sat on top of the thing it described. */ const selectionTarget = (w: number, h: number) => { if (usesSideLayout(w, h)) { return { x: 0.34 * w, y: 0.5 * h }; } return { x: 0.5 * w, y: 0.2 * h + 28 }; }; /** Everything a focused look needs, solved from one layout decision. */ interface SelectionGeometry { /** Camera scale while the look is open. */ cameraScale: number; /** Camera translation that puts the card on `selectionTarget`. */ cameraX: number; cameraY: number; /** Extra scale applied to the card itself, on top of the camera's. */ cardScale: number; /** Card translation onto the wrapped copy nearest the camera. */ tileOffX: number; tileOffY: number; } /** * Solve the open-look geometry for a container size and a camera world centre. * * The card's SIZE and the card's POSITION must come from the same * `usesSideLayout` verdict the detail panel branches on, or a frame that gets * the sheet layout still flies in a card sized for the wide one and the panel * lands on top of the thing it describes. Keeping both in here is what stops * the two from drifting apart — including across a resize, which re-solves. */ const solveSelection = (d: Dims, pos: Pos, worldCx: number, worldCy: number): SelectionGeometry => { const narrow = !usesSideLayout(d.w, d.h); const neighbourFraction = narrow ? NEIGHBOUR_HEIGHT_FRACTION_NARROW : NEIGHBOUR_HEIGHT_FRACTION; const selectionFraction = narrow ? SELECTION_HEIGHT_FRACTION_NARROW : SELECTION_HEIGHT_FRACTION; const cameraScale = (d.h * neighbourFraction) / CARD_H; const target = selectionTarget(d.w, d.h); const tileOffX = wrapOffset(pos.x, worldCx, d.worldW); const tileOffY = wrapOffset(pos.y, worldCy, d.worldH); return { cameraScale, cameraX: target.x - (pos.x + tileOffX) * cameraScale, cameraY: target.y - (pos.y + tileOffY) * cameraScale, cardScale: selectionFraction / neighbourFraction, tileOffX, tileOffY, }; }; /** Fade every card except the one opening and the one it replaces. */ const dimOtherCards = ( refs: (HTMLDivElement | null)[], idx: number, prevIdx: number | null, ): void => { for (let i = 0; i < LOOKS.length; i += 1) { if (i === idx || i === prevIdx) { continue; } const el = refs[i]; if (!el) { continue; } gsap.killTweensOf(el); gsap.to(el, { duration: 0.55, ease: "power2.out", opacity: 0.22 }); } }; const restoreCloseButton = (btn: HTMLButtonElement | null): void => { if (btn) { gsap.killTweensOf(btn); gsap.to(btn, { duration: 0.3, ease: "power3.out", opacity: 1, scale: 1 }); } }; const PARALLAX_REST = { extraX: 0, extraY: 0, lift: 1 }; /** Cursor repulsion for a card `ddx, ddy` away from the pointer. */ const cursorParallax = (ddx: number, ddy: number) => { const dist = Math.hypot(ddx, ddy); const falloff = Math.max(0, 1 - dist / PARALLAX_RANGE); const cEased = falloff * falloff * (3 - 2 * falloff); if (dist <= 0.5) { return { extraX: 0, extraY: 0, lift: 1 + cEased * 0.04 }; } return { extraX: (ddx / dist) * PARALLAX_STRENGTH * cEased, extraY: (ddy / dist) * PARALLAX_STRENGTH * cEased, lift: 1 + cEased * 0.04, }; }; /* ── Decorative paper-grain contour lines ────────────────────────── */ /** 14 wobbling contours — a paper ground that makes the drift legible. */ const CONTOUR_PATHS: string[] = Array.from({ length: 14 }, (_, i) => { const y = (i / 14) * 100 + Math.sin(i * 1.7) * 4; return `M0 ${y} Q25 ${y - 6} 50 ${y} T100 ${y}`; }); const BackgroundLines = () => ( ); /* ── Host component ──────────────────────────────────────────────── */ export const LookbookCamera = () => { const [selectedIdx, setSelectedIdx] = useState(null); const [dims, setDims] = useState(null); const [positions, setPositions] = useState([]); const [ready, setReady] = useState(false); const containerRef = useRef(null); const cameraRef = useRef(null); const detailPanelRef = useRef(null); const closeBtnRef = useRef(null); const itemRefs = useRef<(HTMLDivElement | null)[]>([]); /** * Mirror of the transforms the RAF loop writes as raw `style.transform`, which * GSAP's per-target cache never observes. Handing these back to GSAP right * before a tween starts is what keeps a selection from beginning a whole tile * away from where the card actually is. Entries are mutated in place — the * loop touches this every frame for every card. */ const lastWrittenRef = useRef([]); const camera = useRef({ scale: 0.5, x: 0, y: 0 }); const drag = useRef({ active: false, didMove: false, inertiaActive: false, lastSx: 0, lastSy: 0, pointerId: -1, prevSx: 0, prevSy: 0, startClientX: 0, startClientY: 0, vt: 0, vx: 0, vy: 0, worldAnchorX: 0, worldAnchorY: 0, }); const mouse = useRef({ inside: false, x: 0, y: 0 }); const driftRamp = useRef({ amount: 0 }); /** Camera to restore on close; null when there is nothing worth restoring. */ const preSelectionCamera = useRef<{ x: number; y: number; scale: number } | null>(null); const gsapManagedItems = useRef>(new Set()); const dimsRef = useRef({ baseFit: 1, h: 1, w: 1, worldH: 1, worldW: 1, }); const positionsRef = useRef([]); const rectRef = useRef({ left: 0, top: 0 }); const selectedIdxRef = useRef(null); const transitioningRef = useRef(false); const enteredRef = useRef(false); const cameraInitedRef = useRef(false); const reduceMotionRef = useRef(false); const animRef = useRef(null); /** The deferred half of a drag-deselect, held so unmount can kill it. */ const deselectCallRef = useRef | null>(null); /** The one-frame wait before the detail panel's entrance is choreographed. */ const panelRafRef = useRef(null); const applyCameraTransform = useCallback(() => { if (drag.current.active && drag.current.didMove) { camera.current.x = drag.current.lastSx - drag.current.worldAnchorX * camera.current.scale; camera.current.y = drag.current.lastSy - drag.current.worldAnchorY * camera.current.scale; } const c = cameraRef.current; if (!c) { return; } const { scale, x, y } = camera.current; c.style.transform = `translate3d(${x}px, ${y}px, 0) scale(${scale})`; }, []); const effectiveMinScale = useCallback(() => { const { w } = dimsRef.current; const floor = w < NARROW_BREAKPOINT ? DEFAULT_MIN_ZOOM_CARD_HEIGHT_NARROW : DEFAULT_MIN_ZOOM_CARD_HEIGHT; return floor / CARD_H; }, []); /** * The container's viewport offset, cached because pointer/wheel handlers need * it on every event and a `getBoundingClientRect()` there would force layout * against the RAF loop's transform writes. Page scroll moves it without * resizing anything, so scrolling has to refresh it too. */ const refreshRect = useCallback(() => { const c = containerRef.current; if (!c) { return; } const r = c.getBoundingClientRect(); rectRef.current = { left: r.left, top: r.top }; }, []); const measure = useCallback(() => { const c = containerRef.current; if (!c) { return; } const r = c.getBoundingClientRect(); const w = r.width; const h = r.height; // A ResizeObserver fires once at 0x0 inside a freshly-mounted iframe. if (w === 0 || h === 0) { return; } // Read the camera's world centre against the OLD dims, before they change. const prev = dimsRef.current; const worldCx = (prev.w / 2 - camera.current.x) / camera.current.scale; const worldCy = (prev.h / 2 - camera.current.y) / camera.current.scale; const cols = chooseCols(LOOKS.length, w / h); const rows = Math.ceil(LOOKS.length / cols); const cellW = CARD_W + CELL_MARGIN_X; const cellH = CARD_H + CELL_MARGIN_Y; const worldW = cols * cellW; const worldH = rows * cellH; const baseFit = Math.min(w / worldW, h / worldH) * 0.94; const d: Dims = { baseFit, h, w, worldH, worldW }; const p = layoutPositions(worldW, worldH, cols, LOOKS.length); dimsRef.current = d; positionsRef.current = p; refreshRect(); setDims(d); setPositions(p); if (!cameraInitedRef.current) { cameraInitedRef.current = true; const introScale = CAMERA_INTRO_FACTOR * baseFit; camera.current.scale = introScale; camera.current.x = (w - worldW * introScale) / 2; camera.current.y = (h - worldH * introScale) / 2; for (const el of itemRefs.current) { if (el) { el.style.opacity = "0"; el.style.filter = "blur(8px)"; } } applyCameraTransform(); setReady(true); return; } // An open look keeps the geometry chosen at click time, so a resize that // flips `usesSideLayout` would leave the card parked where the old layout // put it while the panel re-renders into the new one — landing on top of // it. Re-solve and snap; a resize should not animate. Mid-transition the // in-flight tween owns these values, so leave it alone. const sel = selectedIdxRef.current; const selPos = sel === null ? null : p[sel]; if (sel !== null && selPos && !transitioningRef.current) { const g = solveSelection(d, selPos, worldCx, worldCy); camera.current.scale = g.cameraScale; camera.current.x = g.cameraX; camera.current.y = g.cameraY; applyCameraTransform(); const el = itemRefs.current[sel]; if (el) { gsap.set(el, { rotation: 0, scale: g.cardScale, x: g.tileOffX, y: g.tileOffY }); } // The saved viewport was framed for the old container; restoring it at // the new size would land somewhere arbitrary. Fall back to the fit. preSelectionCamera.current = null; } }, [applyCameraTransform, refreshRect]); const triggerDragDeselect = useCallback(() => { const idx = selectedIdxRef.current; if (idx === null) { return; } const realEl = itemRefs.current[idx]; if (!realEl) { return; } selectedIdxRef.current = null; transitioningRef.current = true; gsap.killTweensOf(camera.current); gsap.killTweensOf(realEl); const d = dimsRef.current; const pos = positionsRef.current; const minScaleDeselect = effectiveMinScale(); const targetScale = Math.max((d.h * POST_DESELECT_HEIGHT_FRACTION) / CARD_H, minScaleDeselect); gsap.to(camera.current, { duration: 0.4, ease: "power2.out", onUpdate: applyCameraTransform, scale: targetScale, }); realEl.style.pointerEvents = ""; gsap.to(realEl, { duration: 0.4, ease: "power2.out", onComplete: () => { realEl.style.zIndex = ""; }, rotation: pos[idx]?.rot ?? 0, scale: 1, }); for (let i = 0; i < LOOKS.length; i += 1) { if (i === idx) { continue; } const el = itemRefs.current[i]; if (!el) { continue; } gsap.killTweensOf(el); gsap.to(el, { duration: 0.35, ease: "power2.out", opacity: 1 }); } const dp = detailPanelRef.current; const cb = closeBtnRef.current; if (dp) { // A re-selection's fade-out may still be running with an onComplete that // re-opens the panel. GSAP does not overwrite by default, so kill it. gsap.killTweensOf(dp); gsap.to(dp, { duration: 0.3, ease: "power2.in", opacity: 0, x: 24 }); } if (cb) { gsap.to(cb, { duration: 0.25, ease: "power2.in", opacity: 0 }); } deselectCallRef.current = gsap.delayedCall(0.4, () => { deselectCallRef.current = null; // Clear, not delete(idx): a deselect mid-reselection has killed the // outgoing card's tween, so the onComplete that would have released it // never fires and it would be excluded from the re-wrap forever. gsapManagedItems.current.clear(); setSelectedIdx(null); transitioningRef.current = false; preSelectionCamera.current = null; const cont = containerRef.current; if (cont) { cont.style.cursor = drag.current.active ? "grabbing" : "grab"; } }); }, [applyCameraTransform, effectiveMinScale]); const handleClose = useCallback(() => { const idx = selectedIdxRef.current; if (idx === null) { return; } if (transitioningRef.current) { return; } transitioningRef.current = true; const d = dimsRef.current; const pos = positionsRef.current[idx]; const realEl = itemRefs.current[idx]; const dp = detailPanelRef.current; const cb = closeBtnRef.current; if (dp) { // Same reason as in triggerDragDeselect: closing during a re-selection // would otherwise let that fade-out's onComplete re-open the panel // partway through the close. gsap.killTweensOf(dp); gsap.to(dp, { duration: 0.35, ease: "power2.in", opacity: 0, x: 36 }); } if (cb) { gsap.to(cb, { duration: 0.3, ease: "power2.in", opacity: 0, scale: 0.85 }); } const minScale = effectiveMinScale(); const saved = preSelectionCamera.current; const restScale = saved ? Math.max(saved.scale, minScale) : Math.max(CAMERA_REST_FACTOR * d.baseFit, minScale); const restX = saved ? saved.x : (d.w - d.worldW * restScale) / 2; const restY = saved ? saved.y : (d.h - d.worldH * restScale) / 2; gsap.killTweensOf(camera.current); gsap.to(camera.current, { delay: 0.18, duration: 0.95, ease: "power3.inOut", onComplete: () => { if (realEl) { realEl.style.zIndex = ""; realEl.style.pointerEvents = ""; } // Clear, not delete(idx), for the same reason as triggerDragDeselect. // A chain of re-selections dims — and so kills the tween of — the card // from two selections ago, and that tween carried the only release for // its index. Anything still in the set here is stranded: the close has // settled, so no item tween is in flight that still needs the guard. gsapManagedItems.current.clear(); selectedIdxRef.current = null; setSelectedIdx(null); transitioningRef.current = false; preSelectionCamera.current = null; }, onUpdate: applyCameraTransform, scale: restScale, x: restX, y: restY, }); if (realEl && pos) { gsap.killTweensOf(realEl); const closeWorldCx = (d.w / 2 - restX) / restScale; const closeWorldCy = (d.h / 2 - restY) / restScale; gsap.to(realEl, { delay: 0.18, duration: 0.95, ease: "power3.inOut", rotation: pos.rot, scale: 1, x: wrapOffset(pos.x, closeWorldCx, d.worldW), y: wrapOffset(pos.y, closeWorldCy, d.worldH), }); } for (let i = 0; i < LOOKS.length; i += 1) { if (i === idx) { continue; } const el = itemRefs.current[i]; if (!el) { continue; } gsap.killTweensOf(el); gsap.to(el, { delay: 0.18, duration: 0.6, ease: "power2.out", opacity: 1 }); } }, [applyCameraTransform, effectiveMinScale]); const handleClickItem = useCallback( (idx: number) => { if (!enteredRef.current) { return; } const prevIdx = selectedIdxRef.current; if (prevIdx === idx) { return; } if (prevIdx === null && transitioningRef.current) { return; } transitioningRef.current = true; const d = dimsRef.current; const pos = positionsRef.current; const newPos = pos[idx]; const newEl = itemRefs.current[idx]; const prevPos = prevIdx === null ? null : pos[prevIdx]; const prevEl = prevIdx === null ? null : itemRefs.current[prevIdx]; if (!newPos || !newEl) { transitioningRef.current = false; return; } const preCamX = camera.current.x; const preCamY = camera.current.y; const preCamS = camera.current.scale; const worldCx = (d.w / 2 - preCamX) / preCamS; const worldCy = (d.h / 2 - preCamY) / preCamS; const g = solveSelection(d, newPos, worldCx, worldCy); if (prevIdx === null) { preSelectionCamera.current = { scale: preCamS, x: preCamX, y: preCamY }; } // Read BEFORE the add below: whether the RAF loop or GSAP owned this card // a moment ago decides which of them holds its true transform. const rafOwnedNew = !gsapManagedItems.current.has(idx); gsapManagedItems.current.add(idx); if (prevIdx !== null) { gsapManagedItems.current.add(prevIdx); } // Claim the selection SYNCHRONOUSLY. Deferring this into the panel // fade-out below leaves a ~280ms window in which a drag reads the stale // index, deselects it, and is then overwritten by the deferred write — // ref non-null, state null, every `sel === null` gate dead for good. selectedIdxRef.current = idx; gsap.killTweensOf(newEl); // The RAF loop has been writing this card's `style.transform` raw, which // GSAP's per-target transform cache never sees, so a tween would start // from whatever GSAP last rendered — a whole tile away once the world has // drifted past a wrap boundary — and the card would teleport off screen on // frame one before flying back in. `parseTransform: true` is not enough: // gsap reads `x`'s start value through `_get` with no uncache flag and // only refreshes the cache afterwards, so `x` alone still starts stale. // A zero-duration `set` renders immediately, which makes the cache // authoritative for all four props before the tween samples any of them. // // Only when the RAF loop was the one writing. Re-selecting a card during // the ~0.65s release tween of the look before it lands here with GSAP // still mid-render: its cache is already correct and the RAF mirror is // stale by however far the field has panned since, so replaying it would // reintroduce the very jump this prevents. const lastWritten = rafOwnedNew ? lastWrittenRef.current[idx] : undefined; if (lastWritten) { gsap.set(newEl, lastWritten); } gsap.to(newEl, { duration: prevIdx === null ? 1 : 0.9, ease: "power3.inOut", opacity: 1, rotation: 0, scale: g.cardScale, x: g.tileOffX, y: g.tileOffY, }); newEl.style.zIndex = "60"; newEl.style.pointerEvents = "none"; if (prevEl && prevPos) { gsap.killTweensOf(prevEl); gsap.to(prevEl, { duration: 0.65, ease: "power3.inOut", onComplete: () => { prevEl.style.zIndex = ""; if (prevIdx !== null) { gsapManagedItems.current.delete(prevIdx); } }, onStart: () => { prevEl.style.pointerEvents = ""; }, opacity: 0.22, rotation: prevPos.rot, scale: 1, x: wrapOffset(prevPos.x, worldCx, d.worldW), y: wrapOffset(prevPos.y, worldCy, d.worldH), }); } dimOtherCards(itemRefs.current, idx, prevIdx); gsap.killTweensOf(camera.current); gsap.to(camera.current, { duration: prevIdx === null ? 1.05 : 0.95, ease: "power3.inOut", onComplete: () => { transitioningRef.current = false; }, onUpdate: applyCameraTransform, scale: g.cameraScale, x: g.cameraX, y: g.cameraY, }); if (prevIdx === null) { setSelectedIdx(idx); panelRafRef.current = requestAnimationFrame(() => { panelRafRef.current = null; const dp = detailPanelRef.current; const cb = closeBtnRef.current; if (dp) { gsap.fromTo( dp, { opacity: 0, x: 48 }, { delay: 0.35, duration: 0.75, ease: "power3.out", opacity: 1, x: 0 }, ); const stages = dp.querySelectorAll("[data-detail-anim]"); gsap.fromTo( stages, { filter: "blur(6px)", opacity: 0, y: 16 }, { delay: 0.55, duration: 0.65, ease: "power3.out", filter: "blur(0px)", opacity: 1, stagger: 0.08, y: 0, }, ); } if (cb) { gsap.fromTo( cb, { opacity: 0, scale: 0.85 }, { delay: 0.4, duration: 0.5, ease: "power3.out", opacity: 1, scale: 1 }, ); } }); } else { // Selecting another card DURING a close is a re-selection (the close // has not cleared the index yet), so it lands here — but the close has // already faded the button out and its restore lives on the fresh-open // path above. Without this the look re-opens with no visible close // affordance. On an ordinary re-selection the button is already at // rest, so this is a no-op. restoreCloseButton(closeBtnRef.current); const dp = detailPanelRef.current; if (dp) { gsap.killTweensOf(dp); gsap.killTweensOf(dp.querySelectorAll("[data-detail-anim]")); gsap.to(dp, { duration: 0.28, ease: "power2.in", onComplete: () => { setSelectedIdx(idx); panelRafRef.current = requestAnimationFrame(() => { panelRafRef.current = null; const newDp = detailPanelRef.current; if (!newDp) { return; } gsap.fromTo( newDp, { opacity: 0, x: 28 }, { duration: 0.55, ease: "power3.out", opacity: 1, x: 0 }, ); const newStages = newDp.querySelectorAll("[data-detail-anim]"); gsap.fromTo( newStages, { filter: "blur(4px)", opacity: 0, y: 12 }, { delay: 0.08, duration: 0.5, ease: "power3.out", filter: "blur(0px)", opacity: 1, stagger: 0.06, y: 0, }, ); }); }, opacity: 0, x: 20, }); } else { setSelectedIdx(idx); } } }, [applyCameraTransform], ); /* Deferred work scheduled from event handlers rather than from an effect — it outlives the handler, so unmount has to reclaim it explicitly. */ useEffect( () => () => { deselectCallRef.current?.kill(); deselectCallRef.current = null; if (panelRafRef.current !== null) { cancelAnimationFrame(panelRafRef.current); } panelRafRef.current = null; }, [], ); /* Measure on mount + whenever the container box changes. A window resize listener is not enough: the gallery resizes the frame directly. */ useLayoutEffect(() => { const c = containerRef.current; if (!c) { return; } measure(); const ro = new ResizeObserver(() => measure()); ro.observe(c); return () => { ro.disconnect(); // Re-arm so a StrictMode double-mount replays the entrance rather than // silently skipping it. cameraInitedRef.current = false; }; }, [measure]); /* Pointer / wheel / key listeners + the per-frame RAF loop. */ useEffect(() => { const c = containerRef.current; if (!c) { return; } const onPointerDown = (e: PointerEvent) => { if (!enteredRef.current) { return; } if (e.button !== 0 && e.pointerType === "mouse") { return; } const target = e.target instanceof Node ? e.target : null; if (target && detailPanelRef.current?.contains(target)) { return; } if (target && closeBtnRef.current?.contains(target)) { return; } const r = rectRef.current; const sx = e.clientX - r.left; const sy = e.clientY - r.top; drag.current.active = true; drag.current.pointerId = e.pointerId; drag.current.startClientX = e.clientX; drag.current.startClientY = e.clientY; drag.current.lastSx = sx; drag.current.lastSy = sy; drag.current.prevSx = sx; drag.current.prevSy = sy; drag.current.vt = performance.now(); drag.current.vx = 0; drag.current.vy = 0; // World anchor: the pan stays exact at any zoom because the camera is // re-derived from this point rather than accumulating deltas. drag.current.worldAnchorX = (sx - camera.current.x) / camera.current.scale; drag.current.worldAnchorY = (sy - camera.current.y) / camera.current.scale; drag.current.didMove = false; drag.current.inertiaActive = false; }; const onPointerMove = (e: PointerEvent) => { const r = rectRef.current; const sx = e.clientX - r.left; const sy = e.clientY - r.top; mouse.current.x = sx; mouse.current.y = sy; const d = dimsRef.current; mouse.current.inside = sx >= 0 && sy >= 0 && sx <= d.w && sy <= d.h; if (!drag.current.active || drag.current.pointerId !== e.pointerId) { return; } drag.current.lastSx = sx; drag.current.lastSy = sy; const dx = e.clientX - drag.current.startClientX; const dy = e.clientY - drag.current.startClientY; if (!drag.current.didMove && Math.hypot(dx, dy) > DRAG_THRESHOLD_PX) { drag.current.didMove = true; c.style.cursor = "grabbing"; gsap.killTweensOf(camera.current); if (selectedIdxRef.current !== null) { triggerDragDeselect(); } } if (drag.current.didMove) { const now = performance.now(); const dt = Math.max(1, now - drag.current.vt); drag.current.vx = ((sx - drag.current.prevSx) / dt) * 16; drag.current.vy = ((sy - drag.current.prevSy) / dt) * 16; drag.current.vt = now; drag.current.prevSx = sx; drag.current.prevSy = sy; applyCameraTransform(); } }; const onPointerUp = (e: PointerEvent) => { if (drag.current.pointerId !== e.pointerId) { return; } drag.current.active = false; drag.current.pointerId = -1; c.style.cursor = "grab"; if (drag.current.didMove && Math.hypot(drag.current.vx, drag.current.vy) > 0.6) { drag.current.inertiaActive = true; } }; /** The pointer can leave the frame without a final in-bounds `pointermove` (straight off the window edge), which would freeze the parallax on whichever card it was last over. */ const onPointerLeave = () => { mouse.current.inside = false; }; const onWheel = (e: WheelEvent) => { // An open look owns the wheel: the detail panel scrolls. Everything else // is the camera's, so it swallows the event even when it cannot act on // it — otherwise the entrance and every transition let the wheel through // to whatever page has embedded this. if (selectedIdxRef.current !== null) { return; } e.preventDefault(); if (!enteredRef.current) { return; } if (transitioningRef.current) { return; } if (drag.current.active && drag.current.didMove) { return; } drag.current.inertiaActive = false; drag.current.vx = 0; drag.current.vy = 0; gsap.killTweensOf(camera.current); const r = rectRef.current; const sx = e.clientX - r.left; const sy = e.clientY - r.top; const currentScale = camera.current.scale; const zoomFactor = Math.exp(-e.deltaY * WHEEL_SENSITIVITY); const minScale = effectiveMinScale(); const newScale = clamp(currentScale * zoomFactor, minScale, MAX_CAMERA_SCALE); if (newScale === currentScale) { return; } // Re-solve the camera so the world point under the cursor stays pinned. const worldX = (sx - camera.current.x) / currentScale; const worldY = (sy - camera.current.y) / currentScale; camera.current.scale = newScale; camera.current.x = sx - worldX * newScale; camera.current.y = sy - worldY * newScale; applyCameraTransform(); }; const onKey = (e: KeyboardEvent) => { if (e.key === "Escape" && selectedIdxRef.current !== null) { handleClose(); } }; c.addEventListener("pointerdown", onPointerDown); c.addEventListener("pointerleave", onPointerLeave); window.addEventListener("pointermove", onPointerMove); window.addEventListener("pointerup", onPointerUp); // Without this a cancelled pointer (OS gesture takeover, input redirection) // never ends the drag: `active`/`didMove` stay true, so the camera keeps // being rewritten from a stale anchor and clicks, drift and parallax all // die permanently. `onPointerUp` already filters on the pointer id. window.addEventListener("pointercancel", onPointerUp); c.addEventListener("wheel", onWheel, { passive: false }); window.addEventListener("keydown", onKey); // Capture phase so a scrolling ancestor counts, not just the window. window.addEventListener("scroll", refreshRect, { capture: true, passive: true }); const stepInertia = (sel: number | null) => { if ( drag.current.inertiaActive && !drag.current.active && sel === null && !transitioningRef.current ) { camera.current.x += drag.current.vx; camera.current.y += drag.current.vy; drag.current.vx *= DEFAULT_INERTIA_FRICTION; drag.current.vy *= DEFAULT_INERTIA_FRICTION; if (Math.hypot(drag.current.vx, drag.current.vy) < 0.12) { drag.current.inertiaActive = false; drag.current.vx = 0; drag.current.vy = 0; } applyCameraTransform(); } }; const stepDrift = (sel: number | null) => { if ( AUTO_DRIFT_PX_PER_FRAME > 0 && !reduceMotionRef.current && enteredRef.current && sel === null && !transitioningRef.current && !drag.current.active && !drag.current.inertiaActive && driftRamp.current.amount > 0.001 ) { const speed = AUTO_DRIFT_PX_PER_FRAME * driftRamp.current.amount; camera.current.x -= speed; camera.current.y -= speed; applyCameraTransform(); } }; const tick = () => { const sel = selectedIdxRef.current; const pos = positionsRef.current; const d = dimsRef.current; stepInertia(sel); stepDrift(sel); if (enteredRef.current) { const atRest = sel === null && !transitioningRef.current; const camS = camera.current.scale; const camX = camera.current.x; const camY = camera.current.y; const doParallax = atRest && mouse.current.inside && !drag.current.active && !reduceMotionRef.current; const mx = mouse.current.x; const my = mouse.current.y; const worldCx = (d.w / 2 - camX) / camS; const worldCy = (d.h / 2 - camY) / camS; const tileW = d.worldW; const tileH = d.worldH; const managed = gsapManagedItems.current; const refs = itemRefs.current; const written = lastWrittenRef.current; for (let i = 0; i < refs.length; i += 1) { if (managed.has(i)) { continue; } const el = refs[i]; const p = pos[i]; if (!el || !p) { continue; } // Re-wrap every card against the camera's world centre, every frame. // This is the mechanic: the field has no edges, ever. const tileOffX = wrapOffset(p.x, worldCx, tileW); const tileOffY = wrapOffset(p.y, worldCy, tileH); let par = PARALLAX_REST; if (doParallax) { const wrappedX = p.x + tileOffX; const wrappedY = p.y + tileOffY; const icx = camX + wrappedX * camS; const icy = camY + wrappedY * camS; par = cursorParallax(mx - icx, my - icy); } const ox = par.extraX + tileOffX; const oy = par.extraY + tileOffY; el.style.transform = `translate3d(${ox}px, ${oy}px, 0) rotate(${p.rot}deg) scale(${par.lift})`; const w = written[i]; if (w) { w.x = ox; w.y = oy; w.rotation = p.rot; w.scale = par.lift; } else { written[i] = { rotation: p.rot, scale: par.lift, x: ox, y: oy }; } } } animRef.current = requestAnimationFrame(tick); }; animRef.current = requestAnimationFrame(tick); return () => { c.removeEventListener("pointerdown", onPointerDown); c.removeEventListener("pointerleave", onPointerLeave); window.removeEventListener("pointermove", onPointerMove); window.removeEventListener("pointerup", onPointerUp); window.removeEventListener("pointercancel", onPointerUp); c.removeEventListener("wheel", onWheel); window.removeEventListener("keydown", onKey); window.removeEventListener("scroll", refreshRect, { capture: true }); if (animRef.current !== null) { cancelAnimationFrame(animRef.current); } }; }, [applyCameraTransform, effectiveMinScale, handleClose, refreshRect, triggerDragDeselect]); /* Grid entrance (camera dolly + item de-blur). Fires once the first measurement lands. Tween cleanup makes it Strict-Mode safe: a teardown kills the in-flight dolly and the re-run restarts it from the current camera state, so it always settles at rest. */ useEffect(() => { if (!ready) { return; } enteredRef.current = true; const realItems = itemRefs.current.filter((el): el is HTMLDivElement => el !== null); const restScale = Math.max(CAMERA_REST_FACTOR * dimsRef.current.baseFit, effectiveMinScale()); // These two refs hold stable objects that GSAP tweens in place; bind them // now so the cleanup kills the same objects it started tweening. const cameraObj = camera.current; const driftObj = driftRamp.current; const reduce = window.matchMedia("(prefers-reduced-motion: reduce)").matches; reduceMotionRef.current = reduce; if (reduce) { const dd = dimsRef.current; camera.current.scale = restScale; camera.current.x = (dd.w - dd.worldW * restScale) / 2; camera.current.y = (dd.h - dd.worldH * restScale) / 2; applyCameraTransform(); for (const el of realItems) { el.style.opacity = "1"; el.style.filter = "none"; } // Unlike the source, reduced motion also parks the perpetual drift and // the cursor repulsion — both read this ref inside the RAF loop. driftRamp.current.amount = 0; return; } driftObj.amount = 0; gsap.to(driftObj, { amount: 1, delay: 1.5, duration: 2.5, ease: "power2.in" }); const tl = gsap.timeline({ delay: 0.12 }); tl.to( realItems, { duration: 0.95, ease: "power3.out", filter: "blur(0px)", opacity: 1, stagger: { each: ENTRANCE_STAGGER, from: "random" }, }, 0, ); tl.to( cameraObj, { duration: 1.6, ease: "power4.out", onUpdate: () => { if (!drag.current.active) { const dd = dimsRef.current; const s = camera.current.scale; camera.current.x = (dd.w - dd.worldW * s) / 2; camera.current.y = (dd.h - dd.worldH * s) / 2; } applyCameraTransform(); }, scale: restScale, }, 0, ); return () => { tl.kill(); gsap.killTweensOf(cameraObj); gsap.killTweensOf(driftObj); gsap.killTweensOf(realItems); }; }, [ready, applyCameraTransform, effectiveMinScale]); const selectedLook = selectedIdx === null ? null : (LOOKS[selectedIdx] ?? null); return (

{/* Scoped palette. uicapsule declares its tokens with `@theme inline`, so `--color-background` expands to `var(--background)` at the use site — redefining the raw token here is what makes every `bg-background` / `text-foreground` utility below resolve warm, and immune to whatever light/dark theme surrounds the frame. */} {/* Camera + world */}

{LOOKS.map((look, i) => { const p = positions[i]; // 72 cards, 18 distinct looks: the other three cycles are visual // repeats. Exposing them as buttons put 54 unreachable duplicates // in the accessibility tree with labels identical to their twins, // so they are hidden from it entirely — which also means they must // not be focusable at all, not merely untabbable. const isDuplicate = i >= KEYBOARD_REACHABLE; return ( // oxlint-disable-next-line jsx-a11y/no-static-element-interactions -- role is deliberately absent on the aria-hidden duplicates (they must not be focusable), so it cannot be a literal

{ itemRefs.current[i] = el; }} onClick={() => { // Swallow the synthetic click that closes out a pan. The // keyboard path below deliberately skips this: `didMove` // survives until the next pointerdown, and gating Enter on it // left activation dead for as long as that took. if (drag.current.didMove) { return; } handleClickItem(i); }} onKeyDown={(e) => { if (e.key === "Enter" || e.key === " ") { e.preventDefault(); handleClickItem(i); } }} role={isDuplicate ? undefined : "button"} tabIndex={isDuplicate ? undefined : 0} aria-hidden={isDuplicate || undefined} // Keyed off look identity, not index: the 54 aria-hidden // duplicates stay mouse-clickable, and opening one has to be // reported by the one real button that names the same look. // `cloneLook` preserves `lookNumber`, so it survives the cycles. aria-expanded={ isDuplicate ? undefined : selectedLook?.lookNumber === look.lookNumber } aria-label={ isDuplicate ? undefined : `${look.name}, look number ${look.lookNumber}` } data-look-card={look.id} className="focus-visible:ring-foreground/40 focus-visible:ring-offset-background absolute cursor-pointer rounded-sm outline-none focus-visible:ring-2 focus-visible:ring-offset-2" style={{ height: CARD_H, left: p ? p.x - CARD_W / 2 : 0, top: p ? p.y - CARD_H / 2 : 0, width: CARD_W, willChange: "transform", }} >

); })}

{/* Hint */}

Drag to pan · scroll to zoom · click a look

{/* Selection chrome */} {selectedLook && dims && ( <> )}

); }; ``` ### `/lookbook-data.ts` ```ts /** * Lookbook data layer. * * Owns every constant the renderer reads: the eighteen base looks, the four * cycle permutations that expand them into 72 unique cards, the card/cell * geometry, and the deterministic grid layout helpers. * * Every look is one photograph, generated to a fixed framing (full body, model * centred, small margin above the head and below the shoes) so * `look-figure.tsx` can crop any piece out of any look with one set of boxes. */ const LOOK_IMAGE_BASE = "https://d24l2zb4cwkekfpl.public.blob.vercel-storage.com/lookbook-camera/looks"; export type ItemCategory = "Outerwear" | "Knitwear" | "Tops" | "Trousers" | "Skirt" | "Footwear"; interface ItemBase { id: string; name: string; category: ItemCategory; material: string; size: string; priceCents: number; } /** * The slot is a literal discriminant, not a free string: it is what the detail * panel reads to crop the figure down to the piece being shown, so an item can * never point at a region of the drawing that does not exist. */ export type TopItem = ItemBase & { slot: "top" }; export type LowerItem = ItemBase & { slot: "lower" }; export type ShoeItem = ItemBase & { slot: "shoes" }; export type ClothingItem = TopItem | LowerItem | ShoeItem; export type ItemSlot = ClothingItem["slot"]; export interface Look { id: string; lookNumber: string; name: string; season: string; accent: string; imageUrl: string; items: [TopItem, LowerItem, ShoeItem]; } const SS = "Spring / Summer"; const AW = "Autumn / Winter"; const RESORT = "Resort"; const PREFALL = "Pre-Fall"; const RAW_LOOKS: Omit[] = [ { accent: "#4a4540", id: "look-01", items: [ { category: "Outerwear", id: "01-top", material: "Worsted wool, silk lining", name: "Worsted Wool Blazer", priceCents: 86_000, size: "M / 38R", slot: "top", }, { category: "Trousers", id: "01-lower", material: "Crêpe de chine", name: "Pleated Crepe Trouser", priceCents: 42_000, size: "32 / 30L", slot: "lower", }, { category: "Footwear", id: "01-shoes", material: "Suede, leather sole", name: "Suede Derby", priceCents: 39_000, size: "EU 42", slot: "shoes", }, ], lookNumber: "01", name: "Off-Hour Tailoring", season: SS, }, { accent: "#1b1b1f", id: "look-02", items: [ { category: "Outerwear", id: "02-top", material: "Garment-dyed organic cotton", name: "Boxy Cotton Overshirt", priceCents: 38_000, size: "M", slot: "top", }, { category: "Trousers", id: "02-lower", material: "Cotton drill", name: "Tapered Drill Trouser", priceCents: 34_000, size: "32 / 32L", slot: "lower", }, { category: "Footwear", id: "02-shoes", material: "Full-grain leather, rubber sole", name: "Leather Court Sneaker", priceCents: 42_000, size: "EU 42", slot: "shoes", }, ], lookNumber: "02", name: "Studio Black", season: SS, }, { accent: "#6c7257", id: "look-03", items: [ { category: "Knitwear", id: "03-top", material: "Lambswool, hand-linked rib", name: "Chunky Lambswool Sweater", priceCents: 32_000, size: "L", slot: "top", }, { category: "Trousers", id: "03-lower", material: "Brushed virgin wool", name: "Brushed Wool Trouser", priceCents: 39_000, size: "33 / 32L", slot: "lower", }, { category: "Footwear", id: "03-shoes", material: "Calf leather, shearling lining", name: "Shearling Hiker Boot", priceCents: 58_000, size: "EU 43", slot: "shoes", }, ], lookNumber: "03", name: "Northern Wool", season: AW, }, { accent: "#5b2434", id: "look-04", items: [ { category: "Outerwear", id: "04-top", material: "Cotton velvet, cupro lining", name: "Velvet Dinner Jacket", priceCents: 94_000, size: "M / 38R", slot: "top", }, { category: "Trousers", id: "04-lower", material: "Silk-wool blend", name: "Silk-Wool Trouser", priceCents: 46_000, size: "32 / 31L", slot: "lower", }, { category: "Footwear", id: "04-shoes", material: "Patent calf, leather sole", name: "Patent Leather Loafer", priceCents: 49_000, size: "EU 42", slot: "shoes", }, ], lookNumber: "04", name: "Velvet Hour", season: RESORT, }, { accent: "#8a8783", id: "look-05", items: [ { category: "Outerwear", id: "05-top", material: "Washed cotton canvas", name: "Washed Field Jacket", priceCents: 44_000, size: "L", slot: "top", }, { category: "Trousers", id: "05-lower", material: "Heavyweight cotton twill", name: "Relaxed Carpenter Pant", priceCents: 32_000, size: "34 / 32L", slot: "lower", }, { category: "Footwear", id: "05-shoes", material: "Organic canvas, gum sole", name: "Canvas Court Trainer", priceCents: 21_000, size: "EU 43", slot: "shoes", }, ], lookNumber: "05", name: "Concrete Stone", season: SS, }, { accent: "#a3b18a", id: "look-06", items: [ { category: "Tops", id: "06-top", material: "Washed European linen", name: "Linen Camp Shirt", priceCents: 24_000, size: "M", slot: "top", }, { category: "Trousers", id: "06-lower", material: "Linen-viscose blend", name: "Drawstring Linen Trouser", priceCents: 26_000, size: "M", slot: "lower", }, { category: "Footwear", id: "06-shoes", material: "Vegetable-tanned leather", name: "Woven Leather Sandal", priceCents: 28_000, size: "EU 42", slot: "shoes", }, ], lookNumber: "06", name: "Spring Field", season: SS, }, { accent: "#2c3a4a", id: "look-07", items: [ { category: "Outerwear", id: "07-top", material: "Bonded cotton, taped seams", name: "Bonded Trench Coat", priceCents: 78_000, size: "L", slot: "top", }, { category: "Trousers", id: "07-lower", material: "Technical nylon blend", name: "Water-Repellent Trouser", priceCents: 38_000, size: "32 / 32L", slot: "lower", }, { category: "Footwear", id: "07-shoes", material: "Vulcanised rubber, leather", name: "Rubberised Chelsea Boot", priceCents: 44_000, size: "EU 43", slot: "shoes", }, ], lookNumber: "07", name: "Rain Coat", season: AW, }, { accent: "#b5896a", id: "look-08", items: [ { category: "Outerwear", id: "08-top", material: "Camel hair, horn buttons", name: "Camel Hair Overcoat", priceCents: 112_000, size: "L", slot: "top", }, { category: "Trousers", id: "08-lower", material: "Cotton-linen twill", name: "Pleated Cotton Chino", priceCents: 30_000, size: "33 / 31L", slot: "lower", }, { category: "Footwear", id: "08-shoes", material: "Oiled suede, crepe sole", name: "Suede Desert Boot", priceCents: 33_000, size: "EU 42", slot: "shoes", }, ], lookNumber: "08", name: "Sand Dune", season: RESORT, }, { accent: "#1a1a2c", id: "look-09", items: [ { category: "Outerwear", id: "09-top", material: "Wool barathea, satin lapel", name: "Satin-Lapel Tuxedo Jacket", priceCents: 98_000, size: "M / 38R", slot: "top", }, { category: "Trousers", id: "09-lower", material: "Wool, satin side stripe", name: "Tuxedo Trouser", priceCents: 44_000, size: "32 / 31L", slot: "lower", }, { category: "Footwear", id: "09-shoes", material: "Patent leather, grosgrain bow", name: "Opera Pump", priceCents: 47_000, size: "EU 42", slot: "shoes", }, ], lookNumber: "09", name: "Midnight Cut", season: PREFALL, }, { accent: "#b08bb8", id: "look-10", items: [ { category: "Tops", id: "10-top", material: "Printed cupro", name: "Printed Cupro Shirt", priceCents: 27_000, size: "M", slot: "top", }, { category: "Trousers", id: "10-lower", material: "Tencel-linen blend", name: "Cropped Wide Trouser", priceCents: 29_000, size: "S", slot: "lower", }, { category: "Footwear", id: "10-shoes", material: "Nappa leather", name: "Block-Heel Mule", priceCents: 31_000, size: "EU 39", slot: "shoes", }, ], lookNumber: "10", name: "Garden Party", season: SS, }, { accent: "#7a6448", id: "look-11", items: [ { category: "Outerwear", id: "11-top", material: "Waxed cotton, corduroy collar", name: "Waxed Chore Jacket", priceCents: 42_000, size: "L", slot: "top", }, { category: "Trousers", id: "11-lower", material: "Cotton canvas, reinforced knee", name: "Double-Knee Work Pant", priceCents: 28_000, size: "34 / 32L", slot: "lower", }, { category: "Footwear", id: "11-shoes", material: "Oiled leather, wedge sole", name: "Moc-Toe Work Boot", priceCents: 41_000, size: "EU 43", slot: "shoes", }, ], lookNumber: "11", name: "Workwear", season: AW, }, { accent: "#b5953a", id: "look-12", items: [ { category: "Outerwear", id: "12-top", material: "Metallic lamé, cupro lining", name: "Lamé Bomber Jacket", priceCents: 64_000, size: "M", slot: "top", }, { category: "Trousers", id: "12-lower", material: "Fluid satin", name: "Liquid Satin Trouser", priceCents: 38_000, size: "S", slot: "lower", }, { category: "Footwear", id: "12-shoes", material: "Laminated leather", name: "Metallic Strap Heel", priceCents: 36_000, size: "EU 39", slot: "shoes", }, ], lookNumber: "12", name: "Evening Glow", season: RESORT, }, { accent: "#c8b9a0", id: "look-13", items: [ { category: "Outerwear", id: "13-top", material: "Slubbed European linen", name: "Unstructured Linen Blazer", priceCents: 52_000, size: "M / 38R", slot: "top", }, { category: "Trousers", id: "13-lower", material: "Heavy Irish linen", name: "Wide Linen Trouser", priceCents: 28_000, size: "33 / 30L", slot: "lower", }, { category: "Footwear", id: "13-shoes", material: "Suede, jute sole", name: "Leather Espadrille", priceCents: 19_000, size: "EU 42", slot: "shoes", }, ], lookNumber: "13", name: "Linen Hours", season: SS, }, { accent: "#3f4855", id: "look-14", items: [ { category: "Outerwear", id: "14-top", material: "Brushed wool flannel", name: "Flannel Suit Jacket", priceCents: 88_000, size: "M / 38R", slot: "top", }, { category: "Trousers", id: "14-lower", material: "Brushed wool flannel", name: "Flannel Suit Trouser", priceCents: 42_000, size: "32 / 31L", slot: "lower", }, { category: "Footwear", id: "14-shoes", material: "Calf leather, leather sole", name: "Leather Monk Strap", priceCents: 46_000, size: "EU 42", slot: "shoes", }, ], lookNumber: "14", name: "Slate Tailoring", season: AW, }, { accent: "#4a5c3a", id: "look-15", items: [ { category: "Outerwear", id: "15-top", material: "Recycled nylon, jersey lining", name: "Panelled Track Jacket", priceCents: 34_000, size: "M", slot: "top", }, { category: "Trousers", id: "15-lower", material: "Brushed-back jersey", name: "Tapered Track Pant", priceCents: 24_000, size: "M", slot: "lower", }, { category: "Footwear", id: "15-shoes", material: "Suede-mesh, EVA sole", name: "Suede Mesh Runner", priceCents: 29_000, size: "EU 43", slot: "shoes", }, ], lookNumber: "15", name: "Track Side", season: PREFALL, }, { accent: "#7c5a3a", id: "look-16", items: [ { category: "Outerwear", id: "16-top", material: "Cotton corduroy, elbow patches", name: "Corduroy Blazer", priceCents: 48_000, size: "L", slot: "top", }, { category: "Trousers", id: "16-lower", material: "Wool gabardine", name: "Pleated Wool Trouser", priceCents: 36_000, size: "33 / 32L", slot: "lower", }, { category: "Footwear", id: "16-shoes", material: "Burnished calf, leather sole", name: "Penny Loafer", priceCents: 38_000, size: "EU 42", slot: "shoes", }, ], lookNumber: "16", name: "Library", season: AW, }, { accent: "#1f3a5f", id: "look-17", items: [ { category: "Outerwear", id: "17-top", material: "Melton wool, anchor buttons", name: "Double-Breasted Peacoat", priceCents: 68_000, size: "L", slot: "top", }, { category: "Trousers", id: "17-lower", material: "Cotton-wool twill", name: "Sailor Trouser", priceCents: 32_000, size: "32 / 32L", slot: "lower", }, { category: "Footwear", id: "17-shoes", material: "Leather, siped sole", name: "Hand-Sewn Deck Shoe", priceCents: 27_000, size: "EU 42", slot: "shoes", }, ], lookNumber: "17", name: "Maritime", season: RESORT, }, { accent: "#c98a8a", id: "look-18", items: [ { category: "Outerwear", id: "18-top", material: "Cotton bouclé", name: "Cropped Bouclé Jacket", priceCents: 46_000, size: "S", slot: "top", }, { category: "Skirt", id: "18-lower", material: "Stretch cotton twill", name: "A-Line Midi Skirt", priceCents: 28_000, size: "S", slot: "lower", }, { category: "Footwear", id: "18-shoes", material: "Nappa leather", name: "Slingback Flat", priceCents: 33_000, size: "EU 38", slot: "shoes", }, ], lookNumber: "18", name: "Powder Rose", season: SS, }, ]; /** * Cycle expansion. The 18 base looks are emitted four times into a single * LOOKS array of length 72. Each cycle uses a different permutation (generated * offline by simulated annealing against an adjacency-cost objective for column * counts 8..15) so duplicates never sit adjacent at any chooseCols result. * Cycles 1-3 suffix every id so React keys stay unique while cycle 0 keeps the * base objects by reference. */ const CYCLE_ORDERS: number[][] = [ [0, 8, 2, 16, 4, 5, 11, 7, 1, 10, 17, 6, 12, 13, 14, 15, 3, 9], [13, 15, 3, 8, 9, 2, 16, 7, 5, 0, 1, 10, 6, 17, 11, 4, 14, 12], [17, 4, 13, 8, 14, 12, 2, 16, 9, 3, 15, 6, 5, 11, 7, 1, 0, 10], [5, 10, 4, 1, 0, 13, 14, 2, 8, 15, 12, 3, 17, 7, 16, 6, 9, 11], ]; const CYCLE_SUFFIXES = ["", "b", "c", "d"]; export const BASE_LOOKS: Look[] = RAW_LOOKS.map((look) => Object.assign(look, { imageUrl: `${LOOK_IMAGE_BASE}/${look.id}.jpg` }), ); const cloneLook = (look: Look, suffix: string): Look => { const [top, lower, shoes] = look.items; return { ...look, id: `${look.id}-${suffix}`, items: [ { ...top, id: `${top.id}-${suffix}` }, { ...lower, id: `${lower.id}-${suffix}` }, { ...shoes, id: `${shoes.id}-${suffix}` }, ], }; }; export const LOOKS: Look[] = CYCLE_ORDERS.flatMap((order, cycleIdx) => { const suffix = CYCLE_SUFFIXES[cycleIdx] ?? ""; const out: Look[] = []; for (const baseIdx of order) { const base = BASE_LOOKS[baseIdx]; if (!base) { continue; } // Cycle 0 keeps the base objects by reference — only 1-3 clone, which is // what keeps `look-01` unsuffixed and every key unique. out.push(cycleIdx === 0 ? base : cloneLook(base, suffix)); } return out; }); export const lookTotal = (look: Look): number => { let sum = 0; for (const it of look.items) { sum += it.priceCents; } return sum; }; export const fmtPrice = (cents: number): string => `$${Math.round(cents / 100).toLocaleString("en-US")}`; /* ── Layout geometry (world coordinates) ─────────────────────────── */ export const CARD_W = 188; export const CARD_H = 282; export const CELL_MARGIN_X = 22; export const CELL_MARGIN_Y = 28; export interface Pos { x: number; y: number; rot: number; } /** * Offset that moves a world coordinate onto the tiled copy nearest `centre`. * * The world is a torus: every card also exists at `v + k * tile` for every * integer k. Picking the k closest to the camera's world centre is the entire * edgeless mechanic — the RAF loop applies it per card per frame, and a * selection uses it so the camera flies to the copy already on screen rather * than to the canonical one a tile away. */ export const wrapOffset = (v: number, centre: number, tile: number): number => -Math.round((v - centre) / tile) * tile; /** Stable pseudo-random in [0, 1) from a numeric seed. */ const hash = (n: number): number => { const s = Math.sin(n * 12.9898 + 78.233) * 43_758.5453; return s - Math.floor(s); }; /** * Pick the column count whose rendered pixel-grid aspect mirrors the viewport. * Only perfect divisions are considered so the wrap-tiled world never reveals * an empty cell. */ export const chooseCols = (count: number, viewportAspect: number): number => { const cardAspect = CARD_W / CARD_H; const target = viewportAspect / cardAspect; let best = 1; let bestDiff = Infinity; for (let cols = 1; cols <= count; cols += 1) { if (count % cols !== 0) { continue; } const rows = count / cols; const diff = Math.abs(cols / rows - target); if (diff < bestDiff) { bestDiff = diff; best = cols; } } return best; }; /** * Deterministic grid with mild per-cell jitter. Each item sits at its cell * centre plus a hashed offset (±0.09 cellW, ±0.07 cellH) and a rotation of up * to ±2°. Positions are stable across renders. */ export const layoutPositions = ( worldW: number, worldH: number, cols: number, count: number, ): Pos[] => { const rows = Math.ceil(count / cols); const cellW = worldW / cols; const cellH = worldH / rows; const out: Pos[] = []; for (let i = 0; i < count; i += 1) { const col = i % cols; const row = Math.floor(i / cols); const seed = i * 37 + 7; const ox = (hash(seed) - 0.5) * cellW * 0.18; const oy = (hash(seed + 1) - 0.5) * cellH * 0.14; const rot = (hash(seed + 2) - 0.5) * 4; out.push({ rot, x: col * cellW + cellW / 2 + ox, y: row * cellH + cellH / 2 + oy, }); } return out; }; ``` ### `/preview.tsx` ```tsx "use client"; import { LookbookCamera } from "./lookbook-camera"; const Preview = () => (

); export default Preview; ```