{"$schema":"https://ui.shadcn.com/schema/registry-item.json","name":"clothes-rack","type":"registry:component","title":"Clothes Rack","description":"A shop rail of 3D garments that swivel to face you, with cloth that moves like fabric.","author":"DiMaac (HankTheTank) ","dependencies":["three"],"files":[{"path":"registry/dimaac/clothes-rack/clothes-rack.tsx","type":"registry:component","target":"components/dimaac/clothes-rack.tsx","content":"\"use client\";\n\nimport { flushSync } from \"react-dom\";\nimport { useEffect, useMemo, useRef, useState, useSyncExternalStore, type FocusEvent, type KeyboardEvent } from \"react\";\nimport * as THREE from \"three\";\nimport { ClothMotion } from \"./clothes-rack/cloth-motion\";\nimport { createWardrobe, type Garment, type GarmentSpec, type GarmentTextures, type HangerFinish, type RailFinish, type Wardrobe } from \"./clothes-rack/garment\";\n\n// A shop rail of real 3D garments, built to move like the reference shop page.\n// At rest every garment hangs side-on on its swivel hook, perfectly still. Point at one and it swivels to\n// face you while only its neighbours slide apart along the rail: the facing garment's hook never moves,\n// the nearest neighbour moves the most, the next ones less and less, and far ones not at all.\n// Two signals drive it. \"open\" is the spacing: each garment's share eases out like a first-order lag\n// (time constant 0.18 s), and every position is a plain sum of the open amounts, so nothing overshoots.\n// \"t\" is the turn: a critically damped spring that settles in about the chosen duration.\n// The cloth itself moves too (cloth-motion.ts): its lower part lags a turn or a push, swings through once and\n// settles, with a faint ripple running down the fabric, then everything is still again.\n// A click on the facing garment fades a detail view in over the page. Its arrows swap garments the way you flip\n// through a rail: the one on show slides aside turning side-on and fades, the next swings in to face you.\n// three.js only renders while something moves, and stops when offscreen or the tab is hidden.\n\nexport type ClothesRackItem = GarmentSpec & {\n /** The product name: the caption under the facing garment and the title in the detail view. */\n name: string;\n};\n\nexport type ClothesRackProps = {\n /** The garments on the rail, in order. Defaults to ten garments of our own design: eight tees, a crewneck and a shirt. */\n items?: ClothesRackItem[];\n /** How far each garment is turned away at rest, in degrees. 90 would be edge-on. Default 80. */\n restAngle?: number;\n /** The clear air between side-on garments, as a percentage of a garment's body width. Default 7. */\n gap?: number;\n /** How much the facing garment grows, from 1 (not at all) to 1.2. Default 1. */\n activeScale?: number;\n /** The peak tilt in degrees a pushed hanger leans against the push, as a rigid tilt. 0 keeps every hanger still. Default 0. */\n swing?: number;\n /** How long a garment takes to turn to face you, in seconds. Default 0.25. */\n duration?: number;\n /** How much the fabric moves: its hem lags a turn and trails a push, then swings back and settles. 0 keeps the cloth stiff, 2 is very loose. Default 1. */\n flow?: number;\n /**\n * A soft draught along the rail, so the rack moves on its own: each garment turns a few degrees back and forth, a\n * slow wave running down the rail, and its cloth sways. 0 keeps everything still until it is pointed at, 1 is a\n * gentle breeze. A garment turned to face you is out of it. Off with reduced motion. Default 0.\n */\n breeze?: number;\n /** The finish of the rail. Default \"chrome\". */\n rail?: RailFinish;\n /** The finish of the hangers. Default \"wood\". */\n hanger?: HangerFinish;\n /** Show the product name under the facing garment. Default true. */\n showCaption?: boolean;\n /** Open a detail view when the facing garment is clicked (or Enter is pressed). Default true. */\n detail?: boolean;\n /** How much of the box height a garment takes, from 0.25 to 0.42. Default 0.4. */\n size?: number;\n /** Called when \"See availability\" is pressed, with the garment it was pressed for. */\n onSelect?: (item: ClothesRackItem, index: number) => void;\n /**\n * Photographic cloth and light: addresses of tiling fabric scans (normal and roughness maps of jersey for the tees\n * and the shirt and of fleece for the crewneck), a greyscale heather grain, and an equirect .hdr studio. All\n * optional; without them the knit is drawn in code and the light is a plain room. The demo uses Poly Haven's CC0\n * scans, served from ui.dimaac.com/media/textures.\n */\n textures?: GarmentTextures;\n /** Extra classes for the outer box. Give it a size: the rack fills it. */\n className?: string;\n};\n\nexport const defaultItems: ClothesRackItem[] = [\n { name: \"Field Shirt\", kind: \"shirt\", colour: \"#2f3631\", print: { kind: \"pattern\", colours: [\"#20251f\", \"#e6dcc4\", \"#c7a46c\", \"#9fae86\", \"#bf7350\"] } },\n { name: \"Heavy Tee, Black\", kind: \"tee\", colour: \"#1b1b1d\" },\n { name: \"Heavy Tee, White\", kind: \"tee\", colour: \"#f2f2f3\" },\n { name: \"Made Slowly Tee\", kind: \"tee\", colour: \"#18181a\", print: { kind: \"script\", text: \"Made Slowly\", ink: \"#f4f1ea\" } },\n { name: \"Field Notes Crewneck\", kind: \"crewneck\", colour: \"#2c4844\", print: { kind: \"serif\", lines: [\"Field\", \"Notes\", \"Club\"], ink: \"#f1ede2\" } },\n { name: \"Night Shift Tee\", kind: \"tee\", colour: \"#1d1a1f\", print: { kind: \"chest\", text: \"Night Shift\", ink: \"#e9e4dc\" } },\n { name: \"Bloom Tee\", kind: \"tee\", colour: \"#f4f4f5\", print: { kind: \"flowers\", text: \"Bloom\", ink: \"#1f1f24\" } },\n { name: \"Studio Tee\", kind: \"tee\", colour: \"#f5f5f6\", print: { kind: \"chest\", text: \"DiMaac Studio\", ink: \"#22252b\" } },\n { name: \"Pocket Tee\", kind: \"tee\", colour: \"#f3f3f4\", print: { kind: \"pocket\" } },\n { name: \"Grey Marl Tee\", kind: \"tee\", colour: \"#7d7f84\" },\n];\n\n// ---------- page theme and motion preference, live, without any site context ----------\n\nfunction pageIsDark(): boolean {\n const root = document.documentElement;\n const picked = root.getAttribute(\"data-theme\");\n if (picked === \"dark\") return true;\n if (picked === \"light\") return false;\n if (root.classList.contains(\"dark\")) return true;\n if (root.classList.contains(\"light\")) return false;\n return window.matchMedia(\"(prefers-color-scheme: dark)\").matches;\n}\n\nfunction watchPageTheme(onChange: () => void): () => void {\n const observer = new MutationObserver(onChange);\n observer.observe(document.documentElement, { attributes: true, attributeFilter: [\"data-theme\", \"class\"] });\n const query = window.matchMedia(\"(prefers-color-scheme: dark)\");\n query.addEventListener(\"change\", onChange);\n return () => {\n observer.disconnect();\n query.removeEventListener(\"change\", onChange);\n };\n}\n\nfunction watchMotion(onChange: () => void): () => void {\n const query = window.matchMedia(\"(prefers-reduced-motion: reduce)\");\n query.addEventListener(\"change\", onChange);\n return () => query.removeEventListener(\"change\", onChange);\n}\nconst prefersReducedMotion = () => window.matchMedia(\"(prefers-reduced-motion: reduce)\").matches;\n\n// ---------- numbers ----------\n\n// A long lens: garments at the ends of the rail are seen at almost the same angle as the middle ones\nconst FOV = 12;\n// Where the rail sits on screen, as a fraction of the height from the top\nconst RAIL_AT = 0.27;\n// Stepping at 240 a second keeps the springs stable even with a very short duration\nconst STEP = 1 / 240;\n// How tall the pointer zone is, in garment heights: from just above the rail to just below the hems\nconst ZONE_TOP = 0.2;\n// In the detail view the garment, hook included, takes this much of the box height\nconst DETAIL_TAKES = 0.57;\nconst DETAIL_TOP = 0.15;\n// How the spacing eases: first-order lags, in seconds (opening, and returning to rest)\nconst OPEN_TAU = 0.18;\nconst CLOSE_TAU = 0.2;\n// How far each step away from the facing garment is pushed, as a share of the first neighbour's push (measured)\nconst PUSH_PROFILE = [1, 0.577, 0.309, 0.144, 0.052];\n// Empty rail past the end hooks, in pitches, and room kept for the end cap\nconst RAIL_PAD = 1.1;\nconst CAP_ROOM = 0.1;\n\nconst clamp = (value: number, low: number, high: number) => Math.min(high, Math.max(low, value));\nconst lerp = (a: number, b: number, t: number) => a + (b - a) * t;\n\ntype Entry = {\n garment: Garment;\n /** Facing amount: 0 turned away at rest, 1 facing you (a critically damped spring) */\n t: number;\n tVelocity: number;\n tGoal: number;\n /** Spacing signal: 0 rest, 1 fully open (a first-order ease), the neighbours' positions are sums of these */\n open: number;\n x: number;\n /** x speed of the last frame, for the optional rigid hanger tilt and the cloth */\n xVelocity: number;\n /** The fabric: rows of cloth that lag the hanger's turns and pushes, then settle (cloth-motion.ts) */\n cloth: ClothMotion;\n lastTVelocity: number;\n lastXVelocity: number;\n};\n\ntype Engine = {\n setActive(index: number): void;\n openDetail(index: number): void;\n closeDetail(): void;\n stepDetail(direction: 1 | -1): void;\n /** Called when the pointer leaves the pill without going back over the rack */\n releaseHover(): void;\n activeIndex(): number;\n lastIndex(): number;\n};\n\n// Moves a spring one step toward its goal without ever overshooting (critically damped)\nfunction spring(value: number, velocity: number, goal: number, omega: number, dt: number): [number, number] {\n let x = value;\n let v = velocity;\n let left = dt;\n while (left > 1e-9) {\n const h = Math.min(STEP, left);\n v += (-2 * omega * v - omega * omega * (x - goal)) * h;\n x += v * h;\n left -= h;\n }\n return [x, v];\n}\n\nexport function ClothesRack({\n items = defaultItems,\n restAngle = 80,\n gap = 7,\n activeScale = 1,\n swing = 0,\n breeze = 0,\n duration = 0.25,\n flow = 1,\n rail = \"chrome\",\n hanger = \"wood\",\n showCaption = true,\n detail = true,\n size = 0.4,\n onSelect,\n textures,\n className = \"\",\n}: ClothesRackProps) {\n const hostRef = useRef(null);\n const canvasBoxRef = useRef(null);\n const captionRef = useRef(null);\n const dialogRef = useRef(null);\n const stageRef = useRef(null);\n const engineRef = useRef(null);\n const reducedMotion = useSyncExternalStore(watchMotion, prefersReducedMotion, () => false);\n const dark = useSyncExternalStore(watchPageTheme, pageIsDark, () => false);\n\n const [failed, setFailed] = useState(false);\n // True while the GPU has taken the WebGL context away; a restore rebuilds the scene (generation bumps the effect)\n const [lost, setLost] = useState(false);\n const [generation, setGeneration] = useState(0);\n const [ready, setReady] = useState(false);\n const [open, setOpen] = useState(false);\n // The detail layer is on screen from the start of its fade in to the end of its fade out\n const [stageOn, setStageOn] = useState(false);\n const [detailIndex, setDetailIndex] = useState(0);\n // The garment a keyboard (or screen reader) focus is on: the live status follows this, never the mouse\n const [focusIdx, setFocusIdx] = useState(-1);\n const [, setActiveIdx] = useState(-1);\n // Which arrow key looks pressed (the real arrow keys and the buttons move together)\n const [pressed, setPressed] = useState<\"prev\" | \"next\" | null>(null);\n const wasOpen = useRef(false);\n const detailIndexRef = useRef(0);\n const pillRef = useRef(null);\n const garmentButtons = useRef<(HTMLButtonElement | null)[]>([]);\n const pressTimer = useRef(0);\n const pressedAt = useRef(0);\n\n // The loop reads these every frame, so a slider never rebuilds the scene\n const settings = useRef({ restAngle, gap, activeScale, swing, breeze, duration, flow, rail, hanger, showCaption, detail, size, reducedMotion, onSelect });\n const refreshRef = useRef<(() => void) | null>(null);\n useEffect(() => {\n settings.current = { restAngle, gap, activeScale, swing, breeze, duration, flow, rail, hanger, showCaption, detail, size, reducedMotion, onSelect };\n refreshRef.current?.();\n }, [restAngle, gap, activeScale, swing, breeze, duration, flow, rail, hanger, showCaption, detail, size, reducedMotion, onSelect]);\n\n // A new array every render must not rebuild the scene: only its content does (the same for the textures)\n const itemsKey = useMemo(() => JSON.stringify(items), [items]);\n const itemsRef = useRef(items);\n itemsRef.current = items;\n const texturesKey = useMemo(() => JSON.stringify(textures ?? {}), [textures]);\n const texturesRef = useRef(textures);\n texturesRef.current = textures;\n\n useEffect(() => {\n const box = canvasBoxRef.current;\n const host = hostRef.current;\n const stageBox = stageRef.current;\n if (!box || !host || !stageBox) return;\n const list = itemsRef.current;\n if (list.length === 0) return;\n setFailed(false);\n\n const canvas = document.createElement(\"canvas\");\n canvas.setAttribute(\"aria-hidden\", \"true\");\n canvas.style.cssText = \"position:absolute;inset:0;width:100%;height:100%;display:block;touch-action:pan-y\";\n box.prepend(canvas);\n\n let renderer: THREE.WebGLRenderer;\n try {\n renderer = new THREE.WebGLRenderer({ canvas, antialias: true, alpha: true, powerPreference: \"high-performance\" });\n } catch {\n canvas.remove();\n setFailed(true);\n return;\n }\n renderer.setClearColor(0x000000, 0);\n renderer.outputColorSpace = THREE.SRGBColorSpace;\n // a straight tone curve: the cloth is lit like a product shot, so white stays white and black keeps its folds\n renderer.toneMapping = THREE.LinearToneMapping;\n // Context loss (a GPU reset, too many contexts): keep the canvas, show the overlay, and rebuild everything when it returns\n const onLost = (event: Event) => {\n event.preventDefault();\n setLost(true);\n };\n const onRestored = () => {\n setLost(false);\n setGeneration((g) => g + 1);\n };\n canvas.addEventListener(\"webglcontextlost\", onLost);\n canvas.addEventListener(\"webglcontextrestored\", onRestored);\n\n let alive = true;\n let visible = true;\n let raf = 0;\n let buildRaf = 0;\n let last = 0;\n let clock = 0;\n // how strong the breeze is right now: it eases toward the breeze prop, and to nothing while the detail view\n // covers the rack (so the rack can stop drawing under it)\n let airLevel = 0;\n let needsSnap = true;\n let built = false;\n\n // ----- the rack scene -----\n const fabricScans = texturesRef.current ?? {};\n const wardrobe: Wardrobe = createWardrobe(renderer, fabricScans);\n const scene = new THREE.Scene();\n // the light goes in once the textures have settled (see buildSome)\n const camera = new THREE.PerspectiveCamera(FOV, 1, 0.1, 80);\n const railMesh = wardrobe.rail(4, settings.current.rail);\n scene.add(railMesh.object);\n\n const entries: Entry[] = [];\n\n // ----- view and layout, derived from the props and the box size -----\n const view = { width: 1, height: 1, aspect: 1, hw: 2.4, camY: 0, railAt: RAIL_AT, panX: 0, panMax: 0, panLimit: 0, railLength: 4, dist: 20 };\n // The angle a garment at x is seen at, left or right of the camera's axis (0 in the middle)\n const viewAngle = (x: number) => Math.atan2(x - view.panX, view.dist);\n // Where a garment brought forward by z must stand so it shows on screen where it would without the lift\n const liftedX = (x: number, z: number) => view.panX + (x - view.panX) * (1 - z / view.dist);\n let appliedRail = settings.current.rail;\n let appliedHanger = settings.current.hanger;\n let appliedLength = 0;\n\n // Where every garment sits at rest and how far a facing garment pushes its first neighbour (garment units).\n // The first neighbour is pushed about 0.97 of a pitch (measured on the reference) for every garment, and more only when\n // the facing garment is wide enough that its sleeves would otherwise touch it\n type Layout = { rest: number[]; sideHalf: number[]; faceHalf: number[]; pitch: number; push: number[]; railLength: number };\n function computeLayout(): Layout {\n const s = settings.current;\n const a = (s.restAngle * Math.PI) / 180;\n const n = entries.length;\n const sideHalf = entries.map((e) => 0.5 * (lerp(e.garment.bodyWidth, e.garment.width, 0.5) * Math.abs(Math.cos(a)) + e.garment.depth * Math.abs(Math.sin(a))));\n const faceHalf = entries.map((e) => (e.garment.width * s.activeScale) / 2);\n const air = entries.map((e) => (s.gap / 100) * e.garment.bodyWidth);\n const rest: number[] = [0];\n for (let i = 1; i < n; i++) rest.push(rest[i - 1]! + sideHalf[i - 1]! + sideHalf[i]! + (air[i - 1]! + air[i]!) / 2);\n const centre = n > 0 ? (rest[0]! + rest[n - 1]!) / 2 : 0;\n for (let i = 0; i < n; i++) rest[i] = rest[i]! - centre;\n const pitch = n > 1 ? (rest[n - 1]! - rest[0]!) / (n - 1) : (sideHalf[0] ?? 0.2) * 2 + (air[0] ?? 0.1);\n const meanSide = sideHalf.reduce((sum, v) => sum + v, 0) / Math.max(1, n);\n const push = entries.map((e, i) => Math.max(faceHalf[i]! + meanSide + 0.06 * e.garment.bodyWidth - pitch, 0.97 * pitch));\n const railLength = (n > 1 ? rest[n - 1]! - rest[0]! : 0) + 2 * RAIL_PAD * pitch + 2 * CAP_ROOM;\n return { rest, sideHalf, faceHalf, pitch, push, railLength };\n }\n\n // Every hook position is the rest place plus the pushes of the garments that are open: no spring on x.\n // The facing garment's own hook never moves. The ends are held on the rail, and the order never inverts.\n function goalXs(layout: Layout): number[] {\n const n = entries.length;\n const xs = layout.rest.slice();\n for (let i = 0; i < n; i++) {\n const open = entries[i]!.open;\n if (open < 1e-5) continue;\n for (let d = 1; d <= PUSH_PROFILE.length; d++) {\n const amount = open * layout.push[i]! * PUSH_PROFILE[d - 1]!;\n if (i + d < n) xs[i + d] = xs[i + d]! + amount;\n if (i - d >= 0) xs[i - d] = xs[i - d]! - amount;\n }\n }\n let anchor = 0;\n for (let i = 1; i < n; i++) if (entries[i]!.open > entries[anchor]!.open) anchor = i;\n const lo = -layout.railLength / 2 + CAP_ROOM;\n const hi = layout.railLength / 2 - CAP_ROOM;\n const minGap = layout.sideHalf.reduce((sum, v) => sum + v, 0) / Math.max(1, n);\n for (let i = 0; i < n; i++) if (i !== anchor || xs[i]! < lo || xs[i]! > hi) xs[i] = i === anchor ? xs[i]! : clamp(xs[i]!, lo, hi);\n for (let j = anchor + 1; j < n; j++) xs[j] = Math.max(xs[j]!, xs[j - 1]! + minGap);\n for (let j = anchor - 1; j >= 0; j--) xs[j] = Math.min(xs[j]!, xs[j + 1]! - minGap);\n return xs;\n }\n\n let layout: Layout = computeLayout();\n // The longest garment on the rail, rail to hem: framing and the pill leave room for it\n const tallest = () => entries.reduce((most, e) => Math.max(most, e.garment.height), 0.3);\n\n function frameView() {\n const s = settings.current;\n layout = computeLayout();\n view.railLength = layout.railLength;\n // A tall box (tablet, phone) puts the rack a little lower, so the rack and the pill sit in the middle\n view.railAt = view.aspect < 1 ? 0.37 : RAIL_AT;\n const faceMax = layout.faceHalf.reduce((m, v) => Math.max(m, v), 0.2);\n // The lowest hem (facing garment, grown) must leave room for the pill under it, even on a short box\n const roomBelow = Math.max(0.2, (view.height - 84) / view.height - view.railAt);\n const natural = Math.max(tallest() / s.size, (s.activeScale * tallest()) / roomBelow);\n // like the reference, the rail spans about 78% of a wide box, with clear page either side\n const fit = view.railLength / (0.78 * view.aspect);\n // Fit the whole rail when that is a reasonable zoom (wide boxes, tablets); a phone keeps the garments big and pans\n // Tall boxes (tablets) zoom out at most 1.5x and pan a little; phones stay big and pan\n view.hw = fit > natural && (view.aspect >= 1.2 || fit <= natural * 3) ? (view.aspect < 1.2 ? clamp(fit, natural, 1.5 * natural) : fit) : natural;\n view.camY = -(0.5 - view.railAt) * view.hw;\n const visibleWidth = view.hw * view.aspect;\n // Panning reaches the rail's end caps; a facing end garment may go a little further\n view.panMax = Math.max(0, view.railLength / 2 + 0.06 - visibleWidth / 2);\n view.panLimit = view.panMax + faceMax + 0.1;\n view.panX = clamp(view.panX, -view.panLimit, view.panLimit);\n if (Math.abs(view.railLength - appliedLength) > 1e-4) {\n railMesh.setLength(view.railLength);\n appliedLength = view.railLength;\n }\n if (s.rail !== appliedRail) {\n railMesh.setFinish(s.rail);\n appliedRail = s.rail;\n }\n if (s.hanger !== appliedHanger) {\n for (const e of entries) e.garment.setHanger(s.hanger);\n appliedHanger = s.hanger;\n }\n camera.fov = FOV;\n const distance = view.hw / 2 / Math.tan((FOV * Math.PI) / 360);\n view.dist = distance;\n camera.position.set(view.panX, view.camY, distance);\n camera.rotation.set(0, 0, 0);\n camera.aspect = view.aspect;\n camera.near = distance * 0.2;\n camera.far = distance * 4;\n camera.updateProjectionMatrix();\n camera.updateMatrixWorld(true);\n }\n\n function resize() {\n const rect = host!.getBoundingClientRect();\n view.width = Math.max(1, rect.width);\n view.height = Math.max(1, rect.height);\n view.aspect = view.width / view.height;\n renderer.setPixelRatio(Math.min(window.devicePixelRatio || 1, 2));\n renderer.setSize(view.width, view.height, false);\n if (!built) return;\n frameView();\n renderer.render(scene, camera);\n if (needsSnap) {\n needsSnap = false;\n snapAll();\n // One frame is drawn before the canvas fades in, so there is no flash\n renderer.render(scene, camera);\n updateCaption();\n requestAnimationFrame(() => requestAnimationFrame(() => alive && setReady(true)));\n }\n if (detailState) sizeDetail();\n updateCaption();\n wake();\n }\n\n // ----- hover, touch, pan -----\n let active = -1;\n let lastActive = -1;\n let panVelocity = 0;\n let panGoal: number | null = null;\n let dragging = false;\n let dragMoved = false;\n let dragStartX = 0;\n let dragLastX = 0;\n let dragLastTime = 0;\n let touchId: number | null = null;\n // The mouse position while it is over the canvas: the garment under it is re-checked every frame\n let hovering = false;\n let hoverX = 0;\n let hoverY = 0;\n // The keyboard (or focus) picked the garment last: a resting pointer does not take it back until it moves\n let keyLead = false;\n\n const canPan = () => view.panMax > 0.02;\n\n // A garment that is cut off by the screen edge (tapped, hovered or focused with the keyboard) glides to the middle\n function bringIntoView(index: number) {\n if (!canPan()) return;\n const e = entries[index]!;\n const half = (view.hw * view.aspect) / 2;\n const reach = layout.faceHalf[index]! + 0.08;\n if (Math.abs(e.x - view.panX) + reach <= half) return;\n panGoal = clamp(e.x, -view.panLimit, view.panLimit);\n panVelocity = 0;\n wake();\n }\n\n function setActive(index: number) {\n if (!built || index === active) return;\n active = index;\n // a hand over a garment says it can be opened\n canvas.style.cursor = index >= 0 && settings.current.detail ? \"pointer\" : \"\";\n setActiveIdx(index);\n if (index >= 0) lastActive = index;\n if (index >= 0) bringIntoView(index);\n for (let i = 0; i < entries.length; i++) entries[i]!.tGoal = i === index ? 1 : 0;\n wake();\n }\n\n // The garment whose silhouette, as it is right now, contains the pointer. Over a gap nothing is picked.\n function pick(clientX: number, clientY: number, slack = 1): number {\n const rect = host!.getBoundingClientRect();\n const nx = ((clientX - rect.left) / rect.width) * 2 - 1;\n const ny = 1 - ((clientY - rect.top) / rect.height) * 2;\n const halfH = view.hw / 2;\n const wx = view.panX + nx * halfH * view.aspect;\n const wy = view.camY + ny * halfH;\n let best = -1;\n let bestDistance = Infinity;\n for (let i = 0; i < entries.length; i++) {\n const e = entries[i]!;\n const scale = lerp(1, settings.current.activeScale, e.t);\n if (wy > ZONE_TOP || wy < -scale * e.garment.height - 0.05) continue;\n const half = lerp(layout.sideHalf[i]!, layout.faceHalf[i]!, e.t) * (i === active ? 1.05 : 1) * slack;\n const distance = Math.abs(wx - e.x);\n if (distance <= half && distance < bestDistance) {\n best = i;\n bestDistance = distance;\n }\n }\n return best;\n }\n\n // A mouse, or a pen that is hovering with no button down, points; touch and a pen on the glass drag\n const isPointing = (event: PointerEvent) => event.pointerType === \"mouse\" || (event.pointerType === \"pen\" && event.buttons === 0);\n\n function onPointerMove(event: PointerEvent) {\n if (openRef.current || closing) return;\n if (!isPointing(event)) {\n if (touchId !== event.pointerId || !event.isPrimary) return;\n const dx = event.clientX - dragLastX;\n if (Math.abs(event.clientX - dragStartX) > 6) dragMoved = true;\n if (dragMoved && canPan()) {\n const perPixel = (view.hw * view.aspect) / view.width;\n const now = performance.now();\n panVelocity = (-dx * perPixel) / Math.max(0.008, (now - dragLastTime) / 1000);\n view.panX = clamp(view.panX - dx * perPixel, -view.panMax, view.panMax);\n panGoal = null;\n dragLastTime = now;\n frameView();\n wake();\n }\n dragLastX = event.clientX;\n return;\n }\n hovering = true;\n keyLead = false;\n hoverX = event.clientX;\n hoverY = event.clientY;\n setActive(pick(event.clientX, event.clientY));\n }\n\n function onPointerDown(event: PointerEvent) {\n if (openRef.current) return;\n if (isPointing(event) || event.pointerType === \"mouse\") return;\n // A second finger must not take over from the first\n if (touchId !== null || !event.isPrimary) return;\n touchId = event.pointerId;\n dragging = true;\n dragMoved = false;\n dragStartX = dragLastX = event.clientX;\n dragLastTime = performance.now();\n panVelocity = 0;\n try {\n canvas.setPointerCapture(event.pointerId);\n } catch {\n // some browsers refuse capture for synthetic pointers: dragging still works without it\n }\n }\n\n // A cancelled touch (the browser took it for scrolling) never picks, faces or opens anything\n function onPointerCancel(event: PointerEvent) {\n if (touchId === event.pointerId) {\n touchId = null;\n dragging = false;\n wake();\n }\n }\n\n function onPointerUp(event: PointerEvent) {\n if (event.pointerType === \"mouse\" && event.button !== 0) return;\n const touchLike = event.pointerType === \"touch\" || (event.pointerType === \"pen\" && touchId === event.pointerId);\n if (touchLike) {\n if (touchId !== event.pointerId) return;\n touchId = null;\n dragging = false;\n if (dragMoved) {\n wake();\n return;\n }\n }\n if (openRef.current || closing) return;\n // A finger is fatter than a pointer: a tap gets a wider silhouette\n const index = pick(event.clientX, event.clientY, touchLike ? 1.5 : 1);\n if (index < 0) {\n if (touchLike) setActive(-1);\n return;\n }\n // A tap turns a garment to face you, a second tap on it opens the detail view\n if (index === active && (!touchLike || entries[index]!.t > 0.6)) {\n if (settings.current.detail) openDetail(index);\n } else {\n setActive(index);\n if (touchLike && canPan()) {\n // A facing end garment may pass the normal pan end by half its width, so it ends up fully in view\n panGoal = clamp(entries[index]!.x, -view.panLimit, view.panLimit);\n wake();\n }\n }\n }\n\n function onPointerLeave(event: PointerEvent) {\n if (event.pointerType === \"touch\") return;\n hovering = false;\n // Going onto the pill keeps the garment facing (the pill is for it); the detail layer covers the canvas, which fires a leave too\n const next = event.relatedTarget as Node | null;\n if (next && pillRef.current?.contains(next)) return;\n if (!openRef.current && !closing) setActive(-1);\n }\n\n canvas.addEventListener(\"pointermove\", onPointerMove);\n canvas.addEventListener(\"pointerdown\", onPointerDown);\n canvas.addEventListener(\"pointerup\", onPointerUp);\n canvas.addEventListener(\"pointercancel\", onPointerCancel);\n canvas.addEventListener(\"pointerleave\", onPointerLeave);\n\n // ----- caption under the hem of the facing garment -----\n const captionEl = captionRef.current;\n let captionIndex = -1;\n const corner = new THREE.Vector3();\n const pillEl = pillRef.current;\n // depth: how far below the rail the hem is\n const hemPx = (depth: number, z: number) => {\n corner.set(0, -depth, z).project(camera);\n return (-corner.y * 0.5 + 0.5) * view.height;\n };\n // Puts the pill below the hems and says whether the caption still fits between the two without touching either\n function layoutDom(): boolean {\n const s = settings.current;\n const lowestHem = hemPx(s.activeScale * tallest(), 0.06);\n // Like the reference, the pill sits low under the rack, about a fifth of the box height below the lowest hem\n // (so the caption has its own band between them), kept above the bottom 62 px and never closer than 60 px\n const centre = Math.min(view.height - 30, Math.max(Math.min(view.height - 62, lowestHem + Math.max(90, view.height * 0.2)), lowestHem + 60));\n if (pillEl) pillEl.style.transform = `translate(-50%, ${(centre - 18).toFixed(1)}px)`;\n return centre - 18 >= lowestHem + 18 + 16 + 4;\n }\n function updateCaption() {\n const fits = layoutDom();\n if (!captionEl) return;\n const s = settings.current;\n const idx = active >= 0 ? active : captionIndex;\n const e = idx >= 0 ? entries[idx] : undefined;\n if (!e || !s.showCaption || openRef.current || !fits) {\n captionEl.style.opacity = \"0\";\n return;\n }\n if (idx !== captionIndex) {\n captionIndex = idx;\n captionEl.textContent = list[idx]!.name;\n }\n const scale = lerp(1, s.activeScale, e.t);\n const py = hemPx(scale * e.garment.height, e.garment.object.position.z);\n corner.set(e.garment.object.position.x, 0, e.garment.object.position.z).project(camera);\n const px = (corner.x * 0.5 + 0.5) * view.width;\n captionEl.style.transform = `translate(${px.toFixed(1)}px, ${(py + 18).toFixed(1)}px) translateX(-50%)`;\n captionEl.style.opacity = String(clamp(e.t * 1.4 - 0.15, 0, 1) * (active >= 0 ? 1 : e.t));\n if (active < 0 && e.t < 0.02) captionIndex = -1;\n }\n\n // The first layout puts everything straight at its resting place: nothing slides or turns on load\n function snapAll() {\n const s = settings.current;\n for (const e of entries) {\n e.t = e.tGoal;\n e.open = e.tGoal;\n }\n const goals = goalXs(layout);\n const rest = (s.restAngle * Math.PI) / 180;\n for (const [i, e] of entries.entries()) {\n e.x = goals[i]!;\n Object.assign(e, { tVelocity: 0, xVelocity: 0, lastTVelocity: 0, lastXVelocity: 0 });\n e.cloth.reset();\n e.garment.object.position.set(liftedX(e.x, 0.06 * e.t), 0, 0.06 * e.t);\n e.garment.object.rotation.set(0, 0, 0);\n e.garment.turn.rotation.y = rest * (1 - e.t) - viewAngle(e.x);\n e.garment.turn.scale.setScalar(lerp(1, s.activeScale, e.t));\n e.garment.setCloth({ twist: e.cloth.twist, sway: e.cloth.sway, ripple: 0, time: 0 });\n }\n }\n\n // ----- one frame of the rack -----\n function stepRack(dt: number): boolean {\n const s = settings.current;\n const reduced = s.reducedMotion;\n const omega = 4.6 / (reduced ? 0.15 : Math.max(0.1, s.duration));\n const tilt = reduced ? 0 : (s.swing * Math.PI) / 180;\n let busy = false;\n clock += dt;\n // the breeze comes up over the first seconds, so nothing jumps when the rack appears, and dies down while the\n // detail view is open\n const airGoal = reduced || openRef.current ? 0 : Math.max(0, Math.min(1, s.breeze)) * Math.min(1, clock / 2.5) ** 2;\n airLevel += (airGoal - airLevel) * (1 - Math.exp(-dt / 0.6));\n if (airGoal === 0 && airLevel < 1e-3) airLevel = 0;\n const air = airLevel;\n if (air > 0 || airGoal > 0) busy = true;\n\n for (const e of entries) {\n [e.t, e.tVelocity] = spring(e.t, e.tVelocity, e.tGoal, omega, dt);\n if (Math.abs(e.t - e.tGoal) > 5e-4 || Math.abs(e.tVelocity) > 5e-3) busy = true;\n else {\n e.t = e.tGoal;\n e.tVelocity = 0;\n }\n // The spacing eases out like a first-order lag: it starts moving in the very first frame and never overshoots\n const tau = reduced ? 0.04 : e.tGoal > e.open ? OPEN_TAU : CLOSE_TAU;\n e.open += (e.tGoal - e.open) * (1 - Math.exp(-dt / tau));\n if (Math.abs(e.open - e.tGoal) > 1e-3) busy = true;\n else e.open = e.tGoal;\n }\n\n layout = computeLayout();\n const goals = goalXs(layout);\n const rest = (s.restAngle * Math.PI) / 180;\n for (const [i, e] of entries.entries()) {\n const x = goals[i]!;\n // a jump of the layout (a control dragged) is not a push: the cloth only feels real motion along the rail\n e.xVelocity = dt > 0 && Math.abs(x - e.x) < 0.15 ? (x - e.x) / dt : e.lastXVelocity;\n e.x = x;\n const g = e.garment;\n // The facing garment comes forward a little and is drawn after its neighbours; its x is pulled in by the\n // same amount the lift would push it out on screen, so its hook stays put\n g.object.position.z = 0.06 * e.t;\n g.object.position.x = liftedX(e.x, g.object.position.z);\n g.object.renderOrder = e.t > 0.001 ? 10 : 0;\n // An optional rigid tilt against the push (0 by default): the hanger leans, the cloth does not bend. A\n // breeze rocks each hanger a fraction of a degree on its hook.\n const rock = air * (1 - e.t) * 0.012 * Math.sin(clock * 1.1 - i * 0.5 + 0.7);\n g.object.rotation.z = (tilt > 0 ? tilt * Math.tanh(-e.xVelocity / 2) : 0) + rock;\n // turned by the angle it is seen at, so every garment looks the same wherever it hangs, and the facing one\n // faces you square-on. In a breeze a side-on garment drifts a few degrees back and forth (two slow waves down\n // the rail), and the air pushes its cloth round and along the rail.\n const calm = 1 - e.t;\n const drift = air * calm * 0.026 * (Math.sin(clock * 0.9 - i * 0.55) + 0.35 * Math.sin(clock * 1.53 - i * 0.8 + 1.1));\n const airTurn = air * calm * 18 * Math.sin(clock * 1.46 - i * 0.6 + 0.4);\n const airSlide = air * calm * 7 * Math.sin(clock * 1.23 - i * 0.45 + 2);\n g.turn.rotation.y = rest * (1 - e.t) - viewAngle(e.x) + drift;\n g.turn.scale.setScalar(lerp(1, s.activeScale, e.t));\n // The cloth moves only when the garment does, then settles still: when the hanger swivels the lower cloth\n // lags, swings through once and settles, and when the garment is pushed along the rail its hem trails and\n // swings back, while a faint ripple runs down the fabric. The hanger's turn is rest * (1 - t), so its\n // angular acceleration is -rest times the facing amount's.\n if (reduced || dt <= 0) e.cloth.reset();\n else if (e.cloth.step(dt, (-rest * (e.tVelocity - e.lastTVelocity)) / dt + airTurn, (e.xVelocity - e.lastXVelocity) / dt + airSlide, s.flow)) busy = true;\n e.lastTVelocity = e.tVelocity;\n e.lastXVelocity = e.xVelocity;\n g.setCloth({ twist: e.cloth.twist, sway: e.cloth.sway, ripple: e.cloth.ripple, time: clock });\n }\n\n // Panning on a phone: inertia after a flick, or a glide to a tapped garment\n if (!dragging) {\n if (panGoal !== null) {\n view.panX += (panGoal - view.panX) * (1 - Math.exp(-8 * dt));\n if (Math.abs(panGoal - view.panX) < 0.002) panGoal = null;\n busy = true;\n } else if (Math.abs(panVelocity) > 0.01) {\n view.panX = clamp(view.panX + panVelocity * dt, -view.panMax, view.panMax);\n panVelocity *= Math.exp(-4 * dt);\n if (view.panX <= -view.panMax || view.panX >= view.panMax) panVelocity = 0;\n busy = true;\n } else panVelocity = 0;\n } else busy = true;\n if (busy || canPan()) frameView();\n return busy;\n }\n\n // ----- the detail view: a second renderer with its own copy of the wardrobe -----\n // (a WebGL texture can't cross contexts, so the second canvas builds its own environment)\n // A garment on the stage. A swap has two: the one leaving slides aside, turns side-on like on the rail and\n // fades, while the next slides in turning to face you; each one's cloth lags its own turn and slide.\n type Shown = {\n garment: Garment;\n /** Across the stage, garment units, 0 is the middle */\n x: number;\n xVelocity: number;\n xGoal: number;\n /** Facing amount: 1 faces you, 0 is side-on at the rest angle */\n t: number;\n tVelocity: number;\n tGoal: number;\n opacity: number;\n /** How fast the opacity moves toward 1 (or 0 once leaving), per second */\n fade: number;\n leaving: boolean;\n cloth: ClothMotion;\n lastXVelocity: number;\n lastTVelocity: number;\n };\n type DetailState = {\n renderer: THREE.WebGLRenderer;\n wardrobe: Wardrobe;\n scene: THREE.Scene;\n camera: THREE.PerspectiveCamera;\n shown: Shown[];\n /** Garments built ahead of time (the ones either side of the one on show), so an arrow press never waits for a\n * garment's fabric to be drawn and uploaded: the swap starts on the very next frame */\n ready: Map;\n canvas: HTMLCanvasElement;\n };\n let detailState: DetailState | null = null;\n let detailIdx = 0;\n let closeTimer = 0;\n let disposeTimer = 0;\n const openRef = { current: false };\n // True during the short fade out of the detail layer\n let closing = false;\n\n // The detail canvas has its own lost and restored handlers: a loss only drops the detail state, the next open rebuilds it\n const onDetailLost = (event: Event) => {\n event.preventDefault();\n disposeDetail();\n if (openRef.current) closeDetail();\n };\n\n function fadeStage(to: number, seconds: number, ease: string) {\n // Set from the top each time, so a swap restarts its fade instead of snapping\n // A fade in starts from 0; a fade out starts from wherever the opacity is now (it may still be fading in)\n const from = to === 1 ? \"0\" : String(parseFloat(getComputedStyle(stageBox!).opacity) || 0);\n stageBox!.style.transition = \"none\";\n stageBox!.style.opacity = from;\n void stageBox!.offsetWidth;\n stageBox!.style.transition = `opacity ${seconds}s ${ease}`;\n stageBox!.style.opacity = String(to);\n }\n\n function ensureDetail(): DetailState | null {\n if (detailState) return detailState;\n const c = document.createElement(\"canvas\");\n c.setAttribute(\"aria-hidden\", \"true\");\n c.style.cssText = \"position:absolute;inset:0;width:100%;height:100%;display:block\";\n stageBox!.prepend(c);\n let r: THREE.WebGLRenderer;\n try {\n r = new THREE.WebGLRenderer({ canvas: c, antialias: true, alpha: true, powerPreference: \"high-performance\" });\n } catch {\n c.remove();\n return null;\n }\n r.setClearColor(0x000000, 0);\n r.outputColorSpace = THREE.SRGBColorSpace;\n r.toneMapping = THREE.LinearToneMapping;\n // the stage is drawn in passes (solid garments, then each fading one), so it is cleared by hand\n r.autoClear = false;\n c.addEventListener(\"webglcontextlost\", onDetailLost);\n const w = createWardrobe(r, fabricScans);\n const sc = new THREE.Scene();\n sc.environment = w.environment;\n w.addLights(sc);\n detailState = { renderer: r, wardrobe: w, scene: sc, camera: new THREE.PerspectiveCamera(FOV, 1, 0.1, 80), shown: [], ready: new Map(), canvas: c };\n sizeDetail();\n return detailState;\n }\n\n function dropShown(d: DetailState, s: Shown) {\n d.scene.remove(s.garment.object);\n s.garment.dispose();\n d.shown.splice(d.shown.indexOf(s), 1);\n }\n\n function disposeDetail() {\n const d = detailState;\n if (!d) return;\n detailState = null;\n d.canvas.removeEventListener(\"webglcontextlost\", onDetailLost);\n for (const s of d.shown.slice()) dropShown(d, s);\n for (const g of d.ready.values()) g.dispose();\n d.ready.clear();\n window.clearTimeout(prepareTimer);\n d.wardrobe.dispose();\n d.renderer.dispose();\n d.renderer.forceContextLoss();\n d.canvas.remove();\n }\n\n function sizeDetail() {\n const d = detailState;\n if (!d) return;\n d.renderer.setPixelRatio(Math.min(window.devicePixelRatio || 1, 2));\n d.renderer.setSize(view.width, view.height, false);\n const widest = entries.reduce((m, e) => Math.max(m, e.garment.width), 0.5);\n // On a short stage the garment shrinks so the title and pill always fit under it\n const takes = clamp((view.height * 0.92 - 150) / view.height, 0.3, DETAIL_TAKES);\n const top = takes >= DETAIL_TAKES ? DETAIL_TOP : 0.08;\n // Narrow screens: the garment shrinks until the two keys fit beside it (at least 16 px clear; 72 px when there is room)\n const hw = Math.max((0.1 + tallest()) / takes, (widest * 1.4) / view.aspect, (widest * view.height) / Math.max(40, view.width - 2 * (16 + 44 + 10)));\n const camY = 0.1 + top * hw - hw / 2;\n const distance = hw / 2 / Math.tan((FOV * Math.PI) / 360);\n d.camera.aspect = view.aspect;\n d.camera.position.set(0, camY, distance);\n d.camera.near = distance * 0.2;\n d.camera.far = distance * 4;\n d.camera.updateProjectionMatrix();\n // The keys sit beside the garment: half its widest width on screen, then the clear space\n const halfPx = (widest / 2 / hw) * view.height;\n dialogRef.current?.style.setProperty(\"--half\", `${Math.round(halfPx)}px`);\n renderDetail();\n }\n\n // Solid garments are drawn together; a garment that is fading is drawn twice, first only its depth, then its\n // colour at its opacity over that depth, so it fades as one piece and its own back never shows through it\n function renderDetail() {\n const d = detailState;\n if (!d) return;\n const r = d.renderer;\n r.clear();\n const solid = d.shown.filter((s) => s.opacity >= 0.999);\n const fading = d.shown.filter((s) => s.opacity < 0.999 && s.opacity > 0.001);\n for (const s of d.shown) s.garment.object.visible = false;\n if (solid.length) {\n for (const s of solid) {\n s.garment.setPass(\"solid\");\n s.garment.object.visible = true;\n }\n r.render(d.scene, d.camera);\n for (const s of solid) s.garment.object.visible = false;\n }\n for (const s of fading) {\n s.garment.object.visible = true;\n s.garment.setPass(\"depth\");\n r.render(d.scene, d.camera);\n // eased, so a garment comes and goes softly instead of linearly\n s.garment.setPass(\"fade\", s.opacity * s.opacity * (3 - 2 * s.opacity));\n r.render(d.scene, d.camera);\n s.garment.object.visible = false;\n }\n for (const s of d.shown) s.garment.object.visible = true;\n }\n\n function makeDetailGarment(d: DetailState, index: number): Garment {\n const garment = d.wardrobe.garment(list[index]!, settings.current.hanger, { fadeable: true });\n // no rail here: the hook is turned to show its curve\n garment.hook.rotation.y = Math.PI / 2;\n return garment;\n }\n\n // While the stage is open, the garments either side of the one on show are built one at a time in idle moments.\n // Any other prepared garment is let go, so at most two wait at a time.\n let prepareTimer = 0;\n function prepareNeighbours() {\n window.clearTimeout(prepareTimer);\n const d = detailState;\n if (!d || !openRef.current || list.length < 2) return;\n const wanted = [(detailIdx + 1) % list.length, (detailIdx - 1 + list.length) % list.length];\n for (const [index, g] of d.ready) {\n if (!wanted.includes(index)) {\n g.dispose();\n d.ready.delete(index);\n }\n }\n const missing = wanted.find((index) => !d.ready.has(index) && index !== detailIdx);\n if (missing === undefined) return;\n // after the swap has had its first frames, and then one garment per pause\n prepareTimer = window.setTimeout(() => {\n const idle = (window as Window & { requestIdleCallback?: (cb: () => void, o?: { timeout: number }) => number }).requestIdleCallback;\n const build = () => {\n const now = detailState;\n if (!now || !openRef.current || now.ready.has(missing)) return;\n const g = makeDetailGarment(now, missing);\n // its shaders are the ones already on screen, so only its textures were new, and those were uploaded as\n // it was built\n now.ready.set(missing, g);\n prepareNeighbours();\n };\n if (idle) idle(build, { timeout: 600 });\n else build();\n }, 180);\n }\n\n // Puts a garment on the stage: facing you at the middle, or (from a side) side-on, ready to swing in\n function addShown(d: DetailState, index: number, from: number): Shown {\n const garment = d.ready.get(index) ?? makeDetailGarment(d, index);\n d.ready.delete(index);\n garment.object.visible = true;\n d.scene.add(garment.object);\n const s: Shown = { garment, x: from, xVelocity: 0, xGoal: 0, t: from === 0 ? 1 : 0, tVelocity: 0, tGoal: 1, opacity: from === 0 ? 1 : 0, fade: 1 / 0.2, leaving: false, cloth: new ClothMotion(), lastXVelocity: 0, lastTVelocity: 0 };\n d.shown.push(s);\n poseShown(s, 0);\n return s;\n }\n\n function poseShown(s: Shown, time: number) {\n const rest = (settings.current.restAngle * Math.PI) / 180;\n s.garment.object.position.x = s.x;\n s.garment.turn.rotation.y = rest * (1 - s.t);\n s.garment.setCloth({ twist: s.cloth.twist, sway: s.cloth.sway, ripple: s.cloth.ripple, time });\n }\n\n // One frame of the stage: each garment's slide and turn are critically damped springs, its opacity eases, and\n // its cloth is driven by both. A garment that has faded out leaves the stage.\n function stepStage(dt: number): boolean {\n const d = detailState;\n if (!d || d.shown.length === 0) return false;\n const s0 = settings.current;\n const reduced = s0.reducedMotion;\n const rest = (s0.restAngle * Math.PI) / 180;\n let busy = false;\n for (const s of d.shown.slice()) {\n const slide = 4.6 / (reduced ? 0.12 : s.leaving ? 0.42 : 0.58);\n const turn = 4.6 / (reduced ? 0.12 : s.leaving ? 0.34 : 0.5);\n [s.x, s.xVelocity] = spring(s.x, s.xVelocity, s.xGoal, slide, dt);\n [s.t, s.tVelocity] = spring(s.t, s.tVelocity, s.tGoal, turn, dt);\n s.opacity = clamp(s.opacity + (s.leaving ? -1 : 1) * s.fade * dt, 0, 1);\n if (s.leaving && s.opacity <= 0) {\n dropShown(d, s);\n continue;\n }\n const settled = Math.abs(s.x - s.xGoal) < 1e-4 && Math.abs(s.xVelocity) < 1e-3 && Math.abs(s.t - s.tGoal) < 5e-4 && Math.abs(s.tVelocity) < 5e-3;\n if (settled) {\n s.x = s.xGoal;\n s.xVelocity = 0;\n s.t = s.tGoal;\n s.tVelocity = 0;\n } else busy = true;\n if (s.opacity > 0 && s.opacity < 1) busy = true;\n if (reduced) s.cloth.reset();\n else if (s.cloth.step(dt, (-rest * (s.tVelocity - s.lastTVelocity)) / dt, (s.xVelocity - s.lastXVelocity) / dt, s0.flow)) busy = true;\n s.lastXVelocity = s.xVelocity;\n s.lastTVelocity = s.tVelocity;\n poseShown(s, clock);\n }\n return busy;\n }\n\n // Opens the stage on one garment, facing you; its cloth gets a small push, as if it had just been hung there\n function showDetailGarment(index: number): boolean {\n const d = ensureDetail();\n if (!d) return false;\n for (const s of d.shown.slice()) dropShown(d, s);\n const s = addShown(d, index, 0);\n if (!settings.current.reducedMotion) s.cloth.kick(1.6 * settings.current.flow, 0.12 * settings.current.flow);\n renderDetail();\n return true;\n }\n\n // The rack copy of the garment shown big is hidden once the detail view is in, so no blurred double sits behind it\n let hiddenIndex = -1;\n // the rack under the open detail view needs one more frame after a garment is hidden or shown\n let rackDirty = false;\n let hideTimer = 0;\n function hideRack(index: number) {\n if (hiddenIndex >= 0 && entries[hiddenIndex]) entries[hiddenIndex]!.garment.object.visible = true;\n hiddenIndex = index;\n if (index >= 0 && entries[index]) entries[index]!.garment.object.visible = false;\n rackDirty = true;\n wake();\n }\n\n function openDetail(index: number) {\n if (!settings.current.detail || openRef.current || !built) return;\n window.clearTimeout(closeTimer);\n window.clearTimeout(disposeTimer);\n closing = false;\n detailIdx = index;\n if (!showDetailGarment(index)) return;\n detailIndexRef.current = index;\n openRef.current = true;\n // The rack stays as it is under the veil, with this garment facing\n setActive(index);\n flushSync(() => {\n setDetailIndex(index);\n setStageOn(true);\n setOpen(true);\n });\n fadeStage(1, 0.25, \"ease-out\");\n window.clearTimeout(hideTimer);\n hideTimer = window.setTimeout(() => {\n if (openRef.current) hideRack(detailIdx);\n }, 260);\n wake();\n prepareNeighbours();\n }\n\n function finishClose() {\n if (!closing) return;\n closing = false;\n flushSync(() => setStageOn(false));\n const d = detailState;\n window.clearTimeout(prepareTimer);\n if (d) {\n for (const s of d.shown.slice()) dropShown(d, s);\n for (const g of d.ready.values()) g.dispose();\n d.ready.clear();\n renderDetail();\n }\n // focus has gone back to the garment's button: it stays facing; otherwise the pointer decides\n const focused = garmentButtons.current.indexOf(document.activeElement as HTMLButtonElement);\n setActive(focused >= 0 ? focused : hovering && !keyLead ? pick(hoverX, hoverY) : -1);\n // The second renderer is not kept for long: it is built again on the next open\n window.clearTimeout(disposeTimer);\n disposeTimer = window.setTimeout(() => {\n if (!openRef.current) disposeDetail();\n }, 1500);\n }\n\n function closeDetail() {\n if (!openRef.current) return;\n openRef.current = false;\n closing = true;\n setOpen(false);\n window.clearTimeout(hideTimer);\n hideRack(-1);\n // Under the fade the rack shows the garment that was last shown, facing\n setActive(detailIdx);\n fadeStage(0, 0.15, \"linear\");\n window.clearTimeout(closeTimer);\n closeTimer = window.setTimeout(finishClose, 160);\n }\n\n // Next and previous: the title and counter swap at once. The garment on show slides aside, turning side-on as it\n // fades; the next one swings in from the other side, turning to face you, and its cloth lags and settles.\n function stepDetail(direction: 1 | -1) {\n if (!openRef.current || list.length < 2) return;\n const d = ensureDetail();\n if (!d) return;\n const next = (detailIdx + direction + list.length) % list.length;\n const reduced = settings.current.reducedMotion;\n for (const s of d.shown) {\n if (s.leaving) continue;\n s.leaving = true;\n s.fade = 1 / (reduced ? 0.12 : 0.3);\n if (!reduced) {\n s.xGoal = -direction * 0.5 * s.garment.width;\n s.tGoal = 0;\n }\n }\n // a quick run of presses never piles up garments: older ones on their way out hurry their fade, and only a\n // fourth one at once is let go\n for (const s of d.shown.slice(0, -1)) s.fade = Math.max(s.fade, 1 / 0.08);\n while (d.shown.length > 2) dropShown(d, d.shown[0]!);\n const entering = addShown(d, next, reduced ? 0 : direction * 0.62 * entries[next]!.garment.width);\n if (reduced) {\n entering.opacity = 0;\n entering.fade = 1 / 0.12;\n }\n detailIdx = next;\n detailIndexRef.current = next;\n setActive(next);\n if (hiddenIndex >= 0) hideRack(next);\n flushSync(() => setDetailIndex(next));\n wake();\n prepareNeighbours();\n }\n\n engineRef.current = {\n setActive(index: number) {\n keyLead = index >= 0;\n setActive(index);\n },\n openDetail,\n closeDetail,\n stepDetail,\n releaseHover() {\n if (!openRef.current && !closing && !hovering) setActive(-1);\n },\n activeIndex: () => active,\n lastIndex: () => lastActive,\n };\n\n // ----- the loop: only runs while something moves -----\n function tick(now: number) {\n raf = 0;\n if (!alive) return;\n const dt = Math.min(0.05, Math.max(0.001, (now - (last || now - 16)) / 1000));\n last = now;\n const busy = stepRack(dt);\n const staging = stepStage(dt);\n // Things moved, so the garment under a resting pointer may have changed\n if (hovering && !keyLead && !openRef.current && !closing) setActive(pick(hoverX, hoverY));\n updateCaption();\n // under the open detail view the rack is only drawn again while it still moves\n if (busy || !openRef.current || rackDirty) {\n renderer.render(scene, camera);\n rackDirty = false;\n }\n if (detailState) renderDetail();\n if ((busy || staging) && visible && !document.hidden) raf = requestAnimationFrame(tick);\n else last = 0;\n }\n function wake() {\n if (!built || raf || !alive || !visible || document.hidden) return;\n raf = requestAnimationFrame(tick);\n }\n refreshRef.current = () => {\n if (!built) return;\n frameView();\n wake();\n };\n\n let resizeObserver: ResizeObserver | null = null;\n let intersection: IntersectionObserver | null = null;\n const onVisibility = () => {\n if (!document.hidden) wake();\n };\n document.addEventListener(\"visibilitychange\", onVisibility);\n\n // Moving the window to another monitor changes the pixel ratio without changing the size\n let dprQuery: MediaQueryList | null = null;\n const onDpr = () => {\n resize();\n armDpr();\n };\n function armDpr() {\n dprQuery?.removeEventListener(\"change\", onDpr);\n dprQuery = window.matchMedia(`(resolution: ${window.devicePixelRatio || 1}dppx)`);\n dprQuery.addEventListener(\"change\", onDpr);\n }\n armDpr();\n\n // The garments are built a couple per animation frame while the canvas is still hidden, so the page never freezes;\n // when the last one is in, the first layout snaps and the canvas fades in\n let nextToBuild = 0;\n function buildSome() {\n buildRaf = 0;\n if (!alive) return;\n for (let k = 0; k < 2 && nextToBuild < list.length; k++, nextToBuild++) {\n const garment = wardrobe.garment(list[nextToBuild]!, settings.current.hanger);\n scene.add(garment.object);\n entries.push({ garment, t: 0, tVelocity: 0, tGoal: 0, open: 0, x: 0, xVelocity: 0, cloth: new ClothMotion(), lastTVelocity: 0, lastXVelocity: 0 });\n }\n if (nextToBuild < list.length) {\n buildRaf = requestAnimationFrame(buildSome);\n return;\n }\n built = true;\n resizeObserver = new ResizeObserver(resize);\n resizeObserver.observe(host!);\n intersection = new IntersectionObserver((records) => {\n visible = records[records.length - 1]?.isIntersecting ?? true;\n if (visible) wake();\n });\n intersection.observe(host!);\n // The shaders are compiled before the first visible frame (the canvas stays hidden until then), so there is no stall\n // when the page appears. If compiling fails the first render still works, just later.\n const start = () => {\n if (alive) resize();\n };\n renderer.compileAsync(scene, camera).then(start, start);\n }\n // The fabric scans and the studio arrive before the first garment is made (the canvas is still hidden), so\n // nothing changes look once it shows; if they are slow, the drawn knit and the plain room go ahead after 2.5 s\n let waitTimer = 0;\n const begin = () => {\n window.clearTimeout(waitTimer);\n if (!alive || built || buildRaf || nextToBuild > 0) return;\n scene.environment = wardrobe.environment;\n wardrobe.addLights(scene);\n buildSome();\n };\n waitTimer = window.setTimeout(begin, 2500);\n wardrobe.ready.then(begin, begin);\n\n return () => {\n dprQuery?.removeEventListener(\"change\", onDpr);\n window.clearTimeout(waitTimer);\n alive = false;\n window.clearTimeout(hideTimer);\n window.clearTimeout(closeTimer);\n window.clearTimeout(disposeTimer);\n window.clearTimeout(prepareTimer);\n cancelAnimationFrame(raf);\n cancelAnimationFrame(buildRaf);\n engineRef.current = null;\n refreshRef.current = null;\n resizeObserver?.disconnect();\n intersection?.disconnect();\n document.removeEventListener(\"visibilitychange\", onVisibility);\n canvas.removeEventListener(\"webglcontextlost\", onLost);\n canvas.removeEventListener(\"webglcontextrestored\", onRestored);\n canvas.removeEventListener(\"pointermove\", onPointerMove);\n canvas.removeEventListener(\"pointerdown\", onPointerDown);\n canvas.removeEventListener(\"pointerup\", onPointerUp);\n canvas.removeEventListener(\"pointercancel\", onPointerCancel);\n canvas.removeEventListener(\"pointerleave\", onPointerLeave);\n for (const e of entries) e.garment.dispose();\n railMesh.dispose();\n wardrobe.dispose();\n scene.environment = null;\n renderer.dispose();\n renderer.forceContextLoss();\n canvas.remove();\n disposeDetail();\n setReady(false);\n setOpen(false);\n setStageOn(false);\n };\n // The scene is rebuilt only when the garments themselves change\n // eslint-disable-next-line react-hooks/exhaustive-deps\n }, [itemsKey, texturesKey, generation]);\n\n // Focus moves into the dialog on open and back to the garment on close\n useEffect(() => {\n if (open) dialogRef.current?.focus();\n else if (wasOpen.current) (garmentButtons.current[detailIndexRef.current] ?? hostRef.current)?.focus();\n wasOpen.current = open;\n }, [open]);\n\n // A key looks pressed for at least 120 ms, whether the pointer or the real arrow key did it\n const press = (which: \"prev\" | \"next\") => {\n window.clearTimeout(pressTimer.current);\n pressedAt.current = performance.now();\n setPressed(which);\n };\n const release = () => {\n window.clearTimeout(pressTimer.current);\n const wait = Math.max(0, 120 - (performance.now() - pressedAt.current));\n pressTimer.current = window.setTimeout(() => setPressed(null), wait);\n };\n useEffect(() => () => window.clearTimeout(pressTimer.current), []);\n // Closing the detail view clears a key that was still showing as pressed, and its timer\n useEffect(() => {\n if (!open) {\n window.clearTimeout(pressTimer.current);\n setPressed(null);\n }\n }, [open]);\n\n // While the detail view is open the page behind is out of reach: keys are handled here, wherever focus is,\n // and Tab cycles through the dialog's own buttons\n useEffect(() => {\n if (!open) return;\n const onKey = (event: globalThis.KeyboardEvent) => {\n const engine = engineRef.current;\n if (!engine || event.altKey || event.ctrlKey || event.metaKey) return;\n if (event.key === \"Escape\") {\n event.preventDefault();\n engine.closeDetail();\n } else if (event.key === \"ArrowRight\" || event.key === \"ArrowLeft\") {\n event.preventDefault();\n // holding a key flips once, not at the key repeat rate\n if (event.repeat) return;\n const dir = event.key === \"ArrowRight\" ? 1 : -1;\n press(dir === 1 ? \"next\" : \"prev\");\n engine.stepDetail(dir);\n } else if (event.key === \"Tab\") {\n const stops = Array.from(dialogRef.current?.querySelectorAll(\"button\") ?? []);\n if (stops.length === 0) return;\n const at = stops.indexOf(document.activeElement as HTMLButtonElement);\n const next = event.shiftKey ? (at <= 0 ? stops.length - 1 : at - 1) : at < 0 || at === stops.length - 1 ? 0 : at + 1;\n event.preventDefault();\n stops[next]!.focus();\n }\n };\n const onKeyUp = (event: globalThis.KeyboardEvent) => {\n if (event.key === \"ArrowRight\" || event.key === \"ArrowLeft\") release();\n };\n // a key let go while the window was away would leave its keycap pressed\n const onWindowBlur = () => release();\n document.addEventListener(\"keydown\", onKey);\n document.addEventListener(\"keyup\", onKeyUp);\n window.addEventListener(\"blur\", onWindowBlur);\n return () => {\n document.removeEventListener(\"keydown\", onKey);\n document.removeEventListener(\"keyup\", onKeyUp);\n window.removeEventListener(\"blur\", onWindowBlur);\n };\n }, [open]);\n\n const select = (index: number) => {\n const item = itemsRef.current[index];\n if (item) onSelect?.(item, index);\n };\n\n const onKeyDown = (event: KeyboardEvent) => {\n const engine = engineRef.current;\n if (!engine || open) return;\n const count = itemsRef.current.length;\n const target = event.target as HTMLElement;\n const buttonIndex = garmentButtons.current.indexOf(target as HTMLButtonElement);\n const onButton = buttonIndex >= 0;\n if (target !== hostRef.current && !onButton) return;\n if (event.key === \"ArrowRight\" || event.key === \"ArrowLeft\") {\n event.preventDefault();\n // From a garment button the walk starts at that button, not at whatever the pointer last faced\n const from = onButton ? buttonIndex : engine.activeIndex() >= 0 ? engine.activeIndex() : event.key === \"ArrowRight\" ? -1 : count;\n const next = clamp(from + (event.key === \"ArrowRight\" ? 1 : -1), 0, count - 1);\n engine.setActive(next);\n setFocusIdx(next);\n if (onButton) garmentButtons.current[next]?.focus();\n } else if (event.key === \"Home\" || event.key === \"End\") {\n event.preventDefault();\n const next = event.key === \"Home\" ? 0 : count - 1;\n engine.setActive(next);\n setFocusIdx(next);\n if (onButton) garmentButtons.current[next]?.focus();\n } else if (!onButton && (event.key === \"Enter\" || event.key === \" \")) {\n event.preventDefault();\n const index = engine.activeIndex();\n if (index >= 0) engine.openDetail(index);\n } else if (event.key === \"Escape\") {\n engine.setActive(-1);\n setFocusIdx(-1);\n }\n };\n\n // Focus leaving the rack lets the garment turn back, so the render loop can stop\n const onBlur = (event: FocusEvent) => {\n if (open) return;\n const next = event.relatedTarget as Node | null;\n if (next && hostRef.current?.contains(next)) return;\n setFocusIdx(-1);\n engineRef.current?.setActive(-1);\n };\n\n // The pill is for the facing garment, or the last one looked at\n const onPill = () => {\n const engine = engineRef.current;\n if (!engine) return;\n select(engine.activeIndex() >= 0 ? engine.activeIndex() : Math.max(0, engine.lastIndex()));\n };\n\n // The DiMaac look: near-monochrome, hairlines, Inter Tight, sentence case\n const vars = dark\n ? { ink: \"#F5F5F5\", paper: \"#0B0B0C\", line: \"#27272A\", grey: \"#8B8F98\" }\n : { ink: \"#0A0A0A\", paper: \"#FAFAFA\", line: \"#E5E7EB\", grey: \"#6B7280\" };\n const names = itemsRef.current;\n const shown = names[Math.min(detailIndex, names.length - 1)];\n const status = open && shown ? `${shown.name}, ${detailIndex + 1} of ${names.length}` : focusIdx >= 0 && names[focusIdx] ? `${names[focusIdx]!.name}, ${focusIdx + 1} of ${names.length}` : \"\";\n const unavailable = failed || lost || !ready;\n\n const ring = \"focus-visible:outline-2 focus-visible:outline-offset-2 focus-visible:outline-solid focus-visible:outline-(--cr-ink)\";\n const pill = `inline-flex h-9 cursor-pointer items-center rounded-full border border-(--cr-line) bg-transparent px-4 text-[13px] font-medium text-(--cr-ink) transition-[background-color,color,border-color] duration-150 hover:border-(--cr-ink) hover:bg-(--cr-ink) hover:text-(--cr-paper) ${ring}`;\n // DiMaac keycap: no outline, a soft ink-tinted face with a shadow lip under it; it presses down 1 px and loses the lip\n const keycap = (isPressed: boolean) =>\n `absolute top-[42%] z-[2] flex h-11 w-11 -translate-y-1/2 cursor-pointer items-center justify-center rounded-xl border-0 bg-[color-mix(in_srgb,var(--cr-ink)_7%,transparent)] p-0 text-(--cr-ink) transition-[background-color,box-shadow,transform] duration-100 hover:bg-[color-mix(in_srgb,var(--cr-ink)_13%,transparent)] ${ring} ${\n isPressed ? \"translate-y-[calc(-50%+1px)] shadow-none\" : \"shadow-[0_1px_0_rgba(0,0,0,0.3)]\"\n }`;\n const arrowProps = { width: 16, height: 16, viewBox: \"0 0 24 24\", fill: \"none\", stroke: \"currentColor\", strokeWidth: 1.5, strokeLinecap: \"round\" as const, strokeLinejoin: \"round\" as const, \"aria-hidden\": true };\n\n return (\n \n
\n \n
\n\n {failed || lost ? (\n
\n {lost ? \"The graphics context was lost.\" : \"This needs WebGL, which is not available here.\"}\n {\n setFailed(false);\n setLost(false);\n setGeneration((g) => g + 1);\n }}\n className={pill}\n >\n Try again\n \n
\n ) : null}\n\n {/* Real buttons for screen readers: one per garment */}\n
    \n {names.map((item, index) => (\n
  • \n {\n garmentButtons.current[index] = node;\n }}\n onFocus={() => {\n setFocusIdx(index);\n engineRef.current?.setActive(index);\n }}\n onBlur={() => setFocusIdx(-1)}\n onClick={() => (detail ? engineRef.current?.openDetail(index) : select(index))}\n >\n {item.name}\n \n
    • \n ))}\n
\n
\n {status}\n
\n\n {\n if (!canvasBoxRef.current?.contains(event.relatedTarget as Node | null)) engineRef.current?.releaseHover();\n }}\n >\n \n \n\n \n {/* The veil and its blur fade in with the garment: one crossfade, no flight */}\n \n
\n
\n engineRef.current?.closeDetail()}\n className={`absolute top-4 right-5 flex cursor-pointer items-center gap-2 rounded-full border-0 bg-transparent px-2 py-1 text-[13px] text-(--cr-ink) transition-opacity duration-150 hover:opacity-60 ${ring}`}\n >\n Close\n \n \n \n \n {names.length > 1 ? (\n <>\n engineRef.current?.stepDetail(-1)}\n onPointerDown={() => press(\"prev\")}\n onPointerUp={release}\n onPointerLeave={release}\n onPointerCancel={release}\n className={keycap(pressed === \"prev\")}\n style={{ left: \"max(10px, calc(50% - var(--half) - 72px - 44px))\" }}\n >\n \n \n \n \n engineRef.current?.stepDetail(1)}\n onPointerDown={() => press(\"next\")}\n onPointerUp={release}\n onPointerLeave={release}\n onPointerCancel={release}\n className={keycap(pressed === \"next\")}\n style={{ right: \"max(10px, calc(50% - var(--half) - 72px - 44px))\" }}\n >\n \n \n \n \n \n ) : null}\n
\n \n {String(detailIndex + 1).padStart(2, \"0\")} / {String(names.length).padStart(2, \"0\")}\n \n

{shown?.name}

\n \n
\n
\n
\n \n );\n}\n"},{"path":"registry/dimaac/clothes-rack/cloth-motion.ts","type":"registry:component","target":"components/dimaac/clothes-rack/cloth-motion.ts","content":"// How the cloth of a garment on a hanger moves, for the Clothes Rack.\n//\n// A hanging garment is a column of rows, from the shoulders (held by the hanger) down to the hem. Each row can twist\n// about the hook's upright axis and trail sideways along the rail, and each is tied to the row above and the row below,\n// like a damped string fixed at the top and free at the bottom. When the hanger swivels or is pushed along the rail,\n// the rows feel its acceleration (the cloth is heavy, the hanger is not), so the lower cloth lags, swings through once\n// and settles: a wave that runs down the fabric instead of a stiff board turning. Nothing here knows about three.js;\n// the garment's vertex shader bends the cloth with these numbers.\n\n/** Rows below the shoulders. Row 0 is the shoulders and never moves. */\nexport const CLOTH_ROWS = 6;\n\n// Tuned offline against the rack's 0.25 s critically damped turn: the hem lags about 9 degrees while the garment\n// turns, swings back about 6 and is still again after about 0.8 s. A neighbour pushed by a pitch trails its hem by\n// about 3% of its length.\nconst K = 1100;\nconst DAMP = 6.5;\n// damping of rows moving against each other: it calms the fast, jittery shapes of the string and leaves the slow sway\nconst DAMP_BETWEEN = 2;\nconst TWIST_GAIN = 0.32;\nconst SWAY_GAIN = 0.4;\nconst MAX_TWIST = 0.5;\nconst MAX_SWAY = 0.09;\n// stepping at 240 a second keeps the string stable however long a frame is\nconst STEP = 1 / 240;\n\nexport class ClothMotion {\n /** The twist of each row, radians, row 0 at the shoulders. */\n readonly twist = new Float32Array(CLOTH_ROWS + 1);\n /** How far each row trails sideways along the rail, garment units. */\n readonly sway = new Float32Array(CLOTH_ROWS + 1);\n /** 0 - 1: how lively the cloth is, for the faint ripple that runs down it while it moves. */\n ripple = 0;\n private readonly twistV = new Float32Array(CLOTH_ROWS + 1);\n private readonly swayV = new Float32Array(CLOTH_ROWS + 1);\n\n /**\n * Moves the cloth on by dt seconds. turnAccel is the hanger's angular acceleration about its hook (rad/sยฒ) and\n * slideAccel its acceleration along the rail (units/sยฒ); amount scales both (0 keeps the cloth still).\n * Returns true while the cloth is still moving.\n */\n step(dt: number, turnAccel: number, slideAccel: number, amount = 1): boolean {\n let left = Math.min(dt, 0.05);\n while (left > 1e-9) {\n const h = Math.min(STEP, left);\n this.integrate(this.twist, this.twistV, -TWIST_GAIN * amount * turnAccel, MAX_TWIST, h);\n this.integrate(this.sway, this.swayV, -SWAY_GAIN * amount * slideAccel, MAX_SWAY, h);\n left -= h;\n }\n const n = CLOTH_ROWS;\n const energy = Math.min(1, Math.abs(this.twistV[n]!) * 0.22 + Math.abs(this.swayV[n]!) * 5);\n // the ripple rises quickly with the motion and dies away slowly after it\n this.ripple += (energy - this.ripple) * (1 - Math.exp(-dt / (energy > this.ripple ? 0.06 : 0.5)));\n let moving = this.ripple > 2e-3;\n for (let k = 1; k <= n; k++) {\n if (Math.abs(this.twist[k]!) > 3e-4 || Math.abs(this.twistV[k]!) > 3e-3 || Math.abs(this.sway[k]!) > 6e-5 || Math.abs(this.swayV[k]!) > 1e-3) moving = true;\n }\n if (!moving) this.reset();\n return moving;\n }\n\n /** Gives the cloth a push, as when it is hung or lifted: twist in rad/s, sway in units/s at the hem. */\n kick(twist: number, sway: number) {\n for (let k = 1; k <= CLOTH_ROWS; k++) {\n this.twistV[k] = this.twistV[k]! + (twist * k) / CLOTH_ROWS;\n this.swayV[k] = this.swayV[k]! + (sway * k) / CLOTH_ROWS;\n }\n }\n\n /** Still, hanging straight. */\n reset() {\n this.twist.fill(0);\n this.twistV.fill(0);\n this.sway.fill(0);\n this.swayV.fill(0);\n this.ripple = 0;\n }\n\n // One step of the string: each row is pulled toward its neighbours, damped, and pushed by the drive, which grows\n // toward the hem (a row far down has more cloth hanging off it, so it lags more)\n private integrate(x: Float32Array, v: Float32Array, drive: number, limit: number, h: number) {\n const n = CLOTH_ROWS;\n for (let k = 1; k <= n; k++) {\n const below = k === n ? x[k]! : x[k + 1]!;\n const belowV = k === n ? v[k]! : v[k + 1]!;\n const accel = K * (x[k - 1]! - 2 * x[k]! + below) - DAMP * v[k]! + DAMP_BETWEEN * (v[k - 1]! - 2 * v[k]! + belowV) + (drive * k) / n;\n v[k] = v[k]! + accel * h;\n }\n for (let k = 1; k <= n; k++) {\n x[k] = Math.max(-limit, Math.min(limit, x[k]! + v[k]! * h));\n }\n }\n}\n"},{"path":"registry/dimaac/clothes-rack/garment-drapes.ts","type":"registry:component","target":"components/dimaac/clothes-rack/garment-drapes.ts","content":"// Generated by scripts/clothes-rack/bake.ts: each garment is a sewn pattern draped on the hanger by a cloth\n// simulation, then resampled. Do not edit by hand; change the patterns in drape.ts and run the bake again.\n// Numbers are 16-bit integers (divide by 16384); tri holds triangle corners; ao is 0 - 255 per point.\nexport type DrapePanel = { pat: string; pos: string; tri: string; ao: string };\n// a sleeve: rings x around grid points; uv is 0 - 65535 (round the sleeve, along it from the armhole). pos is the\n// sleeve open (the garment facing you), hang the same points hanging down its side (the garment side-on on the rail).\nexport type DrapeSleeve = { rings: number; around: number; pos: string; hang: string; uv: string; tri: string; ao: string };\nexport type DrapeData = {\n pattern: { half: number; shoulderX: number; shoulderDrop: number; neckHalf: number; neckFront: number; neckBack: number; armpit: number; sleeve: { top: number; under: number; cuff: number }; length: number; vNeck?: boolean; open: { chest: number; hem: number; sleeveRoot: number; cuff: number } };\n front: DrapePanel;\n back: DrapePanel;\n /** the right sleeve, then the left */\n sleeves: DrapeSleeve[];\n neck: number[];\n};\nexport const DRAPE_SCALE = 16384;\nexport const DRAPE_HANGER: [number, number][] = [[-0.215,-0.222],[-0.17,-0.202],[-0.12,-0.18],[-0.07,-0.152],[-0.03,-0.136],[0,-0.132],[0.03,-0.136],[0.07,-0.152],[0.12,-0.18],[0.17,-0.202],[0.215,-0.222]];\nexport const DRAPES: Record<\"tee\" | \"crewneck\" | \"shirt\", DrapeData> = {\n tee: {\n pattern: {\"half\":0.235,\"shoulderX\":0.265,\"shoulderDrop\":0.075,\"neckHalf\":0.085,\"neckFront\":0.075,\"neckBack\":0.02,\"armpit\":0.37,\"sleeve\":{\"top\":0.26,\"under\":0.14,\"cuff\":0.46},\"length\":0.8,\"open\":{\"chest\":0.024,\"hem\":0.045,\"sleeveRoot\":0.045,\"cuff\":0.05}},\n front: 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vQfJ9iMACQlK9ioATwq79R0AmQs59SQA4Qyy9CQABQ4B9PX/EA9782z/tw+18qn+lQ9d8Uf/FBAm8On/URDG7kIAQRBs7U4ALhAQ7FMAFBCv6k8A4g/p6EsArw8h50MAbw+b5T4AKA8X5DgA3A7i4hYAjA6t4ez/0A3n30n/jA1x3uz+Tg0L3dP+VA2j2wr/aA0x2kv/gw3G2Jb/iA1+11MApw071ukAyQ3L1NwA5w1Y08UA/Q3l0a0AEw500JcAJg4Fz4AANw6VzWgARw4mzFAAVw65yjcAZw5NyRwAdg7ixwEAgg52xuT/hQ4KxcP/KQ5fxEUAxwxDxKUAWwspxN0A7QkRxAwBfQj8wzIBCwfpw0oBmAXbw1YBJATQw1sBsALIw1oBPAHCw1UByP+9w08BVf7Cw1UB4fzIw1oBbfvQw1sB+fnbw1YBhfjpw0oBFPf8wzIBpPURxAwBNvQpxN0AyvJDxKUAaPFfxEUAB/EKxcP/APF2xuT/BvHixwEADvFNyRwAGPG5yjcAJfEmzFAAMPGVzWgAP/EFz4AAUPF00JcAZPHl0a0Ae/FY08UAmfHL1NwAu/E71ukA2/F+11MA4/HG2Jb/APIx2kv/GPKj2wr/I/IL3dP+6vFx3uz+rPHn30n/+fCt4ez/sPDi4hYAa/AX5DgALvCb5T4A9+8h50MA0e/p6EsAre+v6k8Anu8Q7FMAl+9s7U4AlO/G7kIA3+8m8On/ZvBd8Uf/RPC18qn+7PB782z/9/EB9PX/GvOy9CQAYvQ59SQArPW79R0A8vZK9ioAPvjJ9iMAivkv9/7/wvrK9/L/1vr29uMAWvu+9TgBLfyO9DkBRv2l8zIBkf4S8zcBYfIexqYAwfMFxuoAIvXrxS8Bh/bVxVQB8PfCxWYBWPmzxX8BwfqoxX4BKvygxW8Bk/2axWMB/f6VxVoBZgCUxVkB0AGZxWIBOQOfxW4BogSnxXwBCwayxX8BcwfBxWcB3AjTxVQBQgrpxTQBogsDxu8AAw0cxq4Ax/Fjx3AAHPNJx9sAePQuxzAB3PUXx1YBRPcDx1wBp/jwxpcBDvrkxqEBdvvcxoMB3fzWxmkBRv7Qxl4Brv/MxlcBFwHQxl0BgALVxmgB5wPbxoABTgXjxp8BtgbvxpkBGQgBx18BgQkVx1QB5gosxzkBQgxHx+AAmA1hx3wAePKPyMAA0PNzyCUBM/VayFABmvZEyEsB+PcwyJgBXfkhyMIBwvoYyJ0BJ/wSyG4Bj/0MyF8B9/4HyFkBYAAHyFgByAEMyF4BMAMRyGwBlQQYyJkB+gUgyMABYAcuyJ8BvghCyE4BJApYyE0BiQtxyC8B4AyMyMgA3PHWyZEAK/O6yRABi/SfyUoB8vWGyTcBUPdxyYEBrPhfydUBEfpVycABcvtOyXsB2fxJyV8BQf5EyVkBqf8/yVYBEQFDyVgBeQJIyV4B4ANOyXcBQQVVyboBpgZeydcBBAhwyYsBYAmEyTcBxwqdyUgBKQy3yRoBeQ3TyZ8Ai/IBy+wA5fPlykABS/XKyiwBrfa0ylkB/fefytQBYvmTyuMBwPqLypQBJPyFymIBi/2AylcB8/58ylQBWwB7ylQBwgGAylcBKgOFymABjgSLyo4B7AWSyt8BUQeeytoBowiyymUBAgrIyikBaQvjykABxQz/yvkA8vFKzLwAQvMtzC8BpvQQzCUBDPb3yy0BVPfhy8ABsvjRywACEvrJy74Bb/vCy2kB1vy9y1UBPf64y1IBpf+0y1EBDQG4y1IBdAK8y1QB2wPCy2YBOQXIy7UBmAbQywAC+Qffy8wBQAn1yzgBpAoNzCABCAwqzDMBXA1HzMsAo/J2zQ8BBPRXzSUBafU6zQcBtvYkzYsBA/gRzQoCZvkHze4BvvoAzYUBIfz6zFQBiP31zE4B8P7xzE8BVwDxzE8BvwH1zE4BJgP5zFIBigT/zH0B4gUGzeQBRQcPzREClQghzZwB3wk4zQ8BQwtUzSIBpQx0zRYBCvK/zuQAZfOhziMBx/SAzvIAHvZnzkoBWPdSzvYBufhGzhgCEfo+zrABbfs3zlsB1PwyzkoBO/4uzksBov8qzk4BCgEuzksBcQIyzkoB2AM3zlYBNQU9zqYBjAZFzhEC7wdQzgICLAllzlwBfgp9zvIA4AueziMBPA29zu4AyPLszxgBKfTIz/UAiPWrzwgBtvaUz8cBCviFzy4CZ/l9z+QBvPp2z3MBH/xwz0cBh/1sz0YB7v5oz0sBVQBnz0sBvAFrz0YBIwNwz0YBiAR1z2oB3QV8z9kBOQeEzysCkQiSz9gBvQmpzxQBGgvFz/AAewzpzxsBMvI60fMAkfMU0QYB7fTw0NoAJPbX0HoBWvfF0CgCvfi80BQCD/q00J0BbPuu0E4B0/yq0EABOv6m0EcBof+i0EsBCAGl0EcBbwKp0EEB1QOu0EwBNQW00JEBhga70AsC5wfE0CoCJQnV0I8BVQrt0OAAsgsQ0f8AEg030f0A+fJj0g0BU/Q30rkAovUa0hkBtPYG0v4BEPj70ToCZ/n00dQBu/rt0WMBH/zo0T0Bhv3k0UAB7f7g0UgBVADf0UkBuwHj0UEBIgPn0T0BhwTs0V0B3AXz0cgBMQf70TUCjwgF0gwCpQkY0isB7Qo00rkASAxf0ggBZPKy0/4Av/OE08EAHfVd07sAJPZI06kBYfc700ACwPg00w4CDvos040BbPsn00MB0/wi0zoBOf4e00MBoP8b00kBBwEe00QBbgIi0zsB1AMm00ABNAUs04MBgwYz0wMC4Ac700UCIwlH070BJwpb08kAgwt/07cA3Qyu0/4ALvPW1MkAivSj1IgAufWK1C4BuPZ81BsCFfh01DoCZfls1MEBvPpm1FoBIPxh1DcBhv1d1D0B7f5Z1EYBVABZ1EYBugFd1D4BIQNh1DYBhgRl1FMB3QVs1LYBLAdz1DYCigh71CcClQmJ1EgBtgqf1IYAFQzR1L4Ao/Ir1sgA+PPr1WUASfXL1bIAHva81dIBZfez1U4Cv/is1fsBDfqm1XsBbfug1TwB1Pyc1TgBOv6Y1UEBof+V1UcBBwGY1UIBbgKc1TgB1AOg1ToBNQWl1XIBhQas1e8B3Qez1VACKgm71eUBBQrK1csASgvm1V0Angwm1sEAcPM010MAyfQK10UArfX+1lUBtPby1jwCFfjt1i0CY/nm1qwBvPrg1kwBIfzc1jYBiP3Y1jwB7v7U1kQBVQDU1kQBuwHX1j0BIQPb1jYBhwTg1kgB4gXl1p8BLwfs1iICkAjy1kYCpgn81nEBggoJ11wA1Asz10cA0vJo2Kf/PvRJ2OL/OPU/2NgAFfYw2PABZvct2EwCvPgm2OMBDfog2GoBb/sc2DoB1vwX2DgBPP4U2EABov8Q2EUBCAET2EEBbwIX2DgB1QMb2DkBOAUg2GMBiwYm2NYB3wcs2EQCOQkw2AYCHQo92PQADQtI2Pf/cAxm2Kn/ofOZ2Zj/uPSB2WIAhfVv2YsBtPZq2TwCE/hn2RcCYflh2ZYBvvpc2UgBJPxY2TYBiv1U2TwB8P5Q2UIBVgBQ2UIBvQFT2TwBIwNX2TYBiARb2UQB5wVg2YwBNQdn2QsCkwhq2UACzglt2aQBnQp+2X0ApguX2aD//fLb2lX/PfTQ2vz/BfWv2hoBCPan2ggCY/en2i8CuPii2sgBD/qc2mQBc/uY2jsB2fyU2jgBP/6Q2j8Bpf+N2kMBCwGQ2j8BcQKU2jkB1wOY2jkBOwWc2l4Bkwah2r0B5gen2isCQwmn2hICVwqt2jcBEAvN2hAAUAzc2mP/l/MX3Kf/jvT026sAY/Xk28MBsPbm2y4CDvjj2/UBYvnd24YBwvrZ20cBJ/zV2zcBjf3R2zwB8/7N20ABWgDN20EBwAHR2zwBJgPU2zcBiwTY20QB7AXd238BQAfi2+sBnQjm2y8C8Ank29UB0Qrw28gAuAsV3Lf/zPJQ3WD/y/Mn3X8Ay/Qj3WoB/PUk3RECX/ck3RACt/ge3bABEvoa3VwBd/sW3TwB3PwS3ToBQv4O3T4BqP8L3UEBDwEO3T4BdQIR3ToB2gMV3TsBPwUZ3VcBmwYe3acB8wcj3QkCVgkk3RkCjgoj3X8Bkgsj3ZkAkQxO3X3//fJn3ksAEfRZ3jQBTfVg3tUBq/Zk3hACCvhg3tMBZflb3nsBxvpX3kcBLPxT3jsBkv1P3jwB+P5M3j8BXgBM3j8BxAFP3j0BKgNT3jsBjwRW3kUB8gVb3nQBTQdf3ssBqwhj3g8CCwph3uEBSQta3kQBYgxl3mIAZfK73+r/Y/Of3/MAnfSc35cB9vWi3/MBW/eh3+gBuPid35sBF/qY31kBfPuU3z8B4fyR3zwBR/6N3z4Brf+K3z8BFAGN3z4BegKQ3zwB3wOU3z8BRAWY31YBpAac35MBAQih3+MBZQmi3/YBwAqd36MBAQyd3wkB/Ay43wEA6PLz4HwA8/Pj4GUBRPXh4MoBqPbh4OQBCvje4LYBaPna4HEBzPrW4EoBMfzS4D0Bl/3O4D0B/f7L4D4BZADL4D4BygHO4D0BMAPS4D0BlQTW4EgB+QXa4G0BWAfe4LABuQjh4OIBHQrh4M8BdAvi4HcBhAzx4JMAUPI+4iIAZfMv4gUBlvQm4rEB9vUj4tYBWvch4sMBuvgc4okBHPoY4lkBgfsU4kMB5/wQ4j0BTf4N4j0BtP8K4j4BGgEM4j0BgAIQ4j0B5gMU4kEBSwUY4lYBrgYc4oQBDggg4r8BcQkj4tYB0wol4rkBDAwu4hoBHg094jYAlvF94x0A2/J745wA8fNu43gBR/Vo484BqvZk48gBDPhg45wBbvlb42kB0vpW40oBOPxS4z8Bnv1O4z0BBP9L4z0BawBL4z0B0QFO4z0BNwNS4z8BnQRW40gBAQZa42UBYwdf45cBxAhk48YBKApo49ABgAtu44UBnAx547IA2Q1+4yAAMvLC5GQAXvO45B0Bm/Sw5LMB/PWq5MsBXvek5KkBwPie5HkBI/qZ5FUBiPuU5EQB7vyQ5D4BVf6N5D0Bu/+K5D0BIgGN5D0BiAKQ5D4B7gOU5EMBVAWZ5FIBtwae5HUBGQij5KUBewmp5MoB3Aqv5LkBHgy35C8BRQ3C5G0AffEH5k4AyfIC5sUA9vP45YABT/Xx5coBsfbq5bMBEvjj5YYBdfnd5V8B2frX5UkBP/zT5UABpf3P5T0BDP/M5TwBcwDM5T0B2QHP5T0BQAPS5T8BpQTX5UgBCgbc5VwBbQfj5YIBzgjp5a8BMArw5csBigv45YsBugwB5tUAAg4I5lMAwvBP508AI/JM54sAXfNC5zABovQ657kBBPYy570BZfcq55EBx/gi52kBK/ob51ABkPsW50MB9vwR5z4BXf4O5zwBw/8L5zwBKgEN5zwBkQIR5z0B9wMV50IBXAUb504BwQYh52YBIwgp540Bgwkx57kB5Qo5574BLwxB50EBZg1L55cAxQ5P51EAc/GT6HMAwvKM6OUA/vOD6IUBWPV76MEBufZy6JsBGvhp6HIBfflh6FYB4fpa6EYBR/xU6D8Brf1P6DwBFP9M6DwBfABM6DwB4wFP6DwBSQNT6D4BrwRZ6EUBEwZg6FQBdwdo6G8B2Ahx6JcBOQp66L4BlguC6JMB0wyL6PUAHg6T6HkAv/DW6XQAHfLW6bAAXvPO6UUBrPTF6bIBDfa76aUBbfex6XoB0Pin6VwBNPqf6UoBmfuY6UAB//yS6TwBZf6O6TsBzf+M6TsBNAGO6TsBmwKR6TwBAQSX6UABZgWe6UkBygan6VoBLQiw6XYBjQm66aEB7grE6bQBQAzN6VQBfw3V6bkA2w7W6XcAavEd66MAv/IY6wIBA/QQ640BYvUH66YBwvb76oEBI/jw6mIBhvnm6k4B6/rd6kMBUPzV6j0Bt/3P6jsBHv/M6jsBhgDM6jsB7QHP6jsBVAPU6j0BuQTc6kIBHQbl6k0BgQfv6mAB4gj66n4BQgoG66QBogsP65IB6AwY6w4BOg4d66cAuPBh7KQAFvJi7NoAX/Nb7FcBtvRT7JsBF/ZH7IYBePc67GcB2/gu7FIBPvoj7EUBo/sa7D4BCP0S7DsBb/4N7DoB1/8L7DoBPwEN7DoBpgIR7DoBDAQZ7D0BcAUi7EQB1AYt7FEBNwg57GUBmAlG7IMB+ApS7JsBUgxb7GEBmg1i7OEA9w5i7KgAZfGr7dEAu/Ko7R8BDPSg7YEBbPWU7YQBzvaG7WoBMPh57VYBk/ls7UgB9/pg7T8BW/xW7ToBwf1P7ToBKP9K7TkBkQBK7TkB+QFO7ToBXwNV7ToBwwRf7T8BJwZr7UcBigd47VQB7AiF7WgBTgqT7YIBrwuf7YUBAQ2n7SoBVQ6r7dUAtvDy7sUAEPL07gABYvPt7lkBwPTh7ngBJPbT7mkBh/fF7lgB6fi37ksBTPqp7kIBr/uc7joBFP2S7jkBev6K7joB4/+I7jYBSwGK7joBsgKR7jkBFgSb7joBegWo7kEB3Aa27koBPwjE7lcBognS7mgBBgvg7ngBZQzt7mABtw307gkBEw/z7tIAYPFB8PYAsvI+8DsBEvQu8GIBePUg8GIB3fYS8FgBQPgE8E0Bo/n170UBBfvm7zwBaPzY7zcBzP3M7zwBM//F7zQBngDE7zQBBQLL7zwBagPW7zcBzATl7zsBLgb070QBkQcD8EwB9AgR8FcBWQoe8GEBvwss8GMBIQ098EIBcw5C8P0AyPB68ZAA+/GY8ScBYvN48UwBy/Rr8VMBMvZf8VMBl/dS8U0B+vhD8UcBW/oz8T8BvPsi8TYBHf0R8TwBg/4D8TIB7f/+8DEBWAED8TABvgIQ8T4BHwQg8TYBgAUy8T4B4gZC8UYBRAhR8UwBqQle8VIBEAtq8VMBeAx28U0B5A2Y8TIBGg+A8aQAb/G88n8AtfK38g4BFPS48kIBffWr8kQB5Pag8kkBSfiU8kYBqvmD8kIBCvty8jgBZ/xb8jsBzv1B8jABDAI+8i0BdANa8jwB0gRw8jgBMQaB8kEBkgeS8kYB9wif8kkBXgqr8kYBxgu38kEBKA2z8hsBbw7A8osAOA9i8pv/bPPR88EA0PTX8+oAMvbg8yUBmPfk80MB/fjX80EBWvrD8z0BuPux8zcBIgSs8zkBgQXC8zwB3gbV80EBQgjk80UBqQni8yoBCwvY8/AAbgzR88MAjvXx9IgA8PYB9ccATfgh9R4BsPki9UMBLAYf9UIBjwcj9SUB6wgF9c8ATQry9I4AD/kx9rUAzAYz9rsA\",\"tri\":\"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\",\"tri\":\"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\",\"tri\":\"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BJayqcFoBEnyicFBBH1yZIEmxDOyRQERxCpyZcDBhB2ydsCHxBdyWwCHxBdyWwCexBsySgCPBGTyRwC0RG0yUQCbhLbyY4CJBMLygED1BM8yoADixR2yiYEBhWqytQEPRXZyoEFIBX3ygEGURWsyTcG4BSgyXsGJBSCyXcGVhNcyTsGdxIvydAFtxECyUwFFBHWyLYEpBC0yDQEThCUyLMDDhBqyPICKhBYyIICKhBYyIICiRBgyEACURF+yDoC6RGayGMCihK7yKsCSBPlyB4D/xMRyaQDtRRDyVIEMxVwyQQFbhWWybYFURWsyTcGghVhyG0GDxVeyLIGThRKyK8GeBMryG4GkRIDyPkFzxHdx3MFIhG3x9oErBCZx1QEVBB+x84DFhBexwkDNRBTx5kCNRBTx5kClhBUx1kCZRFqx1YCABKAx4ACpRKax8YCbBO+xzoDKRTlx8gD4BQQyH4EYhU1yDQFoBVUyOsFghVhyG0G\",\"hang\":\"xA+98f//ww8x8JoAvQ977tIAqw/17PIAlg9v6/QAgw8b6vUAbQ/K6PYAVQ+v5/AAPw+Q5s8AAA+15IcApw5l4/P/pw5l4/P//A6z5F//Nw+O5hr/TA+t5/v+ZA/I6Pj+eg8Z6vz+jg9s6wD/pA/z7Af/uQ957ir/wA8v8Gb/xA+98f//8Q+f8AoA7g8g764A3g957fYAxA8C7CABrQ+L6ikBlg9E6SoBeQ8A6CcBWQ/w5hsBPA/b5fIA/g4R5JoArw7N4v7/rw7N4v7/AA8P5GL/Ng/Z5Qz/TQ/t5ub+aw/+59z+jA9C6d3+qQ+J6uH+ww8A7O7+2A937Rv/5g8e72b/8Q+f8AoAHRCA7xQAFhAP7sIA/A947BgB3Q8P60wBww+n6VsBqQ9u6F0BhA8251cBXA8w5kQBOQ8m5RUB/g5t460Atw404gkAtw404gkAAw9r42T/NQ8k5f/+Tg8u5tL+cw8z58L+ng9r6L7+wg+l6cP+3w8N69b+9g927Az/CxAN7mX/HRCA7xQARxBi7h0APRD/7NYAGRB26zoB9Q8c6nYB2g/D6IwBvA+X548Bjg9s5oUBXg9w5W0BNg9w5DYB/g7J4sAAvw6c4RMAvw6c4RMABQ/I4mf/Mw9v5PP+Tw9u5b7+ew9p5qj+sA+U56H+2w/B6Kf++Q8a6r/+EhB06/7+MBD87GX/RxBi7h0AcRBE7ScAYhDu6+gANBB16loBDBAp6Z8B8A/f57sBzQ/A5r4Blw+h5bEBYA+w5JMBMw+741YB/g4l4tIAxw4E4R0Axw4E4R0ABw8k4mn/MA+54+f+UQ+u5Kz+hA+f5ZD+wg++5oX+8g/d54v+EhAn6an+LRBz6vH+VBDr62X/cRBE7SYAmRAl7DAAhBDd6voAThBz6XgBJBA26McBBhD75ugB3g/p5ewBnw/X5NsBYA/w47gBMQ8G43UBAA+B4eMAzw5r4CcAzw5r4CcACA+A4Wz/Lg8E49v+Ug/u45r+jQ/V5Hj+1A/n5Wn+CBD55nD+KRA06JT+SBBx6eT+eBDa6mX/mRAl7C8AvxAH6zgApRDL6QwBZxBy6JYBOxBD5+0BHBAX5hMC7g8S5RgCpQ8N5AQCYA8w49wBLg9R4pMBAw/d4PMA1g7T3zAA1g7T3zAACA/c4G7/Kw9P4tD+VQ8v44j+lg8L5GL+5Q8Q5U/+HRAV5lb+PhBC53/+YRBw6Nj+mxDJ6WX/vxAH6zgA5BDo6UAAwxC66BwBfxBw57IBUxBQ5hECMhAz5T0C/Q875EMCqg9C4ysCYA9x4v4BLA+b4a8BBg854AMB3Q463zkA3Q463zkABw844HD/KA+a4cX+WA9v4nf+oA9B40z+9g855Db+MBAy5T7+UhBP5mv+ehBu58z+vRC56GT/5BDo6UAABhHK6EgA3xCp5ywBlhBv5s4BahBd5TQCRxBP5GUCCxBk42sCrw944lECYA+x4R8CKw/m4MoBCQ+V3xIB5A6i3kIA5A6i3kIABg+U33L/Jg/l4Lv+Ww+v4Wf+qw934jf+BhBi4x7+QRBO5Cb+ZBBc5Vj+kxBt5sH+3xCo52T/BhHK6EgAJxGs51AA+RCY5jsBrBBt5egBgRBq5FUCWxBr44sCFxCN4pICsg+t4XUCXw/x4D8CKg8x4OQBDQ/x3iEB6Q4K3koA6Q4K3koAAw/v3nT/JA8w4LH+Xw/w4Fj+tQ+t4SP+FRCL4gf+URBq4xD+dhBp5Eb+qxBs5bb+ABGX5mT/JxGs508ARhGN5lcAERGH5UkBwRBs5AAClxB443UCbhCH4q8CIhC24bcCtQ/j4JcCXw8x4FwCKw983/0BEQ9O3i4B7g5x3VIA7g5x3VIAAA9L3nb/Iw9736j+ZA8w4Er+wA/i4BD+IxC14fH9XxCF4vr9hhB24zX+wxBq5Kv+HxGG5WT/RhGN5lcAYhFu5V4AJxF25FcB1xBq4xgCrRCF4pMCgBCk4dICKxDe4NoCtw8Y4LgCXw9x33kCLA/H3hUCFQ+q3TsB8g7Z3FkA8g7Z3FkA/Q6n3Xf/Ig/F3p/+ag9x3zz+yg8Y4P79MBDe4N39bBCh4eb9lRCD4iX+2hBp46L+PhF15GT/YhFu5V0AfBFQ5GQAPBFk42QB6xBp4i4CwxCS4bACkRDA4PICNBAH4PsCuQ9O39YCXw+x3pQCLg8S3isCGQ8G3UgB9Q5A3GAA9Q5A3GAA+Q4D3Xn/Ig8Q3pf+cA+x3i/+1A9O3+39OxAH4Mn9dxC94NL9pBCQ4RX+8RBo4pj+WxFl42T/fBFQ5GQAlBEx42oAUBFT4nABABFo4UMC2BCg4MsCoBDc3xEDOhAw3xsDug+D3vQCYA/y3a0CMA9d3UACHA9i3FQB9g6n22cA9g6n22cA9Q5f3Hv/Ig9b3Y/+dg/y3SL+3g+E3t39RRAw37b9gRDZ38D9shCd4Af+BxFn4Y/+dhFU4mP/lBEx42oAqRET4nAAYhFC4XwBFBFm4FcC7RCt3+UCrhD43i8DQBBZ3jgDuw+53Q8DYQ8y3cUCMw+o3FQCHw++218B9w4P220A9w4P220A8Q6723z/JA+m3If+fQ8z3Rf+5w+63c39ThBZ3qX9iRD13q/9wBCq3/n9HhFm4If+kBFD4WP/qRET4nAAvBH04HYAcxEx4IcBKBFl32oCABG63v0CuhAU3koDRRCB3VQDvQ/u3CkDZA9y3NwCNw/z22cCIg8a22kB9w522nMA9w522nMA7Q4W233/Jg/y24D+gw9z3Az+7w/w3L/9VRCB3ZT9kRAR3p79zhC33uz9MxFl33/+qBEy4GP/vBH04HUAzhHV33sAhBEf35EBOxFk3nwCEhHI3RMDxBAv3WQDSRCq3G4Dvg8k3EEDZw+z2/ECPA8+23kCIw922nMB9g7d2XgA9g7d2XgA6Q5y2n//KQ8923r+ig+02wH+9g8m3LH9WxCq3IT9mBAs3Y/93BDE3eD9SBFk3nj+vhEi32P/zhHV33oA3RG23n8AkxEO3psBThFj3YwCIxHV3CgDzRBL3HwDTBDT24cDwA9Z21gDag/z2gUDQA+K2okCJA/S2XwB9Q5F2X0A9Q5F2X0A5g7O2YD/LQ+I2nP+kQ/02vj9/Q9c26X9YBDT23b9nhBI3IH96RDR3NT9XBFj3XH+0hER3mP/3RG23n8A6xGY3YQAohH93KMBYRFi3JsCMhHi2zwD1RBn25IDThD72p0Dwg+P2m0Dbg8z2hcDRQ/V2ZgCJA8u2YQB8g6s2IIA8g6s2IIA5A4q2YH/MQ/T2W7+lw812u/9AhCS2pn9YxD82mn9pBBk23T99hDf28r9bxFi3Gv+4xEA3WP/6xGY3YMA9xF53IgAsRHs26wBchFg26kCQBHw2k0D2hCD2qYDUBAk2rIDxQ/F2YADcw902SgDSQ8g2aYCIw+K2IwB8A4T2IYA8A4T2IYA4g6G2IL/Ng8e2Wn+nA922ef9BhDI2Y/9ZhAl2lz9qRCA2mj9AxHs2sD9gRFh22X+8xHv22P/9xF53IcAARJa24wAvxHb2rMBghFf2rUCTBH92V4D3xCf2bkDUhBN2cUDyA/62JEDeA+02DcDTg9r2LMCIg/m15MB7g5614oA7g5614oA4g7i14P/Og9q2GT+oQ+22N/9CBD+2IX9ZxBN2VH9rxCc2V39EBH52bj9kRFg2mD+ABLe2mP/AhJa24sACxI72o8AzBHK2boBkhFe2cECVhEK2WwD4hC62MoDUxB12NYDzA8w2KEDfg/110UDUQ+2174CHw9C15kB6w7h1o4A6w7h1o4A4g4+14T/Pw+111/+pQ/319j9ChAz2Hz9aBB22Ef9tBC42FP9HBEH2bD9oBFf2Vv+CxLN2WP/CxI72o4AExIc2ZIA2RG52MABoBFd2MsCXhEX2HoD5RDW19kDVRCe1+UD0A9m168Dgw8111IDVQ8B18gCHA+d1p8B6Q5J1pEA6Q5J1pEA4g6a1oX/RA8A11z+qA8319L9ChBp13T9aRCf1z79uRDU10r9KBEU2Kj9rRFd2Ff+FBK82GL/ExIc2ZEAGxL+15UA5RGo18UBrBFc19QCZREk14UD5hDy1uYDVxDH1vMD1Q+c1rwDiA921lwDVw9M1tECGQ/51aQB5w6w1ZQA5w6w1ZQA5A721YX/SA9L1lj+qg941s39ChCe1m39aRDI1jb9vhDw1kL9NBEi16L9uBFc11P+GxKq12L/GxL+15QAIRLf1pcA8RGX1skBtxFb1twCahEx1o8D5xAN1vEDWRDw1f4D2g/S1ccDjg+31WYDWQ+X1dkCFQ9V1akB5Q4X1ZYA5Q4X1ZYA5g5S1Yb/TA+X1VX+qw+41cj9CRDU1Wf9aRDx1S/9xBAM1jv9PhEv1p39whFb1k/+IBKZ1mL/IRLf1pYAJxLA1ZkA/BGG1c0BwRFa1eMCbRE+1ZgD5xAp1fsDXBAY1QgE4A8H1dADkg/31G4DWg/i1OACEA+x1KwB5A5/1JgA5A5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\",\"hang\":\"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\",\"uv\":\"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\",\"tri\":\"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\",\"tri\":\"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\",\"tri\":\"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\",\"ao\":\"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neck: [120,121,122,123,124,125,126,127,128,129,0,1,2,3,4,5,6,7,8,9,10,996,995,994,993,992,991,990,1111,1110,1109,1108,1107,1106],\n },\n};\n"},{"path":"registry/dimaac/clothes-rack/garment.ts","type":"registry:component","target":"components/dimaac/clothes-rack/garment.ts","content":"// Garments, hangers and the rail for the Clothes Rack, built in three.js.\n//\n// How a garment is made: each kind (a tee, a crewneck, a camp shirt) is a real sewing pattern, a front and a back\n// panel with the sleeves cut on, sewn along the shoulders, the sleeves and the sides. A cloth simulation drops the\n// sewn garment onto the hanger and lets it settle under gravity, so the shoulders rest on the hanger, the sleeves\n// droop and the folds come from the cloth itself (scripts/clothes-rack/drape.ts). That draped shape is baked into\n// garment-drapes.ts, so nothing is simulated in the browser: the page only decodes it. On top of the shape: a\n// physical cloth material with sheen, a fine knit normal map, fold shading from the shape's curvature, a rib collar\n// round the neck, and a colour texture drawn on a canvas in the pattern's own coordinates (the fabric, the\n// stitching and the print), so a print sits on the chest the way it was placed on the flat pattern. The vertex shader\n// bends the cloth with the rows of cloth-motion.ts while the garment moves.\n//\n// Units: the rail's centre line is the x axis at y = 0, z = 0. A garment hangs about 0.85 units below the rail and\n// its front faces +z when its turn group has rotation.y = 0. The hook is a swivel: it stays across the rail while\n// the hanger and garment turn under it.\nimport * as THREE from \"three\";\nimport { RoomEnvironment } from \"three/examples/jsm/environments/RoomEnvironment.js\";\nimport { HDRLoader } from \"three/examples/jsm/loaders/HDRLoader.js\";\nimport { CLOTH_ROWS } from \"./cloth-motion\";\nimport { DRAPES, DRAPE_HANGER, DRAPE_SCALE, type DrapeData, type DrapePanel, type DrapeSleeve } from \"./garment-drapes\";\n\nexport type GarmentKind = \"tee\" | \"crewneck\" | \"shirt\";\n\nexport type GarmentPrint =\n /** A big flowing script word or two across the chest. */\n | { kind: \"script\"; text: string; ink: string }\n /** Stacked bold serif lines across the chest, like a college crewneck. */\n | { kind: \"serif\"; lines: string[]; ink: string }\n /** A cluster of simple flowers, with an optional script word over it. */\n | { kind: \"flowers\"; text?: string; ink: string }\n /** A small wordmark on the left chest. */\n | { kind: \"chest\"; text: string; ink: string }\n /** A sewn-on chest pocket in the same fabric. */\n | { kind: \"pocket\" }\n /** An all-over leaf pattern in a few colours (the shirt). */\n | { kind: \"pattern\"; colours: string[] };\n\nexport type GarmentSpec = {\n kind: GarmentKind;\n /** The fabric colour, as a hex string. */\n colour: string;\n print?: GarmentPrint;\n /** A transparent PNG or WebP drawn over the front panel instead of the print. */\n image?: string;\n};\n\nexport type HangerFinish = \"wood\" | \"black\" | \"chrome\";\n\n/**\n * Photographic cloth and light, each optional: tiling scans of knitted cloth (normal and roughness maps; jersey for the\n * tees and the shirt, fleece for the crewneck), a greyscale heather grain (strong on a grey marl, faint on any other\n * colour), and an equirect .hdr studio that lights the cloth and shows in its sheen. Without them the knit is drawn in\n * code and the light is a plain room.\n */\nexport type GarmentTextures = {\n jerseyNormal?: string;\n jerseyRoughness?: string;\n fleeceNormal?: string;\n fleeceRoughness?: string;\n heatherGrain?: string;\n studio?: string;\n};\nexport type RailFinish = \"chrome\" | \"black\" | \"brass\";\n\nexport type Garment = {\n /** Put this on the rail at (x, 0, 0). Its rotation.x swings the hanger on the rail (a pendulum toward or away from you). */\n object: THREE.Group;\n /** The hanger and garment on their swivel hook. rotation.y turns the garment (0 faces the camera). The hook itself does not turn. */\n turn: THREE.Group;\n /** The chrome hook. On the rail it stays across the rail; turn it (rotation.y = PI / 2) to show its curve, e.g. off the rail. */\n hook: THREE.Object3D;\n /** Width of the garment seen from the front, sleeves included. */\n width: number;\n /** Width of the body alone (no sleeves). */\n bodyWidth: number;\n /** Thickness of the garment seen from the side, at the hem where it hangs open widest. */\n depth: number;\n /** Height from the rail to the hem. */\n height: number;\n setHanger(finish: HangerFinish): void;\n /**\n * Bends the cloth like fabric (see cloth-motion.ts). Call it every frame while anything moves, after setting\n * turn.rotation.y. twist: radians each row of cloth has turned past the hanger, from the shoulders (row 0) to the\n * hem; sway: how far each row trails along the rail (garment units, in the rail's frame whatever way the garment is\n * turned); ripple: 0 - 1, a faint wave that runs down the cloth while it moves; time: seconds, for the ripple.\n */\n setCloth(cloth: { twist: ArrayLike; sway: ArrayLike; ripple: number; time: number }): void;\n /**\n * Only for a garment made with { fadeable: true }: \"solid\" is the normal look; \"depth\" draws only its depth; \"fade\"\n * then draws its colour at this opacity on top of that depth, so the whole garment fades as one piece and its own\n * hidden parts (the back, the inside) never show through.\n */\n setPass(pass: \"solid\" | \"depth\" | \"fade\", opacity?: number): void;\n dispose(): void;\n};\n\nexport type Rail = {\n object: THREE.Object3D;\n setLength(length: number): void;\n setFinish(finish: RailFinish): void;\n dispose(): void;\n};\n\nexport type Wardrobe = {\n /** fadeable: the garment's materials are made so it can fade in and out with setPass (the detail view's swaps). */\n garment(spec: GarmentSpec, hanger: HangerFinish, options?: { fadeable?: boolean }): Garment;\n rail(length: number, finish: RailFinish): Rail;\n /** The light the cloth is seen in: the studio when one was given and has loaded, else a plain room. Set it as\n * scene.environment once `ready` has settled. */\n readonly environment: THREE.Texture;\n /** Settles when every texture asked for has loaded (or failed). Garments made before then use the drawn knit. */\n ready: Promise;\n /** Adds the house lights (soft key, fill and sky) to a scene. */\n addLights(scene: THREE.Scene): void;\n dispose(): void;\n};\n\ntype Pt = [number, number];\ntype Pattern = DrapeData[\"pattern\"];\n\n// ---------------------------------------------------------------- photographic cloth and light\n\n// Each address is loaded once per page and shared: a texture's picture can be uploaded by several renderers (the rack\n// and the detail view have one each), so the detail view opens with everything already here. They are small (about\n// 460 KB in all) and kept for the life of the page.\nconst LOADING = new Map>();\nconst LOADED = new Map();\nfunction loadOnce(url: string, hdr: boolean): Promise {\n let pending = LOADING.get(url);\n if (!pending) {\n pending = new Promise((resolve) => {\n const done = (t: THREE.Texture) => {\n LOADED.set(url, t);\n resolve(t);\n };\n // a file that fails to load leaves the drawn knit or the plain room in its place, and is tried again by the\n // next wardrobe (a rebuild, the detail view) instead of failing for the rest of the page\n const failed = () => {\n LOADING.delete(url);\n resolve(null);\n };\n if (hdr) {\n new HDRLoader().load(\n url,\n (t) => {\n t.mapping = THREE.EquirectangularReflectionMapping;\n done(t);\n },\n undefined,\n failed,\n );\n } else {\n new THREE.TextureLoader().load(\n url,\n (t) => {\n t.wrapS = t.wrapT = THREE.RepeatWrapping;\n t.colorSpace = THREE.NoColorSpace;\n done(t);\n },\n undefined,\n failed,\n );\n }\n });\n LOADING.set(url, pending);\n }\n return pending;\n}\n\n// One scan covers about 27 cm of real cloth, a little under a third of a garment unit\nconst SCAN_TILE = 0.3;\n// The scanned studio (a white cyclorama wall on one side, two softboxes and a dark room on the other) is turned so\n// the wall is behind the viewer and off to one side: it lights the fronts in the detail view and the sides the rail\n// shows, as a big soft source does in a product shot\nconst STUDIO_TURN = new THREE.Euler(0, 4.2, 0);\n// how far a side-on garment's sleeves are blended from open toward hanging down its side (see setCloth)\nconst HANG_AT_REST = 0.55;\n// without the scan, the plain room is turned a quarter so its brightest panel is not straight in front of the cloth\nconst ROOM_TURN = new THREE.Euler(0, Math.PI / 2, 0);\n\n// ---------------------------------------------------------------- the draped shapes\n\n// One panel: where each point sits on the flat pattern (x, y pairs), where it ended up on the hanger (x, y, z), and\n// the triangles\ntype Panel = { pat: Float32Array; pos: Float32Array; tri: Uint16Array; ao: Uint8Array };\n\nfunction bytes(b64: string): ArrayBuffer {\n const bin = atob(b64);\n const out = new Uint8Array(bin.length);\n for (let i = 0; i < bin.length; i++) out[i] = bin.charCodeAt(i);\n return out.buffer;\n}\n\n// outward: 1 for the front (its pattern is seen from the front), -1 for the back (seen from behind)\nfunction decodePanel(p: DrapePanel, outward: 1 | -1): Panel {\n const pat = Float32Array.from(new Int16Array(bytes(p.pat)), (v) => v / DRAPE_SCALE);\n const pos = Float32Array.from(new Int16Array(bytes(p.pos)), (v) => v / DRAPE_SCALE);\n const tri = new Uint16Array(bytes(p.tri));\n const ao = new Uint8Array(bytes(p.ao));\n // wind every triangle so its face points out of the garment: then the normals agree across the panel, and the\n // inside of the cloth is always the back face\n for (let i = 0; i < tri.length; i += 3) {\n const a = tri[i]!;\n const b = tri[i + 1]!;\n const c = tri[i + 2]!;\n const area = (pat[b * 2]! - pat[a * 2]!) * (pat[c * 2 + 1]! - pat[a * 2 + 1]!) - (pat[c * 2]! - pat[a * 2]!) * (pat[b * 2 + 1]! - pat[a * 2 + 1]!);\n if (area * outward < 0) {\n tri[i + 1] = c;\n tri[i + 2] = b;\n }\n }\n return { pat, pos, tri, ao };\n}\n\n// One sleeve: its draped grid, its texture coordinates (round the sleeve, along it from the armhole), its triangles\n// and its baked occlusion\nfunction decodeSleeve(sl: DrapeSleeve) {\n const pos = Float32Array.from(new Int16Array(bytes(sl.pos)), (v) => v / DRAPE_SCALE);\n const hang = Float32Array.from(new Int16Array(bytes(sl.hang)), (v) => v / DRAPE_SCALE);\n const uv = Float32Array.from(new Uint16Array(bytes(sl.uv)), (v) => v / 65535);\n return { pos, hang, uv, tri: new Uint16Array(bytes(sl.tri)), ao: new Uint8Array(bytes(sl.ao)), rings: sl.rings, around: sl.around };\n}\n\n// The part of the flat pattern a kind's texture covers, in pattern units (the neck corners are at y = 0), and the\n// texture's size: about 1180 texels per unit, so a print reads sharp in the detail view\ntype Box = { x0: number; y0: number; y1: number; w: number; h: number; texW: number; texH: number };\nfunction boxFor(p: Pattern): Box {\n const x1 = Math.max(p.half, p.shoulderX) + 0.02;\n const y1 = 0.03;\n const y0 = -p.length - 0.02;\n const w = 2 * x1;\n const h = y1 - y0;\n const texW = Math.min(1536, Math.round(1180 * w));\n return { x0: -x1, y0, y1, w, h, texW, texH: Math.round((texW * h) / w) };\n}\n\n// One panel as geometry: the draped positions, UVs from the flat pattern, and shading baked in as a vertex colour:\n// the occlusion baked with the drape, a little more in the hollows between folds, a touch more along the seams\nfunction panelGeometry(panel: Panel, box: Box) {\n const n = panel.pos.length / 3;\n const uv = new Float32Array(n * 2);\n for (let i = 0; i < n; i++) {\n uv[i * 2] = (panel.pat[i * 2]! - box.x0) / box.w;\n uv[i * 2 + 1] = (panel.pat[i * 2 + 1]! - box.y0) / box.h;\n }\n return shadedGeometry(panel.pos, uv, panel.tri, panel.ao);\n}\n\n// A piece of cloth as geometry: the draped positions, its texture coordinates, and shading baked in as a vertex colour\nfunction shadedGeometry(P: Float32Array, uv: Float32Array, tri: Uint16Array, ao: Uint8Array) {\n const n = P.length / 3;\n const panel = { tri, ao };\n const geo = new THREE.BufferGeometry();\n geo.setAttribute(\"position\", new THREE.BufferAttribute(P, 3));\n geo.setAttribute(\"uv\", new THREE.BufferAttribute(uv, 2));\n geo.setIndex(new THREE.BufferAttribute(tri, 1));\n geo.computeVertexNormals();\n const normal = geo.attributes.normal as THREE.BufferAttribute;\n // each point's neighbours (for the curvature), and the edges only one triangle uses (the panel's outline)\n const neighbours: number[][] = Array.from({ length: n }, () => []);\n const edgeUse = new Map();\n for (let t = 0; t < panel.tri.length; t += 3) {\n for (let k = 0; k < 3; k++) {\n const a = panel.tri[t + k]!;\n const b = panel.tri[t + ((k + 1) % 3)]!;\n const key = a < b ? a * 65536 + b : b * 65536 + a;\n const uses = (edgeUse.get(key) ?? 0) + 1;\n edgeUse.set(key, uses);\n if (uses === 1) {\n neighbours[a]!.push(b);\n neighbours[b]!.push(a);\n }\n }\n }\n const rim = new Uint8Array(n);\n for (const [key, uses] of edgeUse) {\n if (uses !== 1) continue;\n rim[Math.floor(key / 65536)] = 1;\n rim[key % 65536] = 1;\n }\n // how deep each point sits in a hollow: its neighbours' average, measured along its outward normal\n const hollow = new Float32Array(n);\n for (let i = 0; i < n; i++) {\n const ns = neighbours[i]!;\n if (!ns.length) continue;\n let lx = 0;\n let ly = 0;\n let lz = 0;\n for (const j of ns) {\n lx += P[j * 3]!;\n ly += P[j * 3 + 1]!;\n lz += P[j * 3 + 2]!;\n }\n lx = lx / ns.length - P[i * 3]!;\n ly = ly / ns.length - P[i * 3 + 1]!;\n lz = lz / ns.length - P[i * 3 + 2]!;\n hollow[i] = Math.max(0, lx * normal.getX(i) + ly * normal.getY(i) + lz * normal.getZ(i));\n }\n // three passes of blur so the shading follows the folds, never the points of the mesh (one pass left the lattice\n // showing as a faint grid of dots on white cloth)\n let depthOf = hollow;\n for (let pass = 0; pass < 3; pass++) {\n const next = new Float32Array(n);\n for (let i = 0; i < n; i++) {\n const ns = neighbours[i]!;\n let sum = depthOf[i]! * 2;\n for (const j of ns) sum += depthOf[j]!;\n next[i] = sum / (ns.length + 2);\n }\n depthOf = next;\n }\n // The simulation leaves tiny bumps at the scale of its mesh. They do not change the shape, but a light grazing\n // across white cloth shows them as a grid of dots, so the normals are smoothed over their neighbours.\n const N = normal.array as Float32Array;\n for (let pass = 0; pass < 2; pass++) {\n const next = new Float32Array(N.length);\n for (let i = 0; i < n; i++) {\n let x = N[i * 3]! * 2;\n let y = N[i * 3 + 1]! * 2;\n let z = N[i * 3 + 2]! * 2;\n for (const j of neighbours[i]!) {\n x += N[j * 3]!;\n y += N[j * 3 + 1]!;\n z += N[j * 3 + 2]!;\n }\n const l = Math.hypot(x, y, z) || 1;\n next[i * 3] = x / l;\n next[i * 3 + 1] = y / l;\n next[i * 3 + 2] = z / l;\n }\n N.set(next);\n }\n normal.needsUpdate = true;\n const colors = new Float32Array(n * 3);\n for (let i = 0; i < n; i++) {\n const depth = depthOf[i]!;\n // the baked occlusion (under the sleeves, deep in the folds), softened so it never goes black\n let s = (1 - 0.55 * (1 - Math.max(0.2, panel.ao[i]! / 255))) * (1 - Math.min(0.16, depth * 55));\n if (rim[i]) s *= 0.93;\n // shade on cloth in a daylight studio is a touch cool, never warm (warm shade made white cotton read cream)\n colors[i * 3] = s * (0.99 + 0.01 * s);\n colors[i * 3 + 1] = s * (0.995 + 0.005 * s);\n colors[i * 3 + 2] = s;\n }\n geo.setAttribute(\"color\", new THREE.BufferAttribute(colors, 3));\n return geo;\n}\n\n// Where a point of the flat front pattern ended up on the draped cloth, and which way the cloth faces there\nfunction surfaceAt(panel: Panel, normals: THREE.BufferAttribute, q: Pt): { p: THREE.Vector3; n: THREE.Vector3 } {\n const { pat, pos, tri } = panel;\n const p = new THREE.Vector3();\n const nv = new THREE.Vector3(0, 0, 1);\n let best = Infinity;\n for (let t = 0; t < tri.length; t += 3) {\n const a = tri[t]!;\n const b = tri[t + 1]!;\n const c = tri[t + 2]!;\n const ax = pat[a * 2]!;\n const ay = pat[a * 2 + 1]!;\n const bx = pat[b * 2]!;\n const by = pat[b * 2 + 1]!;\n const cx = pat[c * 2]!;\n const cy = pat[c * 2 + 1]!;\n const d = (by - cy) * (ax - cx) + (cx - bx) * (ay - cy);\n if (Math.abs(d) < 1e-14) continue;\n let u = ((by - cy) * (q[0] - cx) + (cx - bx) * (q[1] - cy)) / d;\n let v = ((cy - ay) * (q[0] - cx) + (ax - cx) * (q[1] - cy)) / d;\n let w = 1 - u - v;\n const outside = Math.max(0, -u) + Math.max(0, -v) + Math.max(0, -w);\n if (outside >= best) continue;\n best = outside;\n u = Math.max(0, u);\n v = Math.max(0, v);\n w = Math.max(0, w);\n const s = u + v + w;\n u /= s;\n v /= s;\n w /= s;\n p.set(u * pos[a * 3]! + v * pos[b * 3]! + w * pos[c * 3]!, u * pos[a * 3 + 1]! + v * pos[b * 3 + 1]! + w * pos[c * 3 + 1]!, u * pos[a * 3 + 2]! + v * pos[b * 3 + 2]! + w * pos[c * 3 + 2]!);\n nv.set(\n u * normals.getX(a) + v * normals.getX(b) + w * normals.getX(c),\n u * normals.getY(a) + v * normals.getY(b) + w * normals.getY(c),\n u * normals.getZ(a) + v * normals.getZ(b) + w * normals.getZ(c),\n ).normalize();\n if (outside === 0) break;\n }\n return { p, n: nv };\n}\n\n// The collar: a rib band round the draped neckline (the front's neck edge, then the back's, meeting at the shoulders)\nfunction collarGeometry(front: Panel, back: Panel, neck: number[], kind: GarmentKind) {\n const nF = front.pos.length / 3;\n const pts: THREE.Vector3[] = [];\n for (const i of neck) {\n const src = i < nF ? front.pos : back.pos;\n const j = i < nF ? i : i - nF;\n const v = new THREE.Vector3(src[j * 3]!, src[j * 3 + 1]!, src[j * 3 + 2]!);\n // the two panels meet at the shoulders, so a corner can come twice\n if (!pts.length || v.distanceTo(pts[pts.length - 1]!) > 1e-3) pts.push(v);\n }\n if (pts.length > 2 && pts[0]!.distanceTo(pts[pts.length - 1]!) < 1e-3) pts.pop();\n // The loop turns sharply at the two neck corners, where the front's neckline meets the back's: a curve drawn\n // through them overshot and stood up as two little ears beside the hanger. A few passes of easing round the loop\n // take the corners off.\n for (let pass = 0; pass < 4; pass++) {\n const prev = pts.map((v) => v.clone());\n const n = prev.length;\n for (let i = 0; i < n; i++) pts[i]!.copy(prev[(i + n - 1) % n]!).multiplyScalar(0.25).addScaledVector(prev[i]!, 0.5).addScaledVector(prev[(i + 1) % n]!, 0.25);\n }\n const curve = new THREE.CatmullRomCurve3(pts, true, \"centripetal\");\n // only the rolled edge of the rib: thin, so seen side-on it never stands up off the shoulders like a hood\n return new THREE.TubeGeometry(curve, 160, kind === \"crewneck\" ? 0.0058 : kind === \"shirt\" ? 0.0062 : 0.0046, 10, true);\n}\n\n// The right armhole, from the shoulder point down to the armpit, cut as drape.ts cuts it\nfunction armholeLine(p: Pattern): Pt[] {\n const c: Pt = [p.shoulderX - 0.004, -(0.25 * p.shoulderDrop + 0.75 * p.armpit)];\n const pts: Pt[] = [];\n for (let i = 0; i <= 12; i++) {\n const t = i / 12;\n pts.push([(1 - t) * (1 - t) * p.shoulderX + 2 * (1 - t) * t * c[0] + t * t * p.half, -(1 - t) * (1 - t) * p.shoulderDrop + 2 * (1 - t) * t * c[1] - t * t * p.armpit]);\n }\n return pts;\n}\n\n// A point on the front neckline, t from the middle (0) to the neck corner (1), cut as drape.ts cuts it\nfunction neckPoint(p: Pattern, t: number): Pt {\n if (p.vNeck) {\n const cx = 0.8 * p.neckHalf;\n const cy = -0.3 * p.neckFront;\n return [2 * (1 - t) * t * cx + t * t * p.neckHalf, -(1 - t) * (1 - t) * p.neckFront + 2 * (1 - t) * t * cy];\n }\n const a = t * (Math.PI / 2);\n return [Math.sin(a) * p.neckHalf, -Math.cos(a) * p.neckFront];\n}\n\n// One side of the shirt's open camp collar on the flat front, as two edges from the neck corner down: the inner\n// edge along the V, the outer edge out over the chest to the collar point. dir 1 is the side on your right.\nconst FLAP_STEPS = 14;\nfunction flapEdges(p: Pattern, dir: number): { inner: Pt[]; outer: Pt[] } {\n const inner: Pt[] = [];\n const outer: Pt[] = [];\n const o0: Pt = [p.neckHalf + 0.035, -0.015];\n const o1: Pt = [p.neckHalf + 0.065, -0.1];\n const o2: Pt = [p.neckHalf - 0.005, -p.neckFront + 0.035];\n for (let i = 0; i <= FLAP_STEPS; i++) {\n const s = i / FLAP_STEPS;\n const [ix, iy] = neckPoint(p, 1 - s);\n inner.push([dir * ix, iy]);\n const a = (1 - s) * (1 - s);\n const b = 2 * (1 - s) * s;\n const c = s * s;\n outer.push([dir * (a * o0[0] + b * o1[0] + c * o2[0]), a * o0[1] + b * o1[1] + c * o2[1]]);\n }\n return { inner, outer };\n}\n\n// The shirt's camp collar, two soft flaps lying open on the chest either side of the V, and a row of buttons. Both\n// are placed on the draped front, so they follow its folds, and both sit at their real place in the geometry (not\n// moved by a mesh position), so the cloth shader, which bends by height, carries them along with the fabric.\nfunction shirtParts(p: Pattern, box: Box, front: Panel, normals: THREE.BufferAttribute) {\n const flaps: THREE.BufferGeometry[] = [];\n for (const dir of [1, -1]) {\n const { inner, outer } = flapEdges(p, dir);\n const verts: number[] = [];\n const uvs: number[] = [];\n const idx: number[] = [];\n for (let i = 0; i <= FLAP_STEPS; i++) {\n for (const q of [inner[i]!, outer[i]!]) {\n const s = surfaceAt(front, normals, q);\n s.p.addScaledVector(s.n, 0.0035);\n verts.push(s.p.x, s.p.y, s.p.z);\n uvs.push((q[0] - box.x0) / box.w, (q[1] - box.y0) / box.h);\n }\n if (i < FLAP_STEPS) {\n const k = i * 2;\n idx.push(k, k + 1, k + 2, k + 1, k + 3, k + 2);\n }\n }\n const g = new THREE.BufferGeometry();\n g.setAttribute(\"position\", new THREE.Float32BufferAttribute(verts, 3));\n g.setAttribute(\"uv\", new THREE.Float32BufferAttribute(uvs, 2));\n g.setIndex(idx);\n g.computeVertexNormals();\n // face the flap out of the chest, whichever way its strip happened to wind\n if ((g.attributes.normal as THREE.BufferAttribute).getZ(FLAP_STEPS) < 0) {\n for (let i = 0; i < idx.length; i += 3) [idx[i + 1], idx[i + 2]] = [idx[i + 2]!, idx[i + 1]!];\n g.setIndex(idx);\n g.computeVertexNormals();\n }\n // the same cloth as the body, a shade darker, so the collar reads as a layer lying on the chest\n g.setAttribute(\"color\", new THREE.BufferAttribute(new Float32Array(verts.length).fill(0.9), 3));\n flaps.push(g);\n }\n const buttons: THREE.BufferGeometry[] = [];\n for (let i = 0; i < 5; i++) {\n const s = surfaceAt(front, normals, [0.007, -p.neckFront - 0.025 - i * 0.115]);\n const b = new THREE.CylinderGeometry(0.0062, 0.0062, 0.003, 16);\n // the button's axis along the cloth's normal, standing a hair off the surface\n b.applyQuaternion(new THREE.Quaternion().setFromUnitVectors(new THREE.Vector3(0, 1, 0), s.n));\n b.translate(s.p.x + s.n.x * 0.003, s.p.y + s.n.y * 0.003, s.p.z + s.n.z * 0.003);\n buttons.push(b);\n }\n return { flaps, buttons };\n}\n\n// ---------------------------------------------------------------- textures\n\nfunction canvas(w: number, h: number) {\n const c = document.createElement(\"canvas\");\n c.width = w;\n c.height = h;\n return c;\n}\n\nfunction parse(hex: string) {\n return new THREE.Color(hex);\n}\nfunction shade(hex: string, amount: number) {\n const c = parse(hex);\n const t = amount < 0 ? new THREE.Color(0, 0, 0) : new THREE.Color(1, 1, 1);\n return \"#\" + c.lerp(t, Math.abs(amount)).getHexString();\n}\n// a grey marl: hardly any colour, neither dark nor light\nfunction isMarl(hex: string) {\n const hsl = { h: 0, s: 0, l: 0 };\n parse(hex).getHSL(hsl);\n return hsl.s < 0.08 && hsl.l > 0.3 && hsl.l < 0.7;\n}\nfunction lum(hex: string) {\n const c = parse(hex);\n return 0.2126 * c.r + 0.7152 * c.g + 0.0722 * c.b;\n}\n\nconst SCRIPT = \"'Snell Roundhand', 'Segoe Script', 'Brush Script MT', 'Apple Chancery', cursive\";\nconst SERIF = \"'Didot', 'Bodoni 72', 'Bodoni MT', 'Playfair Display', Georgia, serif\";\n\nfunction rand(seed: number) {\n let s = seed >>> 0 || 1;\n return () => {\n s ^= s << 13;\n s ^= s >>> 17;\n s ^= s << 5;\n return (s >>> 0) / 4294967296;\n };\n}\n\nfunction hash(x: number, y: number, seed: number) {\n const h = Math.sin(x * 127.1 + y * 311.7 + seed * 74.7) * 43758.5453;\n return h - Math.floor(h);\n}\n\n// A screen print is never perfectly solid: knock tiny specks out of it so the cloth shows through.\nfunction grain(ctx: CanvasRenderingContext2D, x: number, y: number, w: number, h: number, seed: number) {\n const r = rand(seed);\n ctx.save();\n ctx.globalCompositeOperation = \"destination-out\";\n for (let i = 0; i < (w * h) / 170; i++) {\n ctx.fillStyle = `rgba(0,0,0,${0.12 + r() * 0.28})`;\n ctx.fillRect(x + r() * w, y + r() * h, 1 + r() * 1.5, 1 + r() * 1.5);\n }\n ctx.restore();\n}\n\n// Pattern units to texture pixels for one kind's texture, and how many pixels make a unit\nfunction painter(box: Box) {\n const unit = box.texW / box.w;\n const toPx = (x: number, y: number): Pt => [(x - box.x0) * unit, (box.y1 - y) * unit];\n return { toPx, unit };\n}\n\nfunction drawPrint(ctx: CanvasRenderingContext2D, print: GarmentPrint, kind: GarmentKind, p: Pattern, box: Box, colour: string) {\n const { toPx, unit } = painter(box);\n // a chest print sits about a fifth of the body below the front of the neck\n const [cx, chestY] = toPx(0, -p.neckFront - (kind === \"crewneck\" ? 0.2 : 0.17));\n // prints are sized to the chest they sit on\n const bodyW = 2 * p.half * 0.8 * unit;\n const fit = bodyW / (0.5 * unit);\n const layer = canvas(box.texW, box.texH);\n const g = layer.getContext(\"2d\")!;\n g.textAlign = \"center\";\n g.textBaseline = \"middle\";\n if (print.kind === \"script\") {\n const words = print.text.split(\" \");\n const lines = words.length > 1 ? [words.slice(0, Math.ceil(words.length / 2)).join(\" \"), words.slice(Math.ceil(words.length / 2)).join(\" \")] : words;\n g.save();\n g.translate(cx, chestY);\n g.rotate(-0.12);\n g.fillStyle = print.ink;\n lines.forEach((line, i) => {\n let size = 150;\n g.font = `700 ${size}px ${SCRIPT}`;\n const w = g.measureText(line).width;\n size = Math.min(170 * fit, (size * bodyW * 0.74) / Math.max(1, w));\n g.font = `700 ${size}px ${SCRIPT}`;\n g.fillText(line, (i ? 0.08 : -0.06) * bodyW, (i - (lines.length - 1) / 2) * size * 0.78);\n });\n g.restore();\n grain(g, cx - bodyW / 2, chestY - 160 * fit, bodyW, 320 * fit, 7);\n } else if (print.kind === \"serif\") {\n g.fillStyle = print.ink;\n const size = (bodyW * 0.235) | 0;\n print.lines.forEach((line, i) => {\n g.font = `700 ${size}px ${SERIF}`;\n g.fillText(line, cx, chestY - size * 0.95 + i * size * 0.92);\n });\n g.font = `600 ${Math.round(size * 0.16)}px ${SERIF}`;\n g.fillText(\"DIMAAC GOODS ยท MMXXVI\", cx, chestY - size * 0.95 + print.lines.length * size * 0.92 - size * 0.12);\n grain(g, cx - bodyW / 2, chestY - size * 1.6, bodyW, size * 3.6, 9);\n } else if (print.kind === \"flowers\") {\n const r = rand(23);\n const palette = [\"#e8364f\", \"#f58a1f\", \"#6a4cf0\", \"#11a58a\", \"#ec3f8c\", \"#f7c21b\", \"#2f7ff0\"];\n const cy = chestY + 30 * fit;\n for (let i = 0; i < 34; i++) {\n const a = r() * Math.PI * 2;\n const rr = Math.sqrt(r()) * bodyW * 0.3;\n const fx = cx + Math.cos(a) * rr * 1.05;\n const fy = cy + Math.sin(a) * rr * 0.92;\n const petals = 5 + ((r() * 4) | 0);\n const size = (20 + r() * 30) * fit;\n const col = palette[(r() * palette.length) | 0] ?? \"#e85d75\";\n // leaf\n g.save();\n g.translate(fx, fy);\n g.rotate(r() * Math.PI * 2);\n g.fillStyle = r() > 0.5 ? \"#2f7a46\" : \"#4b9a5a\";\n g.beginPath();\n g.ellipse(size * 1.1, 0, size * 0.7, size * 0.26, 0.3, 0, Math.PI * 2);\n g.fill();\n for (let k = 0; k < petals; k++) {\n g.rotate((Math.PI * 2) / petals);\n g.fillStyle = col;\n g.beginPath();\n g.ellipse(size * 0.55, 0, size * 0.55, size * 0.3, 0, 0, Math.PI * 2);\n g.fill();\n }\n g.fillStyle = r() > 0.5 ? \"#2b2b33\" : \"#ffd84d\";\n g.beginPath();\n g.arc(0, 0, size * 0.24, 0, Math.PI * 2);\n g.fill();\n g.restore();\n }\n if (print.text) {\n g.save();\n g.translate(cx, cy - bodyW * 0.12);\n g.rotate(-0.1);\n g.fillStyle = print.ink;\n g.font = `700 ${Math.round(150 * fit)}px ${SCRIPT}`;\n g.strokeStyle = colour;\n g.lineWidth = 14 * fit;\n g.strokeText(print.text, 0, 0);\n g.fillText(print.text, 0, 0);\n g.restore();\n }\n // flowers are printed solid: no knock-out grain, so the colours stay bright\n } else if (print.kind === \"chest\") {\n // the wearer's left chest, which is on your right when it faces you\n const [x, y] = toPx(p.neckHalf + 0.015, -p.neckFront - 0.045);\n g.fillStyle = print.ink;\n g.font = `italic 600 30px ${SERIF}`;\n const w = g.measureText(print.text).width;\n const size = Math.min(34, (30 * 0.09 * unit) / Math.max(1, w));\n g.font = `italic 600 ${size}px ${SERIF}`;\n g.fillText(print.text, x, y);\n } else if (print.kind === \"pocket\") {\n // a sewn-on patch pocket on the wearer's left chest: a slightly darker patch with a soft shadow under it, a\n // shadow just inside its open top, a folded top hem and a row of stitches round it\n const [x, y] = toPx(0.05, -p.neckFront - 0.06);\n const w = 0.1 * unit;\n const h = 0.115 * unit;\n g.fillStyle = \"rgba(0,0,0,0.16)\";\n g.beginPath();\n g.roundRect(x + 3, y + 5, w, h, [2, 2, 8, 8]);\n g.fill();\n g.fillStyle = shade(colour, -0.09);\n g.beginPath();\n g.roundRect(x, y, w, h, [2, 2, 8, 8]);\n g.fill();\n const lip = g.createLinearGradient(0, y, 0, y + 24);\n lip.addColorStop(0, \"rgba(0,0,0,0.22)\");\n lip.addColorStop(1, \"rgba(0,0,0,0)\");\n g.fillStyle = lip;\n g.fillRect(x, y, w, 24);\n g.strokeStyle = shade(colour, -0.3);\n g.lineWidth = 1.6;\n g.setLineDash([5, 4]);\n g.beginPath();\n g.moveTo(x + 5, y + 15);\n g.lineTo(x + w - 5, y + 15);\n g.stroke();\n g.beginPath();\n g.roundRect(x + 5, y + 5, w - 10, h - 10, [1, 1, 5, 5]);\n g.stroke();\n g.setLineDash([]);\n g.strokeStyle = shade(colour, -0.24);\n g.lineWidth = 1.4;\n g.beginPath();\n g.roundRect(x, y, w, h, [2, 2, 8, 8]);\n g.stroke();\n }\n if (print.kind !== \"pattern\") ctx.drawImage(layer, 0, 0);\n}\n\n// An all-over print of small sprigs, like a vintage resort shirt: five-petal flowers, pairs of leaves on a stem and\n// the odd dot, set on a jittered grid so the print is even (pure random clumps), the same size on every kind. The\n// first colour is the flowers' centres and the stems.\nfunction drawPattern(ctx: CanvasRenderingContext2D, colours: string[], seed: number, box: Box) {\n const r = rand(seed);\n const unit = box.texW / box.w;\n const cell = 0.052 * unit;\n const pick = () => colours[1 + ((r() * (colours.length - 1)) | 0)] ?? colours[0] ?? \"#ddd\";\n for (let j = 0; j * cell < box.texH + cell; j++) {\n for (let i = 0; i * cell < box.texW + cell; i++) {\n const x = (i + (j % 2) * 0.5 + (r() - 0.5) * 0.55) * cell;\n const y = (j + (r() - 0.5) * 0.55) * cell;\n const what = r();\n ctx.save();\n ctx.translate(x, y);\n ctx.rotate(r() * Math.PI * 2);\n if (what < 0.46) {\n const s = (0.0075 + r() * 0.004) * unit;\n ctx.fillStyle = pick();\n for (let k = 0; k < 5; k++) {\n ctx.rotate((Math.PI * 2) / 5);\n ctx.beginPath();\n ctx.ellipse(s * 0.95, 0, s * 0.78, s * 0.5, 0, 0, Math.PI * 2);\n ctx.fill();\n }\n ctx.fillStyle = colours[0] ?? \"#333\";\n ctx.beginPath();\n ctx.arc(0, 0, s * 0.36, 0, Math.PI * 2);\n ctx.fill();\n } else if (what < 0.88) {\n const s = (0.008 + r() * 0.004) * unit;\n ctx.strokeStyle = colours[0] ?? \"#333\";\n ctx.lineWidth = Math.max(1, s * 0.12);\n ctx.beginPath();\n ctx.moveTo(-s * 1.4, 0);\n ctx.quadraticCurveTo(0, -s * 0.25, s * 1.4, 0);\n ctx.stroke();\n ctx.fillStyle = pick();\n for (const [lx, side] of [[-0.55, 1], [0.15, -1], [0.85, 1]] as const) {\n ctx.save();\n ctx.translate(lx * s, 0);\n ctx.rotate(side * 0.75);\n ctx.beginPath();\n ctx.moveTo(0, 0);\n ctx.quadraticCurveTo(s * 0.45, -s * 0.38 * side, s * 0.95, 0);\n ctx.quadraticCurveTo(s * 0.45, s * 0.38 * side, 0, 0);\n ctx.fill();\n ctx.restore();\n }\n } else {\n ctx.fillStyle = pick();\n ctx.beginPath();\n ctx.arc(0, 0, (0.0022 + r() * 0.0016) * unit, 0, Math.PI * 2);\n ctx.fill();\n }\n ctx.restore();\n }\n }\n}\n\nconst SPECKS: { fine?: HTMLCanvasElement; marl?: HTMLCanvasElement } = {};\nfunction speckTile(marl: boolean) {\n const key = marl ? \"marl\" : \"fine\";\n let tile = SPECKS[key];\n if (!tile) {\n tile = canvas(256, 256);\n const ctx = tile.getContext(\"2d\")!;\n const r = rand(marl ? 41 : 42);\n for (let i = 0; i < (marl ? 3300 : 1450); i++) {\n ctx.fillStyle = r() > 0.5 ? `rgba(255,255,255,${marl ? 0.16 : 0.035})` : `rgba(0,0,0,${marl ? 0.16 : 0.045})`;\n ctx.fillRect(r() * 256, r() * 256, marl ? 2.4 : 1.6, marl ? 1.2 : 1.6);\n }\n SPECKS[key] = tile;\n }\n return tile;\n}\n\n// The fabric colour, its knit, the stitching, seams and rib bands, and the print, all drawn on the flat pattern.\nfunction fabricTexture(spec: GarmentSpec, p: Pattern, box: Box, front: boolean, speck: boolean) {\n // the back is mostly hidden, so it is drawn at half size (a quarter of the work); everything below is drawn in\n // full-size coordinates and the context scale shrinks it\n const k = front ? 1 : 0.5;\n const c = canvas(Math.round(box.texW * k), Math.round(box.texH * k));\n const ctx = c.getContext(\"2d\")!;\n ctx.scale(k, k);\n const { toPx } = painter(box);\n const { kind } = spec;\n // white cotton is never paper white (about 85% reflectance), or it melts into a light page\n const colour = lum(spec.colour) > 0.8 ? shade(spec.colour, -0.07) : spec.colour;\n ctx.fillStyle = colour;\n ctx.fillRect(0, 0, box.texW, box.texH);\n if (spec.print?.kind === \"pattern\") drawPattern(ctx, spec.print.colours, front ? 5 : 6, box);\n // knit: fine speckle, much stronger for a grey marl\n const col = parse(colour);\n const hsl = { h: 0, s: 0, l: 0 };\n col.getHSL(hsl);\n const marl = hsl.s < 0.08 && hsl.l > 0.3 && hsl.l < 0.7;\n // the knit speckle is one small tile drawn once and repeated: tens of thousands of single dots per texture\n // were most of the time it took to build a rack. Scanned cloth has its own knit: only a marl keeps its flecks.\n const pattern = speck || marl ? ctx.createPattern(speckTile(marl), \"repeat\") : null;\n if (pattern) {\n ctx.fillStyle = pattern;\n ctx.fillRect(0, 0, box.texW, box.texH);\n }\n const dark = lum(colour) < 0.25;\n const line = (pts: Pt[]) => {\n ctx.beginPath();\n pts.forEach(([x, y], i) => {\n const [px, py] = toPx(x, y);\n if (i === 0) ctx.moveTo(px, py);\n else ctx.lineTo(px, py);\n });\n ctx.stroke();\n };\n const hemY = -p.length;\n if (kind === \"crewneck\") {\n // the rib waistband: a shade darker with fine ribs running down it, and a seam where it joins the body\n const rib = 0.065;\n const [x0, y0] = toPx(-p.half - 0.02, hemY + rib);\n const [x1, y1] = toPx(p.half + 0.02, hemY - 0.02);\n ctx.fillStyle = shade(colour, -0.09);\n ctx.fillRect(x0, y0, x1 - x0, y1 - y0);\n ctx.fillStyle = \"rgba(0,0,0,0.16)\";\n for (let x = x0; x < x1; x += 3) ctx.fillRect(x, y0, 1.2, y1 - y0);\n ctx.strokeStyle = shade(colour, -0.22);\n ctx.lineWidth = 1.4;\n line([[-p.half - 0.02, hemY + rib], [p.half + 0.02, hemY + rib]]);\n } else {\n // a turned-up hem: the doubled cloth reads a touch darker, closed by a quiet twin-needle stitch in the cloth's\n // own colour\n const [x0, y0] = toPx(-p.half - 0.02, hemY + 0.022);\n const [x1, y1] = toPx(p.half + 0.02, hemY - 0.02);\n ctx.fillStyle = dark ? \"rgba(255,255,255,0.025)\" : \"rgba(0,0,0,0.035)\";\n ctx.fillRect(x0, y0, x1 - x0, y1 - y0);\n ctx.strokeStyle = dark ? \"rgba(255,255,255,0.09)\" : \"rgba(0,0,0,0.1)\";\n ctx.lineWidth = 1.1;\n for (const off of [0.019, 0.024]) line([[-p.half - 0.02, hemY + off], [p.half + 0.02, hemY + off]]);\n }\n // the armhole seams, where the sleeves are sewn in: a soft shadow just inside the body's edge and the stitch line\n for (const s of [1, -1]) {\n const edge = armholeLine(p).map(([x, y]) => [s * (x - 0.006), y] as Pt);\n ctx.strokeStyle = dark ? \"rgba(0,0,0,0.12)\" : \"rgba(0,0,0,0.05)\";\n ctx.lineWidth = 7;\n line(edge);\n ctx.strokeStyle = dark ? \"rgba(255,255,255,0.06)\" : \"rgba(0,0,0,0.09)\";\n ctx.lineWidth = 1.1;\n line(edge.map(([x, y]) => [x - s * 0.004, y] as Pt));\n }\n // shoulder seams, just inside the pattern's edge\n ctx.strokeStyle = dark ? \"rgba(255,255,255,0.06)\" : `rgba(0,0,0,${spec.print?.kind === \"pattern\" ? 0.04 : 0.08})`;\n ctx.lineWidth = 1.2;\n for (const s of [1, -1]) line([[s * p.neckHalf, -0.004], [s * p.shoulderX, -p.shoulderDrop - 0.004]]);\n // the neck rib: a band round the neckline a shade darker than the body, ribbed across, with its seam under it\n if (kind !== \"shirt\") {\n const ribW = kind === \"crewneck\" ? 0.024 : 0.017;\n // the neckline grown outward by inset: the same quarter ellipses the pattern is cut with\n const neck = (inset: number): Pt[] => {\n const pts: Pt[] = [];\n const drop = front ? p.neckFront : p.neckBack;\n for (let i = 0; i <= 32; i++) {\n const a = (-1 + (2 * i) / 32) * (Math.PI / 2);\n pts.push([Math.sin(a) * (p.neckHalf + inset), -Math.cos(a) * (drop + inset)]);\n }\n return pts;\n };\n ctx.strokeStyle = shade(colour, dark ? 0.012 : -0.05);\n ctx.lineWidth = ribW * painter(box).unit;\n line(neck(ribW / 2));\n ctx.strokeStyle = dark ? \"rgba(255,255,255,0.035)\" : \"rgba(0,0,0,0.12)\";\n ctx.lineWidth = 1.2;\n line(neck(ribW));\n }\n // the shirt's placket: a slightly darker band down the button column, stitched on both edges; and the soft\n // shadow the open collar casts on the chest round its edges\n if (kind === \"shirt\" && front) {\n for (const dir of [1, -1]) {\n const { inner, outer } = flapEdges(p, dir);\n const edge = [...outer, inner[inner.length - 1]!];\n for (const [width, alpha] of [\n [16, 0.05],\n [10, 0.07],\n [5, 0.09],\n ] as const) {\n ctx.strokeStyle = `rgba(0,0,0,${alpha})`;\n ctx.lineWidth = width;\n ctx.lineJoin = \"round\";\n ctx.lineCap = \"round\";\n ctx.beginPath();\n edge.forEach(([x, y], i) => {\n const [px, py] = toPx(x, y);\n if (i === 0) ctx.moveTo(px + 2, py + 4);\n else ctx.lineTo(px + 2, py + 4);\n });\n ctx.stroke();\n }\n }\n }\n if (kind === \"shirt\") {\n // the placket: the button band, a doubled strip a touch darker with a fine stitch down each edge\n const [px0, py0] = toPx(-0.012, -p.neckFront);\n const [px1, py1] = toPx(0.026, hemY - 0.02);\n ctx.fillStyle = \"rgba(0,0,0,0.1)\";\n ctx.fillRect(px0, py0, px1 - px0, py1 - py0);\n ctx.strokeStyle = dark ? \"rgba(255,255,255,0.1)\" : \"rgba(0,0,0,0.14)\";\n ctx.lineWidth = 1.1;\n for (const x of [px0 + 3, px1 - 3]) {\n ctx.beginPath();\n ctx.moveTo(x, py0);\n ctx.lineTo(x, py1);\n ctx.stroke();\n }\n }\n if (front && spec.print) drawPrint(ctx, spec.print, kind, p, box, colour);\n const tex = new THREE.CanvasTexture(c);\n tex.colorSpace = THREE.SRGBColorSpace;\n tex.anisotropy = 8;\n return tex;\n}\n\n// A sleeve's fabric: the same cloth, knit and print as the body at the same scale, with the cuff finished like the\n// body's hem (a turned-up hem on a tee or a shirt, a rib cuff on the crewneck) and a stitch line along the armhole.\n// u runs round the sleeve from the fold over the top, v from the armhole (the canvas's bottom) to the cuff (its top).\nfunction sleeveTexture(spec: GarmentSpec, size: { around: number; along: number }, speck: boolean) {\n const W = Math.min(1024, Math.round(1180 * size.around));\n const H = Math.min(1024, Math.round(1180 * size.along));\n const c = canvas(W, H);\n const ctx = c.getContext(\"2d\")!;\n const colour = lum(spec.colour) > 0.8 ? shade(spec.colour, -0.07) : spec.colour;\n ctx.fillStyle = colour;\n ctx.fillRect(0, 0, W, H);\n if (spec.print?.kind === \"pattern\") drawPattern(ctx, spec.print.colours, 7, { x0: 0, y0: 0, y1: 0, w: size.around, h: size.along, texW: W, texH: H });\n const col = parse(colour);\n const hsl = { h: 0, s: 0, l: 0 };\n col.getHSL(hsl);\n const marl = hsl.s < 0.08 && hsl.l > 0.3 && hsl.l < 0.7;\n const knit = speck || marl ? ctx.createPattern(speckTile(marl), \"repeat\") : null;\n if (knit) {\n ctx.fillStyle = knit;\n ctx.fillRect(0, 0, W, H);\n }\n const dark = lum(colour) < 0.25;\n const unit = H / size.along;\n if (spec.kind === \"crewneck\") {\n const rib = 0.065 * unit;\n ctx.fillStyle = shade(colour, -0.09);\n ctx.fillRect(0, 0, W, rib);\n ctx.fillStyle = \"rgba(0,0,0,0.16)\";\n for (let x = 0; x < W; x += 3) ctx.fillRect(x, 0, 1.2, rib);\n ctx.fillStyle = shade(colour, -0.22);\n ctx.fillRect(0, rib, W, 1.4);\n } else {\n ctx.fillStyle = dark ? \"rgba(255,255,255,0.025)\" : \"rgba(0,0,0,0.035)\";\n ctx.fillRect(0, 0, W, 0.022 * unit);\n ctx.fillStyle = dark ? \"rgba(255,255,255,0.09)\" : \"rgba(0,0,0,0.1)\";\n for (const off of [0.019, 0.024]) ctx.fillRect(0, off * unit, W, 1.1);\n }\n ctx.fillStyle = dark ? \"rgba(255,255,255,0.06)\" : \"rgba(0,0,0,0.09)\";\n ctx.fillRect(0, H - 0.007 * unit, W, 1.1);\n const tex = new THREE.CanvasTexture(c);\n tex.colorSpace = THREE.SRGBColorSpace;\n tex.anisotropy = 8;\n return tex;\n}\n\n// A tiny jersey knit as a normal map, tiled across the cloth.\nfunction knitNormal() {\n const N = 64;\n const hgt = new Float32Array(N * N);\n for (let y = 0; y < N; y++)\n for (let x = 0; x < N; x++) {\n const u = x / N;\n const v = y / N;\n const row = Math.floor(v * 8);\n const k = Math.abs(Math.sin(Math.PI * (u * 8 + (row % 2) * 0.5 + (v * 8 - row) * 0.6)));\n hgt[y * N + x] = 0.6 * k + 0.4 * (hash(x, y, 9) - 0.5) * 0.4;\n }\n const c = canvas(N, N);\n const ctx = c.getContext(\"2d\")!;\n const img = ctx.createImageData(N, N);\n for (let y = 0; y < N; y++)\n for (let x = 0; x < N; x++) {\n const H = (k: number) => hgt[k] ?? 0;\n const hx = H(y * N + ((x + 1) % N)) - H(y * N + ((x + N - 1) % N));\n const hy = H(((y + 1) % N) * N + x) - H(((y + N - 1) % N) * N + x);\n const n = new THREE.Vector3(-hx * 2, -hy * 2, 1).normalize();\n const i = (y * N + x) * 4;\n img.data[i] = (n.x * 0.5 + 0.5) * 255;\n img.data[i + 1] = (n.y * 0.5 + 0.5) * 255;\n img.data[i + 2] = (n.z * 0.5 + 0.5) * 255;\n img.data[i + 3] = 255;\n }\n ctx.putImageData(img, 0, 0);\n const tex = new THREE.CanvasTexture(c);\n tex.colorSpace = THREE.NoColorSpace;\n tex.wrapS = tex.wrapT = THREE.RepeatWrapping;\n return tex;\n}\n\n// ---------------------------------------------------------------- hanger, hook, rail\n\n// A tiny studio for the chrome to reflect: a ring of light and dark bands round it (a bright strip just above eye\n// level, a dark horizon, a pale floor bounce) and a softbox overhead. Built as a scene and prefiltered like the room.\nfunction studioScene() {\n const scene = new THREE.Scene();\n scene.background = new THREE.Color(0.3, 0.3, 0.31);\n const R = 10;\n const band = (from: number, to: number, value: number) => {\n // a band between two elevations (degrees) on a cylinder round the middle, seen from inside\n const y0 = R * Math.tan((from * Math.PI) / 180);\n const y1 = R * Math.tan((to * Math.PI) / 180);\n const geo = new THREE.CylinderGeometry(R, R, y1 - y0, 48, 1, true);\n const mesh = new THREE.Mesh(geo, new THREE.MeshBasicMaterial({ color: new THREE.Color(value, value * 1.01, value * 1.03), side: THREE.BackSide }));\n mesh.position.y = (y0 + y1) / 2;\n scene.add(mesh);\n };\n band(-62, -30, 0.24);\n band(-30, -6, 0.5);\n band(-6, 6, 0.08);\n band(6, 10, 0.5);\n band(10, 17, 2.6);\n band(17, 24, 0.7);\n band(24, 55, 0.45);\n const box = new THREE.Mesh(new THREE.CircleGeometry(R * 0.9, 48), new THREE.MeshBasicMaterial({ color: new THREE.Color(1.9, 1.9, 1.95), side: THREE.DoubleSide }));\n box.rotation.x = Math.PI / 2;\n box.position.y = R * 1.35;\n scene.add(box);\n return scene;\n}\n\nfunction disposeScene(scene: THREE.Scene) {\n scene.traverse((o) => {\n const mesh = o as THREE.Mesh;\n if (!mesh.isMesh) return;\n mesh.geometry.dispose();\n (mesh.material as THREE.Material).dispose();\n });\n}\n\n// The wooden bar follows the hanger the garments were draped on (its tips end inside the shoulders), a little\n// thinner than the room the cloth left round it, so it never shows through\nfunction hangerGeometry(): [THREE.BufferGeometry, THREE.BufferGeometry] {\n // drawn a touch shorter than the hanger the cloth was draped on, so its tips never poke out at the shoulders\n const pts = DRAPE_HANGER.map(([x, y]) => new THREE.Vector3(x * 0.9, y, 0));\n // a flat bar: round tube squashed front to back (the curve lies at z 0, so only the section flattens)\n const bar = new THREE.TubeGeometry(new THREE.CatmullRomCurve3(pts), 64, 0.0165, 14, false);\n bar.scale(1, 1, 0.46);\n const block = new THREE.CylinderGeometry(0.0105, 0.012, 0.02, 16);\n block.translate(0, -0.104, 0);\n return [bar, block];\n}\n\n// the rail's radius (a 25 mm tube on a garment about 80 cm long); the hook wraps round it\nconst RAIL_R = 0.023;\n\nfunction hookGeometry() {\n const R = RAIL_R + 0.0045 + 0.0012;\n const pts: THREE.Vector3[] = [new THREE.Vector3(0, -0.104, 0), new THREE.Vector3(0, -0.075, 0.004), new THREE.Vector3(0, -0.04, 0.015), new THREE.Vector3(0, -0.012, R * 0.98)];\n for (let i = 0; i <= 14; i++) {\n const a = (i / 14) * (Math.PI * 1.16);\n pts.push(new THREE.Vector3(0, Math.sin(a) * R, Math.cos(a) * R));\n }\n return new THREE.TubeGeometry(new THREE.CatmullRomCurve3(pts), 96, 0.0045, 10, false);\n}\n\nconst HANGER_LOOK: Record = {\n wood: { color: 0x5b2a18, metalness: 0, roughness: 0.34 },\n black: { color: 0x141416, metalness: 0, roughness: 0.38 },\n chrome: { color: 0xe3e6ea, metalness: 1, roughness: 0.16 },\n};\nconst RAIL_LOOK: Record = {\n chrome: { color: 0xe8ebef, metalness: 1, roughness: 0.12 },\n black: { color: 0x18181a, metalness: 0.6, roughness: 0.32 },\n brass: { color: 0xc9a15a, metalness: 1, roughness: 0.22 },\n};\n\n// ---------------------------------------------------------------- cloth motion\n\ntype FlowUniforms = {\n uTwist: { value: Float32Array };\n uSway: { value: Float32Array };\n uSwayAxis: { value: THREE.Vector2 };\n uRows: { value: THREE.Vector2 };\n uRipple: { value: number };\n uTime: { value: number };\n uAO: { value: number };\n uInside: { value: number };\n uHang: { value: number };\n uGrain: { value: THREE.Texture };\n uGrainAmt: { value: number };\n};\n\n// Bends the cloth in the vertex shader with the rows of cloth-motion.ts: each row of cloth, from the shoulders down\n// to the hem, twists about the hook and trails along the rail by its own amount, blended smoothly between rows, so a\n// turn or a push runs down the fabric as a wave. While it moves, a faint ripple travels from the shoulders to the hem\n// (a small bend in the cloth and in its light). Above the first row, where the hanger holds the cloth, nothing moves.\n// Soft drape folds on a garment's body, drawn into its shading as a height over the flat pattern (the baked drape is\n// too coarse to hold them): two from where the hanger holds each shoulder, running in toward the chest; one from\n// under each arm, down and in; a few slow waves across the lower body, more toward the hem. Mirrored left to right.\nconst FOLDS_GLSL = /* glsl */ `\nuniform vec4 uBox;\nuniform vec4 uShape;\nuniform float uDrop;\nuniform float uFolds;\nfloat clothRidge(vec2 p, vec2 a, vec2 b, float w) {\n vec2 ab = b - a;\n float t = clamp(dot(p - a, ab) / dot(ab, ab), 0.0, 1.0);\n vec2 d = p - a - ab * t;\n return exp(-dot(d, d) / (w * w)) * sin(3.14159 * t);\n}\nfloat clothHeight(vec2 q) {\n vec2 p = vec2(abs(q.x), q.y);\n float hw = uShape.x;\n float pit = uShape.y;\n float len = uShape.z;\n float sx = uShape.w;\n float h = 0.9 * clothRidge(p, vec2(sx - 0.05, -uDrop - 0.02), vec2(0.07, -pit + 0.03), 0.024);\n h += 0.5 * clothRidge(p, vec2(sx - 0.02, -uDrop - 0.07), vec2(0.15, -pit - 0.07), 0.02);\n h += 0.7 * clothRidge(p, vec2(hw - 0.01, -pit - 0.01), vec2(hw - 0.12, -pit - 0.17), 0.018);\n h += 0.45 * smoothstep(-len * 0.5, -len * 0.95, q.y) * cos(6.2832 * q.x / 0.17);\n return h;\n}\nvec2 clothFolds(vec2 uv) {\n vec2 q = uBox.xy + uv * uBox.zw;\n float e = 0.004;\n float hx = clothHeight(q + vec2(e, 0.0)) - clothHeight(q - vec2(e, 0.0));\n float hy = clothHeight(q + vec2(0.0, e)) - clothHeight(q - vec2(0.0, e));\n return -uFolds * vec2(hx, hy) / (2.0 * e);\n}\n`;\n\ntype Folds = { box: { x0: number; y0: number; w: number; h: number }; pattern: Pattern; strength: number };\n\nfunction addFlow(material: THREE.Material, flow: FlowUniforms, hang = false, folds?: Folds) {\n if (hang) material.defines = { ...material.defines, CLOTH_HANG: \"\" };\n if (folds) material.defines = { ...material.defines, CLOTH_FOLDS: \"\" };\n const foldUniforms = folds && {\n uBox: { value: new THREE.Vector4(folds.box.x0, folds.box.y0, folds.box.w, folds.box.h) },\n uShape: { value: new THREE.Vector4(folds.pattern.half, folds.pattern.armpit, folds.pattern.length, folds.pattern.shoulderX) },\n uDrop: { value: folds.pattern.shoulderDrop },\n uFolds: { value: folds.strength },\n };\n material.onBeforeCompile = (shader) => {\n Object.assign(shader.uniforms, flow, foldUniforms);\n if (folds) {\n shader.fragmentShader = shader.fragmentShader\n .replace(\"#include \", `#include \\n${FOLDS_GLSL}`)\n .replace(\"#include \", THREE.ShaderChunk.normal_fragment_maps.replace(\"mapN.xy *= normalScale;\", \"mapN.xy *= normalScale;\\n\\tmapN.xy += clothFolds(vMapUv);\"));\n }\n // the baked fold shading (vertex colour) counts for more on light cloth: white needs it to read as cloth. The\n // inside of the cloth (the back face of a two-sided panel) is in the garment's own shadow, seen through the\n // neck and the sleeves.\n shader.fragmentShader = shader.fragmentShader\n .replace(\"#include \", \"#include \\nuniform float uAO;\\nuniform float uInside;\\nuniform sampler2D uGrain;\\nuniform float uGrainAmt;\")\n .replace(\n \"#include \",\n `#if defined( USE_COLOR ) || defined( USE_COLOR_ALPHA )\n // stronger on light cloth, but never darker than about half: a fold or the shade under a sleeve is a soft grey\n diffuseColor *= max(mix(vec4(1.0), vColor, uAO), vec4(0.5));\n#endif\n#ifdef USE_NORMALMAP\n // the heather grain, tiled with the knit (0.513 is the grain's own average, so it shades without darkening)\n diffuseColor.rgb *= mix(1.0, texture2D(uGrain, vNormalMapUv).r / 0.513, uGrainAmt);\n#endif\n#ifdef DOUBLE_SIDED\n if (!gl_FrontFacing) diffuseColor.rgb *= uInside;\n#endif`,\n );\n shader.vertexShader = shader.vertexShader\n .replace(\n \"#include \",\n `#include \nuniform float uTwist[${CLOTH_ROWS + 1}];\nuniform float uSway[${CLOTH_ROWS + 1}];\nuniform vec2 uSwayAxis;\nuniform vec2 uRows;\nuniform float uRipple;\nuniform float uTime;\nuniform float uHang;\n#ifdef CLOTH_HANG\nattribute vec3 hangPosition;\nattribute vec3 hangNormal;\n#endif`,\n )\n .replace(\n \"#include \",\n `#include \n// a sleeve hangs down the garment's side on the rail and opens out as the garment turns to face you\n#ifdef CLOTH_HANG\nvec3 clothPos = mix(position, hangPosition, uHang);\nobjectNormal = normalize(mix(objectNormal, hangNormal, uHang));\n#else\nvec3 clothPos = position;\n#endif\nfloat clothRow = clamp((uRows.x - clothPos.y) / uRows.y, 0.0, 1.0) * ${CLOTH_ROWS}.0;\nfloat clothTwist = 0.0;\nfloat clothSway = 0.0;\nfor (int k = 0; k <= ${CLOTH_ROWS}; k++) {\n float w = max(0.0, 1.0 - abs(clothRow - float(k)));\n clothTwist += uTwist[k] * w;\n clothSway += uSway[k] * w;\n}\nfloat clothC = cos(clothTwist);\nfloat clothS = sin(clothTwist);\nobjectNormal = vec3(objectNormal.x * clothC + objectNormal.z * clothS, objectNormal.y, -objectNormal.x * clothS + objectNormal.z * clothC);\nfloat clothPhase = uTime * 11.0 - (uRows.x - clothPos.y) * 34.0 + clothPos.x * 5.0;\nfloat clothAmp = uRipple * 0.0032 * smoothstep(0.0, 1.5, clothRow);\nobjectNormal = normalize(objectNormal - vec3(0.0, clothAmp * 34.0 * cos(clothPhase), 0.0));`,\n )\n .replace(\n \"#include \",\n `#include \ntransformed = clothPos;\n{\n float x2 = transformed.x * clothC + transformed.z * clothS;\n float z2 = -transformed.x * clothS + transformed.z * clothC;\n transformed.x = x2 + uSwayAxis.x * clothSway;\n transformed.z = z2 + uSwayAxis.y * clothSway;\n transformed += objectNormal * clothAmp * sin(clothPhase);\n}`,\n );\n };\n material.customProgramCacheKey = () => (hang ? \"clothes-rack-flow-hang\" : folds ? \"clothes-rack-flow-folds\" : \"clothes-rack-flow\");\n}\n\n// ---------------------------------------------------------------- shared cloth geometry\n\n// The cloth geometry is plain data (no WebGL context), so every wardrobe on the page shares it: the detail view's\n// own renderer reuses what the rack already built instead of decoding it again on the first click.\ntype Size = { width: number; bodyWidth: number; depth: number; height: number };\ntype KindParts = {\n pattern: Pattern;\n box: Box;\n front: THREE.BufferGeometry;\n back: THREE.BufferGeometry;\n collar: THREE.BufferGeometry;\n /** the right sleeve and the left */\n sleeves: THREE.BufferGeometry[];\n /** round the sleeve at its armhole, and its length over the top, for drawing its fabric at the body's scale */\n sleeveSize: { around: number; along: number };\n extras?: { flaps: THREE.BufferGeometry[]; buttons: THREE.BufferGeometry[] };\n size: Size;\n};\nconst SHARED = new Map();\n\n// The draped garment's own measurements: sleeve to sleeve, the body alone (across the waist), front to back at the\n// hem, and rail to hem\nfunction measure(front: Panel, back: Panel, sleeves: Float32Array[], p: Pattern): Size {\n let width = 0;\n let body = 0;\n let low = 0;\n let zMin = Infinity;\n let zMax = -Infinity;\n for (const P of sleeves) {\n for (let i = 0; i < P.length; i += 3) {\n width = Math.max(width, Math.abs(P[i]!));\n low = Math.min(low, P[i + 1]!);\n }\n }\n for (const panel of [front, back]) {\n for (let i = 0; i < panel.pos.length / 3; i++) {\n const x = Math.abs(panel.pos[i * 3]!);\n const y = panel.pos[i * 3 + 1]!;\n const z = panel.pos[i * 3 + 2]!;\n const px = Math.abs(panel.pat[i * 2]!);\n const py = panel.pat[i * 2 + 1]!;\n width = Math.max(width, x);\n low = Math.min(low, y);\n if (px > p.half) continue;\n if (py < -0.4 && py > -0.5) body = Math.max(body, x);\n if (py < -p.length * 0.75) {\n zMin = Math.min(zMin, z);\n zMax = Math.max(zMax, z);\n }\n }\n }\n return { width: width * 2, bodyWidth: body * 2, depth: zMax - zMin, height: -low };\n}\n\nfunction acquireKind(kind: GarmentKind): KindParts {\n let entry = SHARED.get(kind);\n if (!entry) {\n const data = DRAPES[kind];\n const pattern = data.pattern;\n const box = boxFor(pattern);\n const front = decodePanel(data.front, 1);\n const back = decodePanel(data.back, -1);\n const frontGeo = panelGeometry(front, box);\n const sleeves = data.sleeves.map(decodeSleeve);\n const parts: KindParts = {\n pattern,\n box,\n front: frontGeo,\n back: panelGeometry(back, box),\n collar: collarGeometry(front, back, data.neck, kind),\n sleeves: sleeves.map((sl) => sleeveGeometry(sl)),\n sleeveSize: { around: 2 * (pattern.armpit - pattern.shoulderDrop) + 0.04, along: pattern.sleeve.top },\n size: measure(front, back, sleeves.map((sl) => sl.pos), pattern),\n };\n blendSeams(parts.sleeves, [parts.front, parts.back]);\n // the hanging shape's armhole ring is the same points as the open one's, so it takes the same (blended) normals\n for (const g of parts.sleeves) {\n const uv = g.attributes.uv as THREE.BufferAttribute;\n const n = g.attributes.normal as THREE.BufferAttribute;\n const hn = g.attributes.hangNormal as THREE.BufferAttribute;\n for (let i = 0; i < uv.count; i++) if (uv.getY(i) <= 1e-3) hn.setXYZ(i, n.getX(i), n.getY(i), n.getZ(i));\n }\n if (kind === \"shirt\") parts.extras = shirtParts(pattern, box, front, frontGeo.attributes.normal as THREE.BufferAttribute);\n entry = { parts, refs: 0 };\n SHARED.set(kind, entry);\n }\n entry.refs++;\n return entry.parts;\n}\n\n// A sleeve's geometry carries both of its shapes: open (position, normal) and hanging down its side (hangPosition,\n// hangNormal); the cloth shader blends between them as the garment turns (see addFlow)\nfunction sleeveGeometry(sl: ReturnType) {\n const geo = shadedGeometry(sl.pos, sl.uv, sl.tri, sl.ao);\n const hung = shadedGeometry(sl.hang, sl.uv, sl.tri, sl.ao);\n geo.setAttribute(\"hangPosition\", new THREE.BufferAttribute(sl.hang, 3));\n geo.setAttribute(\"hangNormal\", (hung.attributes.normal as THREE.BufferAttribute).clone());\n hung.dispose();\n // culling has to allow for either shape\n const box = new THREE.Box3().setFromArray(sl.pos).union(new THREE.Box3().setFromArray(sl.hang));\n geo.boundingBox = box;\n geo.boundingSphere = box.getBoundingSphere(new THREE.Sphere());\n return geo;\n}\n\n// Each sleeve starts on the body's armhole, point for point, but every piece works out its own normals, so the seam\n// showed as a bright ridge where the two met at an angle. Points that share a place share one normal.\nfunction blendSeams(sleeves: THREE.BufferGeometry[], body: THREE.BufferGeometry[]) {\n const at = (g: THREE.BufferGeometry) => (g.attributes.position as THREE.BufferAttribute).array as Float32Array;\n const nm = (g: THREE.BufferGeometry) => g.attributes.normal as THREE.BufferAttribute;\n for (const sleeve of sleeves) {\n const P = at(sleeve);\n const SN = nm(sleeve);\n const uv = sleeve.attributes.uv as THREE.BufferAttribute;\n for (let i = 0; i < P.length / 3; i++) {\n // only the armhole ring (v = 0) is sewn to the body\n if (uv.getY(i) > 1e-3) continue;\n for (const piece of body) {\n const Q = at(piece);\n const BN = nm(piece);\n for (let j = 0; j < Q.length / 3; j++) {\n if (Math.abs(Q[j * 3]! - P[i * 3]!) + Math.abs(Q[j * 3 + 1]! - P[i * 3 + 1]!) + Math.abs(Q[j * 3 + 2]! - P[i * 3 + 2]!) > 1e-4) continue;\n const n = new THREE.Vector3(SN.getX(i) + BN.getX(j), SN.getY(i) + BN.getY(j), SN.getZ(i) + BN.getZ(j)).normalize();\n SN.setXYZ(i, n.x, n.y, n.z);\n BN.setXYZ(j, n.x, n.y, n.z);\n }\n }\n }\n }\n}\n\nfunction releaseKind(kind: GarmentKind) {\n const entry = SHARED.get(kind);\n if (!entry || --entry.refs > 0) return;\n const k = entry.parts;\n k.front.dispose();\n k.back.dispose();\n k.collar.dispose();\n k.sleeves.forEach((g) => g.dispose());\n k.extras?.flaps.forEach((g) => g.dispose());\n k.extras?.buttons.forEach((g) => g.dispose());\n SHARED.delete(kind);\n}\n\n// ---------------------------------------------------------------- the wardrobe\n\nexport function createWardrobe(renderer: THREE.WebGLRenderer, textures: GarmentTextures = {}): Wardrobe {\n const pmrem = new THREE.PMREMGenerator(renderer);\n const room = new RoomEnvironment();\n const roomLight = pmrem.fromScene(room, 0.04).texture;\n room.dispose();\n // The photographic cloth and light: whatever is already loaded on the page is used at once, the rest loads now.\n // The studio is prefiltered for this renderer when it arrives.\n let disposed = false;\n // once the first garment is made the look is fixed: a scan that arrives later (after the rack gave up waiting)\n // stays in the page cache for the next wardrobe instead of giving the rest of this rack a different cloth\n let fixed = false;\n const scans: Partial, THREE.Texture>> = {};\n let studioLight: THREE.Texture | null = null;\n const take = (key: keyof GarmentTextures, t: THREE.Texture | null | undefined) => {\n if (!t || disposed || fixed) return;\n if (key === \"studio\") studioLight = pmrem.fromEquirectangular(t).texture;\n else scans[key] = t;\n };\n const waiting: Promise[] = [];\n for (const key of Object.keys(textures) as (keyof GarmentTextures)[]) {\n const url = textures[key];\n if (!url) continue;\n if (LOADED.has(url)) take(key, LOADED.get(url));\n else waiting.push(loadOnce(url, key === \"studio\").then((t) => take(key, t)));\n }\n const ready = Promise.all(waiting).then(() => undefined);\n // the heather grain is sampled in the cloth's shader; until there is one, a flat grey that changes nothing\n const flatGrain = new THREE.DataTexture(new Uint8Array([131, 131, 131, 255]), 1, 1);\n flatGrain.needsUpdate = true;\n // Chrome needs contrast to read as chrome: the rail, the hooks and the brackets reflect a studio of light and dark\n // bands (a softbox above, a bright strip, a dark horizon, a floor), so a rod gets its bright top, its dark line\n // and its bright lower edge\n const studio = studioScene();\n const strips = pmrem.fromScene(studio, 0).texture;\n disposeScene(studio);\n\n // shared by every garment of a kind\n const kinds = new Set();\n const knit = knitNormal();\n // The knit on each kind, body and sleeves: the scanned cloth tiled at its real size when there is one (jersey for\n // the tees and the shirt, fleece for the crewneck), else the drawn knit at the same stitch size on every kind (each\n // kind's texture covers a different part of the pattern)\n type Fabric = { normal: THREE.Texture; normalScale: number; roughness: THREE.Texture | null; scanned: boolean };\n const fabrics = new Map();\n const tiled: THREE.Texture[] = [];\n const tile = (t: THREE.Texture, w: number, h: number) => {\n const c = t.clone();\n c.repeat.set(w, h);\n tiled.push(c);\n return c;\n };\n function fabricFor(kind: GarmentKind, w: number, h: number): Fabric {\n const fleece = kind === \"crewneck\";\n const scan = fleece ? scans.fleeceNormal : scans.jerseyNormal;\n const rough = fleece ? scans.fleeceRoughness : scans.jerseyRoughness;\n if (scan) return { normal: tile(scan, w / SCAN_TILE, h / SCAN_TILE), normalScale: fleece ? 0.8 : 0.6, roughness: rough ? tile(rough, w / SCAN_TILE, h / SCAN_TILE) : null, scanned: true };\n return { normal: tile(knit, 88 * w, 87 * h), normalScale: 0.3, roughness: null, scanned: false };\n }\n const [barGeo, blockGeo] = hangerGeometry();\n const hookGeo = hookGeometry();\n const chrome = new THREE.MeshStandardMaterial({ ...RAIL_LOOK.chrome, envMap: strips, envMapIntensity: 1 });\n const buttonMat = new THREE.MeshStandardMaterial({ color: 0xe9e2d4, roughness: 0.35 });\n\n function parts(kind: GarmentKind): KindParts {\n fixed = true;\n if (!kinds.has(kind)) {\n kinds.add(kind);\n const k = acquireKind(kind);\n fabrics.set(kind, { body: fabricFor(kind, k.box.w, k.box.h), sleeve: fabricFor(kind, k.sleeveSize.around, k.sleeveSize.along) });\n return k;\n }\n return SHARED.get(kind)!.parts;\n }\n\n function cloth(map: THREE.Texture, fabric: Fabric, colour: string, fleece: boolean) {\n const c = parse(colour);\n // dark cloth gets a much fainter sheen, or a black tee reads grey; light cloth too, or its edges glow and the\n // shirt loses its form\n const L = lum(colour);\n // black cotton barely shines: its reflections lifted a black tee to charcoal grey (fleece keeps its soft sheen)\n const black = L < 0.12 && !fleece;\n const sheen = c.clone().lerp(new THREE.Color(1, 1, 1), L < 0.12 ? 0.1 : 0.3);\n return new THREE.MeshPhysicalMaterial({\n map,\n vertexColors: true,\n // a scanned roughness map carries the knit's own sheen (it is multiplied by this)\n roughness: fabric.roughness ? 1 : fleece ? 0.97 : 0.93,\n roughnessMap: fabric.roughness,\n sheen: fleece ? 0.45 : L > 0.6 ? 0.16 : black ? 0.22 : 0.32,\n sheenRoughness: 0.82,\n sheenColor: sheen,\n normalMap: fabric.normal,\n normalScale: new THREE.Vector2(fabric.normalScale, fabric.normalScale),\n specularIntensity: black ? 0.12 : 0.25,\n // the cloth carries its own light (three ignores envMapIntensity for light taken from scene.environment)\n envMap: studioLight ?? roomLight,\n envMapRotation: studioLight ? STUDIO_TURN : ROOM_TURN,\n envMapIntensity: studioLight ? 1.2 : 0.55,\n // one layer of cloth: its inside shows through the neck and the sleeves\n side: THREE.DoubleSide,\n });\n }\n\n function garment(spec: GarmentSpec, hangerFinish: HangerFinish, options: { fadeable?: boolean } = {}): Garment {\n const k = parts(spec.kind);\n const fabric = fabrics.get(spec.kind)!;\n const object = new THREE.Group();\n const turn = new THREE.Group();\n object.add(turn);\n const own: { dispose(): void }[] = [];\n\n const frontMap = fabricTexture(spec, k.pattern, k.box, true, !fabric.body.scanned);\n const backMap = fabricTexture(spec, k.pattern, k.box, false, !fabric.body.scanned);\n own.push(frontMap, backMap);\n // upload now, while this garment is being built, instead of all twenty textures in the first frame\n renderer.initTexture(frontMap);\n renderer.initTexture(backMap);\n let gone = false;\n if (spec.image) {\n new THREE.TextureLoader().load(\n spec.image,\n (t) => {\n if (gone) {\n t.dispose();\n return;\n }\n t.colorSpace = THREE.SRGBColorSpace;\n frontMat.map = t;\n frontMat.needsUpdate = true;\n own.push(t);\n },\n undefined,\n // a photo that fails to load leaves the drawn fabric in place\n () => {},\n );\n }\n const fleece = spec.kind === \"crewneck\";\n const light = lum(spec.colour);\n // the inside of the cloth is in the garment's own shadow: on white it has to read clearly darker, or a sleeve\n // opening or the open hem looks like more of the outside\n const flow: FlowUniforms = {\n uTwist: { value: new Float32Array(CLOTH_ROWS + 1) },\n uSway: { value: new Float32Array(CLOTH_ROWS + 1) },\n uSwayAxis: { value: new THREE.Vector2(1, 0) },\n // the rows run from just under the hanger's arms to the hem\n uRows: { value: new THREE.Vector2(-0.2, Math.max(0.2, k.size.height - 0.2)) },\n uRipple: { value: 0 },\n uTime: { value: 0 },\n // garments are made side-on on the rail, sleeves down\n uHang: { value: HANG_AT_REST },\n uAO: { value: light > 0.6 ? 2.1 : light > 0.25 ? 1.3 : 1 },\n uInside: { value: light > 0.6 ? 0.74 : light > 0.25 ? 0.6 : 0.62 },\n // heather: strong on a grey marl, the faintest unevenness on any other colour, as dyed cotton has\n uGrain: { value: scans.heatherGrain ?? flatGrain },\n uGrainAmt: { value: scans.heatherGrain ? (isMarl(spec.colour) ? 0.42 : 0.06) : 0 },\n };\n const frontMat = cloth(frontMap, fabric.body, spec.colour, fleece);\n const backMat = cloth(backMap, fabric.body, spec.colour, fleece);\n own.push(frontMat, backMat);\n const folds: Folds = { box: k.box, pattern: k.pattern, strength: fleece ? 0.005 : 0.004 };\n addFlow(frontMat, flow, false, folds);\n addFlow(backMat, flow, false, folds);\n turn.add(new THREE.Mesh(k.front, frontMat), new THREE.Mesh(k.back, backMat));\n const sleeveMap = sleeveTexture(spec, k.sleeveSize, !fabric.sleeve.scanned);\n own.push(sleeveMap);\n renderer.initTexture(sleeveMap);\n const sleeveMat = cloth(sleeveMap, fabric.sleeve, spec.colour, fleece);\n own.push(sleeveMat);\n addFlow(sleeveMat, flow, true);\n k.sleeves.forEach((g) => turn.add(new THREE.Mesh(g, sleeveMat)));\n\n const dark = lum(spec.colour) < 0.12;\n const collarMat = new THREE.MeshPhysicalMaterial({ color: dark ? spec.colour : shade(spec.colour, light > 0.8 ? -0.2 : -0.04), roughness: 0.92, sheen: dark ? 0.2 : 0.6, sheenRoughness: 0.75, sheenColor: parse(spec.colour).lerp(new THREE.Color(1, 1, 1), dark ? 0.1 : 0.4), normalMap: fabric.body.normal, normalScale: new THREE.Vector2(0.4, 0.4), specularIntensity: 0.25, envMap: studioLight ?? roomLight, envMapRotation: studioLight ? STUDIO_TURN : ROOM_TURN, envMapIntensity: studioLight ? 1.2 : 0.55 });\n own.push(collarMat);\n addFlow(collarMat, flow);\n turn.add(new THREE.Mesh(k.collar, collarMat));\n if (k.extras) {\n // the collar is the body's own cloth (same print, same knit, same faint sheen), only a shade darker\n const flapMat = cloth(frontMap, fabric.body, spec.colour, false);\n own.push(flapMat);\n addFlow(flapMat, flow);\n const shirtButtons = buttonMat.clone();\n own.push(shirtButtons);\n addFlow(shirtButtons, flow);\n k.extras.flaps.forEach((g) => turn.add(new THREE.Mesh(g, flapMat)));\n k.extras.buttons.forEach((b) => turn.add(new THREE.Mesh(b, shirtButtons)));\n }\n\n // a lacquered finish: a clear coat over the wood, so the hanger catches a crisp highlight like the real thing\n const hangerMat = new THREE.MeshPhysicalMaterial({ ...HANGER_LOOK[hangerFinish], clearcoat: hangerFinish === \"chrome\" ? 0 : 0.7, clearcoatRoughness: 0.18 });\n own.push(hangerMat);\n turn.add(new THREE.Mesh(barGeo, hangerMat), new THREE.Mesh(blockGeo, hangerMat));\n // a garment that fades needs its own hook material (the shared one would fade every hook on the page)\n const hookMat = options.fadeable ? chrome.clone() : chrome;\n if (options.fadeable) own.push(hookMat);\n const hook = new THREE.Mesh(hookGeo, hookMat);\n object.add(hook);\n // every material of this garment, for the fade passes; a fadeable garment is always drawn as transparent (at\n // opacity 1 when solid), so switching passes never needs a new shader\n const materials: THREE.Material[] = [];\n object.traverse((o) => {\n const m = (o as THREE.Mesh).material as THREE.Material | undefined;\n if (m && !materials.includes(m)) materials.push(m);\n });\n if (options.fadeable) for (const m of materials) m.transparent = true;\n\n return {\n object,\n turn,\n hook,\n ...k.size,\n setCloth(c) {\n flow.uTwist.value.set(c.twist);\n flow.uSway.value.set(c.sway);\n flow.uRipple.value = c.ripple;\n flow.uTime.value = c.time;\n // the sway is along the rail, but the cloth bends in the garment's own frame, which is turned by\n // turn.rotation.y: the rail's direction seen from inside the garment\n const th = turn.rotation.y;\n flow.uSwayAxis.value.set(Math.cos(th), Math.sin(th));\n // side-on on the rail the sleeves hang half way down (all the way down they read as flat slabs, fully open as\n // pouches sticking out); they open fully within about 20 degrees of facing you\n const a = Math.min(1, Math.max(0, (Math.abs(th) - 0.35) / 0.9));\n flow.uHang.value = HANG_AT_REST * a * a * (3 - 2 * a);\n },\n setPass(pass, opacity = 1) {\n if (!options.fadeable) return;\n for (const m of materials) {\n m.colorWrite = pass !== \"depth\";\n m.depthWrite = pass !== \"fade\";\n m.opacity = pass === \"fade\" ? opacity : 1;\n }\n },\n setHanger(f) {\n const look = HANGER_LOOK[f];\n hangerMat.color.setHex(look.color);\n hangerMat.metalness = look.metalness;\n hangerMat.roughness = look.roughness;\n },\n dispose() {\n gone = true;\n own.forEach((d) => d.dispose());\n },\n };\n }\n\n function rail(length: number, finish: RailFinish): Rail {\n const object = new THREE.Group();\n const mat = new THREE.MeshStandardMaterial({ ...RAIL_LOOK[finish], envMap: strips, envMapIntensity: 1 });\n const tubeGeo = new THREE.CylinderGeometry(RAIL_R, RAIL_R, 1, 48, 1, true).rotateZ(Math.PI / 2);\n const tube = new THREE.Mesh(tubeGeo, mat);\n // Each end is held by a wall bracket, like a shop rail: a plate on the wall with two screws, a post out to the\n // rail, a collar round the tube and a domed end cap\n const collarGeo = new THREE.CylinderGeometry(RAIL_R * 1.32, RAIL_R * 1.32, 0.024, 40).rotateZ(Math.PI / 2);\n const domeGeo = new THREE.SphereGeometry(RAIL_R * 1.32, 40, 16, 0, Math.PI * 2, 0, Math.PI / 2).rotateZ(-Math.PI / 2);\n domeGeo.scale(0.4, 1, 1);\n const plateGeo = new THREE.BoxGeometry(0.05, 0.13, 0.008);\n const postGeo = new THREE.CylinderGeometry(0.0105, 0.0105, 0.05, 24).rotateX(Math.PI / 2);\n const screwGeo = new THREE.CylinderGeometry(0.0055, 0.0055, 0.003, 16).rotateX(Math.PI / 2);\n const screwMat = new THREE.MeshStandardMaterial({ color: 0x55585e, metalness: 0.8, roughness: 0.4, envMap: strips, envMapIntensity: 1 });\n // the wall plate is brushed, not mirror-polished: flat and facing you, a mirror would only show the dark horizon\n const plateMat = new THREE.MeshStandardMaterial({ color: 0xdfe2e6, metalness: 1, roughness: 0.42, envMap: strips, envMapIntensity: 1 });\n const end = (side: 1 | -1) => {\n const g = new THREE.Group();\n const collar = new THREE.Mesh(collarGeo, mat);\n const dome = new THREE.Mesh(domeGeo, mat);\n dome.scale.x = side;\n dome.position.x = side * 0.012;\n const plate = new THREE.Mesh(plateGeo, plateMat);\n plate.position.set(side * 0.004, 0, -0.054);\n const post = new THREE.Mesh(postGeo, mat);\n post.position.set(side * 0.004, 0, -0.027);\n g.add(collar, dome, plate, post);\n for (const y of [0.042, -0.042]) {\n const screw = new THREE.Mesh(screwGeo, screwMat);\n screw.position.set(side * 0.004, y, -0.0485);\n g.add(screw);\n }\n return g;\n };\n const left = end(-1);\n const right = end(1);\n object.add(tube, left, right);\n const api: Rail = {\n object,\n setLength(l) {\n tube.scale.x = l;\n left.position.x = -l / 2 - 0.006;\n right.position.x = l / 2 + 0.006;\n },\n setFinish(f) {\n const look = RAIL_LOOK[f];\n mat.color.setHex(look.color);\n mat.metalness = look.metalness;\n mat.roughness = look.roughness;\n plateMat.color.setHex(look.color);\n plateMat.metalness = look.metalness;\n plateMat.roughness = Math.max(0.42, look.roughness);\n },\n dispose() {\n tubeGeo.dispose();\n collarGeo.dispose();\n domeGeo.dispose();\n plateGeo.dispose();\n postGeo.dispose();\n screwGeo.dispose();\n screwMat.dispose();\n plateMat.dispose();\n mat.dispose();\n },\n };\n api.setLength(length);\n return api;\n }\n\n function addLights(scene: THREE.Scene) {\n // Most of the light is the studio around the cloth. On top of it, a key high on the left, so the cloth turns from\n // light to shade across its folds, and a low side light on the right as strong as the key: the rail shows each\n // garment side-on, and that light is what keeps a white tee white there, as a strip box beside a rail does.\n scene.add(new THREE.HemisphereLight(0xffffff, 0xcfd0d3, 0.05));\n const key = new THREE.DirectionalLight(0xffffff, 1.1);\n key.position.set(-3.3, 2.5, 1.6);\n const side = new THREE.DirectionalLight(0xf4f6ff, 1);\n side.position.set(2.6, 0.6, 2.2);\n scene.add(key, side);\n }\n\n return {\n garment,\n rail,\n get environment() {\n return studioLight ?? roomLight;\n },\n ready,\n addLights,\n dispose() {\n disposed = true;\n kinds.forEach(releaseKind);\n kinds.clear();\n // only this wardrobe's tiled copies: the scans themselves are shared by the page\n tiled.forEach((t) => t.dispose());\n tiled.length = 0;\n fabrics.clear();\n flatGrain.dispose();\n studioLight?.dispose();\n knit.dispose();\n barGeo.dispose();\n blockGeo.dispose();\n hookGeo.dispose();\n chrome.dispose();\n buttonMat.dispose();\n roomLight.dispose();\n strips.dispose();\n pmrem.dispose();\n },\n };\n}\n"}],"categories":["cards","three","webgl","3d","shop","fashion","hover"],"docs":"import { ClothesRack } from \"@/components/dimaac/clothes-rack\". Give its parent a size: it fills it. Docs, playground and props: https://ui.dimaac.com/components/clothes-rack","meta":{"tier":"free","preview":"https://ui.dimaac.com/components/clothes-rack","credits":[{"by":"Rico Cilliers, colormass","url":"https://polyhaven.com/a/jersey_melange","what":"Jersey scan","source":"Poly Haven","licence":"CC0"},{"by":"Rico Cilliers, colormass","url":"https://polyhaven.com/a/cotton_jersey","what":"Cotton jersey roughness","source":"Poly Haven","licence":"CC0"},{"by":"Rico Cilliers, colormass","url":"https://polyhaven.com/a/knitted_fleece","what":"Fleece scan","source":"Poly Haven","licence":"CC0"},{"by":"Sergej Majboroda","url":"https://polyhaven.com/a/studio_small_09","what":"Studio light","source":"Poly Haven","licence":"CC0"}]}}