{"id":"gen-1785788469-tHq2bODQMGGrqQbCtHiN","choices":[{"finish_reason":"stop","index":0,"logprobs":null,"message":{"content":"Here's a fully interactive Frutiger Aero house interior — glossy surfaces, water caustics, aquarium with fish, indoor pool with shader water, chamber, balcony overlooking a tropical ocean, procedural textures everywhere, and a generative ambient soundscape (pads, waves, bubbles, chimes, seagulls).\n\n```html\n\n\n\n\n\nFrutiger Aero House — aqua · natura · technologia\n\n\n\n

\n\n

💧 Frutiger Aero House

aqua · natura · technologia

glossy optimism, real water, tropical light — a walkable interior

\n \n

\n W A S D walk Mouse look Shift run
\n living room · aquarium · indoor pool · chamber · balcony over the ocean\n

\n\n\n

\n\n\n\n\n\n\n```\n\n**What's inside:**\n- 🛋️ **Living room** — white leather sofa with accent pillows & throw blanket, glass coffee table with fruit bowl + live fishbowl, 65\" TV running a Frutiger Aero shader wallpaper, glowing aquarium with swimming fish & rising bubbles\n- 🏊 **Indoor pool** — real refractive water shader, animated caustics on the mosaic floor, koi fish, chrome ladder, beach ball, skylight above\n- 🛏️ **Chamber** — dressed bed, nightstands with warm lamps, mirrored wardrobe, bookshelf divider\n- 🌴 **Balcony** — glass railings, pergola with string lights, loungers, tropical drinks\n- 🌊 **Outside** — animated ocean, palms, beach, islands, drifting clouds, sun with bloom\n- 🔊 **Generative audio** — ambient pad, ocean waves, bubble plips, FM chimes, distant seagulls\n- Real architectural scale (3.2 m ceilings, 65″ TV, 1.4 m pool depth) with collision so you can walk everywhere","refusal":null,"role":"assistant","annotations":null,"audio":null,"function_call":null,"tool_calls":null,"reasoning":"The user wants a Frutiger Aero style house interior with:\n- Textures, sounds, colors\n- Interior view\n- No simplified models (detailed)\n- TV, sofa, chamber (bedroom), pool, balcony\n- Correct structure with good scale\n\nFrutiger Aero is an aesthetic from ~2004-2013 characterized by:\n- Glossy, glassy textures\n- Water, bubbles, fish\n- Lush green nature combined with technology\n- Bright blues and greens\n- Skeuomorphism\n- Tropical fish, water droplets\n- Lens flares, bokeh\n- Clean minimalism mixed with vibrant nature\n- Windows Aero style glass effects\n\nI'll build this with Three.js as a 3D interactive experience. I need to create:\n1. A house interior with proper scale (room ~ 8x6m, walls 3m high)\n2. TV - detailed model with screen, stand, speakers\n3. Sofa - cushions, armrests, legs\n4. Chamber/bedroom area - bed with pillows, blanket, nightstand, lamp\n5. Pool - indoor pool with animated water shader, caustics\n6. Balcony - railing, plants, outdoor view\n7. Textures - procedural (canvas-generated): wood floor, marble, glass, water\n8. Sounds - ambient using Web Audio API (water sounds, ambient pad, bubbles)\n9. Frutiger Aero elements: fish tank maybe, bubbles, tropical fish, glossy surfaces, lens flare-ish effects, green plants\n\nLet me architect this:\n\n**Structure:**\n- Main living room: 10m x 8m, height 3.2m\n- Wooden/marble floor\n- Large windows (glass wall) leading to balcony\n- Pool area (indoor pool section)\n- Bedroom/chamber separated or visible\n- Balcony with railing, plants, sky view\n\n**Details:**\n- TV: box with screen showing animated shader (aero-style bubbles), bezel, stand\n- Sofa: base, back, armrests, cushions (rounded boxes), legs\n- Bed: frame, mattress, pillows, blanket, headboard, nightstands, lamps\n- Pool: tiled pool walls, water with animated normal/ripple shader, caustics texture on pool floor\n- Balcony: floor, glass railing, plants, view of sky/ocean gradient with clouds\n- Plants: simple procedural plants (cylinders + leaf planes or cones)\n- Bubbles floating in air (particles) - very Frutiger Aero\n- Fish tank with animated fish? Could add small fish swimming in pool or an aquarium\n\n**Textures (procedural canvas):**\n- Wood floor planks\n- Marble tiles\n- Water caustics\n- Grass\n- Wall texture subtle\n- Rug pattern (aero swirls)\n\n**Sounds (Web Audio API):**\n- Ambient water (filtered noise)\n- Gentle pad chords\n- Bubble sounds occasionally\n- Seagulls? Maybe\n- Button to toggle audio\n\n**Interactions:**\n- OrbitControls or first-person WASD? Pointer lock would be nice. Let me do first-person WASD + mouse look (PointerLockControls style) since it's an interior. Or orbit controls with limits. First-person feels more immersive for interior. I'll implement pointer lock with WASD movement, collision-free but clamped to room bounds.\n\nAlso add quality settings maybe. Keep it performant.\n\nLet me write the water shader: animated normals with sin waves, fresnel, transparency. Caustics on pool bottom using a canvas texture animated by offset.\n\nSky: big gradient dome with clouds painted on canvas texture, plus sun flare. Balcony looks out onto ocean maybe — Frutiger Aero loves tropical ocean + grass. I can add a procedural ocean plane outside with distant islands and palm trees.\n\nLet me plan the layout:\n- Room: x from -6 to 6, z from -4 to 4. Floor at y=0. Ceiling at y=3.2.\n- North wall (z=-4): TV on entertainment unit, windows? TV wall solid.\n- South side (z=4): large glass sliding doors to balcony.\n- East section: pool area? Maybe pool is on the balcony-adjacent indoor area or a separate wing. Let's make the room bigger: living room + chamber.\n\nBetter: L-shaped or multi-room:\n- Living room: x in [-5, 3], z in [-3.5, 3.5]\n- Pool room: x in [3.5, 9], connected via opening, with pool sunken\n- Chamber: z in [-7.5, -4] behind a partial wall? Simpler: chamber at west: x in [-9.5, -5.5]\n\nLet's simplify to one big open-plan space with zones, plus a balcony. Open plan is easier for structure correctness and movement.\n\nFloor plan (units meters):\n- Interior: x ∈ [-8, 8], z ∈ [-5, 5], height 3.2\n- Zones:\n - Living area center-left: sofa facing TV on north wall (z=-5 wall), rug, coffee table, aquarium\n - Pool zone east: x ∈ [3, 7.5], z ∈ [-2.5, 2.5], sunken pool (water at y=0.05, pool depth 1.4, floor around it)\n - Chamber zone west: x ∈ [-7.5, -4], bed, nightstands, wardrobe, partition screen\n- Balcony: z ∈ [5, 8], x ∈ [-6, 6], glass railing, plants, sun loungers\n- Beyond balcony: ocean + sky + islands + palm trees\n\nWalls: north wall solid with TV; glass wall on south with sliding door frames; west wall with windows; east wall maybe with big windows too. Ceiling with recessed lights and maybe a glossy finish.\n\nTextures via canvas:\n1. woodFloor: planks with grain\n2. marble: light tiles with veins\n3. wallPaint: subtle noise\n4. rugAero: white/green/blue swirls with bubbles\n5. caustics: animated via offsetting two layers? For pool floor, I can use a shader material with procedural caustics (voronoi-ish). Simpler: canvas caustics texture, animate offset each frame differently on two overlaid materials... Keep simple: MeshBasicMaterial-ish shader with time-based sin caustics pattern.\n6. Water: custom ShaderMaterial with ripples, fresnel, color gradient.\n7. TV screen: ShaderMaterial with Frutiger Aero animation: bubbles rising, green-blue gradient, light streaks. That will look great.\n8. Sky: canvas gradient + clouds; add separate cloud sprites.\n\nPlants: potted plants — pot (cylinder lathe), stems, leaves (extruded shapes or scaled spheres/planes with leaf texture drawn on canvas). Use leaf texture with alpha.\n\nFish: in the pool? Koi fish swimming — a few flattened cone/body shapes with tails animated. Or an aquarium near TV. Aquarium is very Frutiger Aero! Let's add a big aquarium wall unit next to TV with fish and bubbles.\n\nSofa detail: \n- Base box (rounded), two seat cushions, back cushions (slightly tilted), armrests (rounded boxes), cylindrical pillows, metal legs. Use RoundedBoxGeometry — not in core three.js unless using addons. I can import RoundedBoxGeometry from addons. Using CDN: three@0.160.0 with import map and addons. RoundedBoxGeometry exists at 'three/addons/geometries/RoundedBoxGeometry.js'.\n\nI'll use import maps:\n```html\n\n```\n\nThen PointerLockControls from addons, or implement custom pointer lock to allow pitch clamp etc. Custom is easy.\n\nAudio: Web Audio API:\n- Ambient pad: oscillators with slow LFO\n- Water: brown noise through lowpass with LFO on cutoff for waves\n- Bubbles: occasional short sine blips with pitch envelope\n- Bird/seagull chirps occasionally (simple FM chirps)\n- UI: start button that initializes audio (autoplay policy)\n\nMovement: WASD + mouse look, collision with walls via clamping, simple circle-vs-rect for furniture maybe skip; just clamp to interior + balcony and prevent walking into pool (or allow stepping into pool area? simpler: block pool rect unless within steps area). I'll add collision rectangles for major furniture and block pool.\n\nAlso \"Q/E\" or shift to run. Add touch support? Skip for brevity but add orbit fallback... Keep pointer lock desktop focus; add a note.\n\nActually let me also support drag-look without pointer lock for browsers where it fails, plus touch drag. I'll implement: click to lock; if not locked, drag to rotate.\n\nCeiling: glossy white with cove lighting strip (emissive) + pendant lamps over coffee table.\n\nLighting: hemisphere + directional sun through glass (with shadows), plus point lights. Shadows can be expensive but okay. Use shadow map 2048.\n\nLens flare / bloom: UnrealBloomPass via addons postprocessing. That will add to the glossy aero feel. Use EffectComposer + RenderPass + UnrealBloomPass, threshold ~0.85 so only bright spots bloom.\n\nFloating bubbles in air: instanced spheres, transparent, rising slowly — very aero. Keep count modest.\n\nCaustics projection on room from pool? Too much. Pool caustics on pool floor via shader.\n\nFish in pool: koi shapes — body from lathe or scaled sphere, tail plane animated. Maybe 3 fish circling.\n\nAlso add:\n- Coffee table glass top with glossy reflection (envMap). Use a CubeCamera? Expensive. Use MeshPhysicalMaterial with envMap from a generated PMREM environment (RoomEnvironment). Use scene.environment via PMREMGenerator with RoomEnvironment for nice glossy reflections on all materials. \n\n- Books on shelf, vases, rug, curtains (wavy planes), wall art (canvas textures with aero art), clock.\n\nFrutiger Aero color palette: lime green (#7CFC00-ish), aqua blue, white glossy, sky blue, orange accents (fish), yellow sun.\n\nBed/chamber detail:\n- Bed frame wood, mattress, 2 pillows (rounded boxes squashed), blanket (box with wavy top? Use a plane geometry draped — simulate simple sine displacement), headboard, duvet folded\n- Nightstands with lamps (emissive shades), wardrobe with glossy doors, mirror\n\nBalcony:\n- Tiles floor, glass railing with metal posts, 2 sun loungers (frame + fabric), side table, potted palms, view: ocean plane with animated shader, sandy beach strip, grass, palm trees, distant islands, sun with flare sprite, clouds drifting.\n\nScale check: door height 2.1, ceiling 3.2, sofa height 0.8, TV 55\" ~1.22x0.71, pool depth 1.4, railing 1.05, bed 2.0x1.6. Good.\n\nStructure: \n- Walls thickness 0.15\n- Ceiling slab\n- Floor slab extends to balcony\n- Columns at glass wall maybe\n- Beams\n\nNow code organization (single HTML file):\n\n1. HTML: overlay UI (title, start button, controls help, sound toggle, crosshair), style with aero glass panels (backdrop-filter, gradients).\n2. JS module:\n - imports three, RoundedBoxGeometry, EffectComposer etc.\n - init renderer, scene, camera, PMREM env\n - texture generators (canvas)\n - materials\n - build functions: architecture(), sofa(), tvUnit(), aquarium(), pool(), bedroom(), balcony(), exterior(), plants(), bubbles()\n - water & screen shaders\n - audio module\n - controls (pointer lock + drag fallback + keys)\n - collision rects\n - animate loop with delta, update fish, water time, bubbles, clouds, TV shader, aquarium fish, caustics\n - resize handler\n\nLet me write the shaders.\n\nWater shader (pool):\nvertex: pass world pos, small vertex displacement waves.\nfragment: layered sin normal perturbation, deep/shallow color mix by fresnel, specular sun glint, foam at edges? Edge foam via distance to pool bounds — pass pool half extents uniform; compute foam factor near edges with sin animation.\n\nSimpler robust water:\n```glsl\nuniform float uTime;\nvarying vec2 vUv; varying vec3 vPos;\n// normal from sum of sines; fresnel with view dir; color mix\n```\n\nCaustics on pool floor: shader with voronoi-lite: use 2 octave sin interference:\n```\nfloat ca = sin(p.x*8.0+t)+sin(p.y*8.0-t*1.3)+sin((p.x+p.y)*6.0+t*0.7);\nfloat c = pow(abs(ca)*0.34, 3.0)...\n```\nActually classic cheap caustic: \n```\nvec2 p = uv*6.0; \nfloat t = uTime*0.6;\nvec2 i = p;\nfloat c = 0.0; float inten=0.005;\nfor(int n=0;n<4;n++){ float tt=t*(1.0-(3.5/float(n+1))); i=p+vec2(cos(tt-i.x)+sin(tt+i.y),sin(tt-i.y)+cos(tt+i.x)); c+=1.0/length(vec2(p.x/(sin(i.x+tt)/inten),p.y/(cos(i.y+tt)/inten))); }\n```\nThat's the famous caustic shader. Use it in pool floor ShaderMaterial mixed over tile color.\n\nTV screen shader: gradient blue->green, rising bubbles (hash-based circles), diagonal light sweep, subtle grid. \n\nAquarium: glass box, water material slightly blue transparent, animated background (same caustic shader on back wall), fish (3-5) on curved paths, bubble columns (small sprites rising), pebbles at bottom (instanced small spheres), plants inside.\n\nFish model: group with body (scaled sphere, orange), tail (plane with sine wiggle via onBeforeRender rotate), fins. Move along circular path with noise.\n\nMovement collision: define array of AABBs (x1,z1,x2,z2). Player radius 0.3. Clamp position to walkable area bounds then resolve AABB push-out. Pool is an AABB blocker (can't walk in), with steps? Block entirely, simpler.\n\nWalkable: interior x∈[-7.85,7.85], z∈[-4.85, 8.9] but balcony only through... just allow all, railing blocks at z=8.85 except... balcony railing encloses. Balcony edge at z=8.9 with railing collision line, also side railings x=±5.95 on balcony region z>5. Interior side walls x=±7.85 for z<5.\n\nBounds function: if z<=5: clamp x [-7.8,7.8], z [-4.8, 4.95]; if z>5: clamp x [-5.9,5.9], z [5.0, 8.8]. Transition only if |x|<5.9. Fine — glass wall opening spans balcony width; add frame posts at x=±5.9..? The glass wall: I'll make sliding glass panels with frames at x=-6..6. Balcony width 12 (x -6..6). OK: glass wall segments: some fixed glass, opening in middle (x -2..2) with door frames, so walking to balcony only through middle. That adds structure realism. Collision: if crossing z=5 plane require |x|<1.9. Implement: if player z<5 and moving to z>=5 and |x|>1.85 -> block z. Simplify with AABB walls along z=5 for x in [-8,-1.9] and [1.9,8].\n\nFurniture collision AABBs: sofa, coffee table, TV stand (wall), bed, nightstands, wardrobe, pool, loungers, plant pots (approx), aquarium, dining? Add dining set maybe—skip to keep scope. Kitchen island? The prompt lists tv, sofa, chamber, pool, balcony — covered.\n\nNow textures with canvas:\n\nwoodFloorCanvas: 512x512, plank rows, grain lines, color variation. Repeat 4x4 with RepeatWrapping.\n\nmarbleCanvas: 512, white base, gray veins via random walk lines, subtle.\n\nwallCanvas: 256, off-white with noise speckle.\n\nrugCanvas: 512, white bg, translucent overlapping circles greens/blues + swirl arcs — aero style.\n\ntileCanvas (pool): 256, small aqua mosaic tiles with grout lines and slight hue variance.\n\nceilingCanvas: plain.\n\nleafCanvas: 128x256 leaf shape with vein, alpha.\n\nartCanvas(i): aero posters — gradient, bubbles, fish silhouette, text like \"AERO\", \"aqua • vita\".\n\ngrassCanvas: for exterior lawn.\n\nsandCanvas.\n\nskyCanvas: big gradient + soft clouds.\n\nMake helper `makeCanvas(w,h,drawFn)` returning CanvasTexture with colorSpace SRGB.\n\nOcean: ShaderMaterial similar to water but bigger scale waves, or just animated normal map-ish plane with MeshPhongMaterial + onBeforeCompile? Use custom shader, fine.\n\nClouds: sprites with radial-gradient canvas texture, drifting slowly.\n\nSun: bright sprite + directional light aligned.\n\nPalm trees: trunk (curved cylinder segments), fronds (planes bent using leaf texture, rotated around top). A few on beach/grass.\n\nIslands: flattened cones/spheres far away with green top.\n\nBirds: simple \"V\" shapes? Skip; add subtle white particle birds maybe skip.\n\nBubbles in room: InstancedMesh sphere, additive transparent, ~40, rise and reset. Also bubbles in pool and aquarium.\n\nNow audio design (Web Audio):\n- master gain, toggle\n- pad: two detuned triangle oscs (C3, G3, E4) through lowpass, gain LFO, very quiet\n- waves: looped brown noise buffer -> bandpass ~500Hz with LFO on freq and gain, slow\n- bubbles: schedule random plip every 2-6s: sine osc freq 400->900 ramp, 0.15s\n- chime occasionally: pentatonic FM bell every ~10-20s\n- seagull: skip or simple two descending sine chirps rare.\n\nStart overlay: big glassmorphism card \"FRUTIGER AERO HOUSE — click to enter\", which also starts audio. Sound toggle button top-right. Crosshair center. Controls hint bottom.\n\nBloom: threshold 1.0? Emissive intensities >1 for lamps/TV to pop. Use ACESFilmic tone mapping, exposure 1.1. UnrealBloomPass(res, strength .35, radius .6, threshold .85).\n\nPerformance: shadow only sun casts; limit shadow casters. Renderer antialias true.\n\nCeiling lights: recessed emissive discs + PointLights maybe 2-3 with no shadows.\n\nLet me now write detailed code. It's long; be careful with correctness.\n\nKey tricky parts:\n- RoundedBoxGeometry import path: 'three/addons/geometries/RoundedBoxGeometry.js'\n- EffectComposer: 'three/addons/postprocessing/EffectComposer.js', RenderPass, UnrealBloomPass, OutputPass.\n- RoomEnvironment: 'three/addons/environments/RoomEnvironment.js'\n\nMovement keys: track keys via code. Speed 3 m/s, sprint 5.5.\n\nPlayer: yawObject (camera holder). Pointer lock on click of canvas/overlay start. Also drag-to-look fallback when not locked: track mousedown+move. Touch: touchmove rotate + on-screen joystick? Provide simple two-zone touch: left half move forward via joystick... Might be too much; implement basic touch: drag right side to look, left side virtual joystick to move. I'll implement a minimal joystick.\n\nLet me define collision AABBs array `colliders` with {minX,maxX,minZ,maxZ}. resolve: for each, if player circle intersects expanded box, push out along min axis.\n\nBounds walls as colliders too:\n- Wall north z=-4.85..-5: interior z min -4.85 → collider z [-6,-4.8] full x\n- West x [-9,-7.8], East [7.8,9] for z<5\n- Glass wall segments at z [4.95,5.05]: x [-8,-1.85] and [1.85,8]\n- Balcony rails: z [8.8,9] x full; x [-6.1,-5.9] z [5,9]; x [5.9,6.1] z [5,9]\n- Interior z>5 region sides beyond x ±6 are void — but glass wall colliders at z~5 cover x beyond ±6 for crossing; also at balcony, x clamped by rails. Good.\n\nFurniture colliders:\n- TV console: x[-2.1,2.1], z[-4.9,-4.3]\n- Aquarium: x[-4.6,-3.0], z[-4.9,-4.2]\n- Sofa (facing north, at z~ -1 facing TV): sofa at z=0.2? Let's place sofa center (0, 0, 0.6) facing -z (TV on north wall). Collider x[-1.7,1.7], z[0.1,1.1]... sofa depth ~0.95.\n- Coffee table: x[-0.8,0.8], z[-1.2,-0.4]\n- Rug no collision.\n- Pool: x[3.2,7.4], z[-2.3,2.3]. Surround deck inside room. Add planter between living and pool maybe.\n- Bed: chamber zone x[-7.6,-4.4]: bed center (-6.1, 0, -2.6)? Bed against west wall, headboard at x=-7.7, extends to x -5.7? Bed width 1.8 (z direction -3.5..-1.7), length 2.1. Collider x[-7.8,-5.6], z[-3.6,-1.6].\n- Nightstands: x[-7.8,-7.3], z[-4.3,-3.9] and z[-1.7,-1.3] approx.\n- Wardrobe: along north wall west: x[-7.5,-5.5], z[-4.9,-4.35].\n- Partition shelf between chamber and living: x[-4.3,-4.0], z[-3.5,-0.5] (open shelf divider).\n- Loungers balcony: x[-4.5,-3.2], z[6,7.6] and x[-2.9,-1.6]? Colliders each.\n- Plant pots: several small ones; include big ones only.\n- Dining? skip.\n- Bar counter? skip.\n\nAlso add a bookshelf with books, wall art, floor lamp, curtains at glass wall, ceiling cove, pendant lights over coffee table, round side table, vases, clock on wall, kitchenette maybe not.\n\nPlants interior: 2 large potted plants (fiddle/palm-ish), small succulents on tables.\n\nNow writing geometry helpers:\n\nroundedBox: RoundedBoxGeometry(w,h,d,segments,radius).\n\nSofa builder with fabric material (MeshStandardMaterial roughness .9 color #7fb069? Aero colors: white sofa with green cushions). Let's do white leather sofa (clearcoat) with lime and aqua accent pillows. \n\nPillows: rounded boxes squashed, rotated.\n\nTV: bezel black glossy rounded box, screen plane with shader, on console; soundbar; console wood+gloss white with drawers (gaps via thin boxes), legs.\n\nAquarium: 1.5w x 1.3h x 0.6d glass box on cabinet; inside water box (transparent), back panel caustic shader plane, gravel instanced spheres, 4 fish, bubble emitter, top light strip emissive, plants inside (small green cones/spheres).\n\nFish class: group; body sphere scaled (0.18,0.1,0.07) orange with white stripes? Use vertex colors? Simple: body orange emissive-ish standard material; tail: plane geometry waving via rotation.z oscillation; path: center + radius ellipse, angle t; orientation tangent. Add slight vertical bob.\n\nPool: \n- Coping tiles around edge (marble), deck marble.\n- Pool cavity: build with box walls: floor at y=-1.4 (caustic shader), walls tile material.\n- Water surface plane at y=-0.12 (recessed 0.12 below deck) with water shader, semi-transparent.\n- Ladder: two chrome torus/cylinders.\n- Pool steps inside? optional skip.\n- Floating ball (beach ball striped) — canvas stripes texture.\n- Bubbles rising in pool occasionally.\n- Koi fish in pool: 2 koi (white/orange) swimming at y=-0.5.\n\nChamber details: bed, bedding, pillows, throw blanket (wavy plane), headboard padded (rounded boxes grid?), nightstands + lamps (emissive warm), wardrobe glossy with mirror door (MeshPhysicalMaterial metalness 1 roughness .05 — reflects envmap), rug round, wall art, alarm clock, books stack.\n\nBalcony: floor wood-deck tiles texture, glass railing (panels transparent + handrail cylinder chrome + posts), 2 loungers (adjustable back), round side table with drink glasses (transparent cylinders with colored liquid!), potted palm, outdoor rug? string lights along railing (small emissive spheres + point? just emissive), view.\n\nExterior: ground plane large with grass texture near, sand strip, ocean from z ~ 40 onward; Actually balcony faces +z. Layout: z 9..16 grass garden with palms and path, 16..20 sand, 20+ ocean plane to horizon (z 300). Sky dome radius 400. Islands at z 120. Sun sprite high. Clouds.\n\nHmm wait, balcony at z 5..9, railing at 8.9. Garden below is at same ground level y=0? House floor y=0; make exterior ground slightly lower y=-0.02, fine. Could be ground-floor house. OK.\n\nPalm: trunk from stacked cylinders with slight bend; fronds: 8 planes (1.6x0.5) with leaf texture, bent downward by rotating and curving — approximate with two segments each. Place 4-6 palms.\n\nPath: stone discs.\n\nAlso grass blades? too heavy; texture fine + some instanced cones bushes.\n\nSky: use a big sphere with BackSide gradient canvas (horizon light cyan to azure top), plus separate sun glow sprite and clouds sprites.\n\nFog: light cyan fog far (scene.fog = new THREE.Fog(0xcfeeff, 60, 260)) for depth.\n\nLights:\n- HemisphereLight(0xbfe8ff sky, 0x8a9a7a ground, 0.5)\n- DirectionalLight sun (warm white 1.2) position (30, 40, 60) aiming house, castShadow, shadow camera box covering house (~left -20 right 20 top 20 bottom -20), mapSize 2048, bias -0.0005.\n- Interior points: warm points over living (0,2.7,0), chamber (-6,2.5,-2.5), pool area (5.4,2.7,0) cool.\n- TV screen glow point? small.\n\nTone mapping ACES, exposure 1.05.\n\nEnv: PMREM RoomEnvironment intensity moderate for glossy reflections. scene.environment = pmrem. Great for chrome/glass.\n\nNow the UI aesthetic: glassmorphism panels: background rgba(255,255,255,.25), backdrop-filter blur, border white 1px, gradient highlights, rounded 20px, font: \"Segoe UI\", Trebuchet. Title with gradient text green→blue. Bubble decorations CSS. Loading? Everything procedural so instant; show \"Enter\" button.\n\nSound toggle icon + quality maybe.\n\nLet me write the code now carefully, watching for API correctness in three r160:\n\n- `texture.colorSpace = THREE.SRGBColorSpace`\n- renderer.outputColorSpace default srgb.\n- `renderer.shadowMap.enabled = true; renderer.shadowMap.type = THREE.PCFSoftShadowMap;`\n- RoundedBoxGeometry(width, height, depth, segments, radius)\n- UnrealBloomPass(new THREE.Vector2(w,h), strength, radius, threshold)\n- OutputPass() at end of composer for tone mapping/color space. With composer, set renderer.toneMapping still works with OutputPass.\n- PointerLockControls not needed; custom.\n\nFish tail animation: store refs, rotate in tick.\n\nWater shader material transparent with depthWrite false; renderOrder after pool floor.\n\nPool caustics shader on floor plane inside pool.\n\nLet me write the caustic GLSL (compact, known-good):\n\n```glsl\nvec2 p = mod(vUv*TAU, TAU)-250.0; ... \n```\nUse simpler variant:\n```glsl\nuniform float uTime;\nvarying vec2 vUv;\nvoid main(){\n vec2 uv = vUv*8.0;\n float t = uTime*0.5;\n vec2 p = uv;\n float c = 0.0;\n float inten = 0.005;\n for (int n = 0; n < 4; n++) {\n float tt = t * (1.0 - (3.5 / float(n+1)));\n p = uv + vec2(cos(tt - p.x) + sin(tt + p.y), sin(tt - p.y) + cos(tt + p.x));\n c += 1.0/length(vec2(uv.x / (sin(p.x+tt)/inten), uv.y / (cos(p.y+tt)/inten)));\n }\n c /= 4.0; c = 1.17 - pow(c, 1.4);\n float v = pow(abs(c), 8.0);\n vec3 base = vec3(0.05,0.45,0.55); // tile color handled by map? We'll multiply over tile color uniform\n vec3 col = base + vec3(v)*vec3(0.6,0.9,1.0);\n gl_FragColor = vec4(col,1.0);\n}\n```\nThis classic shader works. Base as aqua tile.\n\nWater surface shader:\n\n```glsl\nvarying vec3 vWorld; varying vec2 vUv;\nuniform float uTime;\n// in vertex: slight y displacement\nfloat wave(vec2 p){ return sin(p.x*3.1+uTime)*0.5+sin(p.y*2.3+uTime*1.3)*0.5+sin((p.x+p.y)*1.7+uTime*0.7)*0.5; }\nfragment:\nvec3 nrm = normalize(vec3(dFdx?...)) \n```\nSimpler: compute normal analytically from derivative of combined sines:\n```\nfloat e=0.35;\nvec2 p=vUv*vec2(6.0,6.0);\nfloat h = wave(p);\nfloat hx = wave(p+vec2(e,0.))-h;\nfloat hy = wave(p+vec2(0.,e))-h;\nvec3 N = normalize(vec3(-hx, 1.0, -hy)*vec3(1.5,1.,1.5));\n```\nBut wave uses uTime; fine in fragment.\n\nfresnel = pow(1-max(dot(N,V),0),3)\ncolor = mix(deep #0aa4c0?, shallow #7fe8ff, fresnel)\nspec = pow(max(dot(reflect(-L,N),V),0),64)*1.2\nfoam near edges: use vUv distance to edge: edge=min(min(uv.x,1-uv.x),min(uv.y,1-uv.y)); foam = smoothstep(0.03,0.0,edge)*(0.5+0.5*sin(uTime*2+p.x*40)) — subtle.\nalpha = 0.82.\n\nVertex displacement: pos.y += wave*0.02.\n\nTV screen shader: gradient + bubbles:\n```\nhash based columns of bubbles: for loop 10 bubbles param by i, random x, speed, size via sin hash; y=fract(t*speed+seed); d=length(uv-pos); glow+=smoothstep(r,0.,d)\ncolor = mix(#0b3d91? use aero: bottom green #2ecc71 to top sky #35a7ff) + light sweep: smoothstep on diagonal.\n```\n\nAlso gloss reflection fake: white diagonal band low alpha.\n\nNow the exterior ocean: plane 600x300 at z from 20..320; shader similar but bigger wavelength + horizon blend to sky color; or reuse water shader with uniforms scale. Make `makeWaterMaterial(opts)` parameterized.\n\nTime to count performance: many meshes but each cheap. Instanced bubbles fine.\n\nMovement code:\n\n```js\nconst player = { pos: new THREE.Vector3(0,1.6,2.5), yaw: Math.PI (facing -z? ) }\n```\nCamera at player pos, rotation order 'YXZ', yaw around Y, pitch X.\n\nStart facing the room: pos (0,1.6,3.2) look toward TV (-z): yaw = Math.PI? In three, camera looks down -Z by default, so yaw 0 faces -z. Good: yaw 0.\n\nKeys: WASD + arrows; shift sprint.\n\nresolveCollisions(pos, r):\n```\nfor box of colliders:\n nx = clamp(pos.x, box.minX, box.maxX); nz = clamp(pos.z, box.minZ, box.maxZ);\n dx = pos.x-nx; dz=pos.z-nz; d2=dx*dx+dz*dz;\n if d2 < r*r: push...\n```\nStandard circle-AABB. If center inside box (d2==0), push along smallest penetration axis.\n\nCompute per-axis simple approach: attempt x move, test point-in-expanded-box; then z. Simpler robust: do axis-separated movement: move x, if inside any expanded box revert x; move z similarly. Expanded box = box inflated by r. Point-in-box test. This avoids sliding issues decently. I'll do axis-separated.\n\nBounds also enforced by wall colliders (already AABBs) — good, use same system.\n\nTouch joystick: left half: start point, delta → move vector; right half: look drag.\n\nAudio engine:\n\n```js\nconst AudioSys = {\n ctx, master, started,\n init(){ ctx=new AudioContext(); master=gain .8 -> destination\n pad(): oscillators [130.81,196,261.63? actually C3 130.81, E3 164.81, G3 196, B3 246.94] two detuned saws -> lowpass 600 -> gain 0.05, slow LFO 0.07Hz on gain 0.02..0.06. Use triangle for softness.\n waves: bufferSource brown noise loop 4s -> biquad lowpass 400 -> gain with LFO 0.1Hz depth; plus second bandpass 900 for hiss.\n bubble(): osc sine freq 300→900 exp ramp .12s, gain env .15→0; pan random. schedule next 1.5+rand*4 s.\n chime(): FM bell: carrier sine f, modulator 2.4f index decaying; notes pentatonic [523.25,587.33,659.25,783.99,880]; every 8-18s, quiet.\n }\n}\n```\nAlso footstep? skip.\n\nExtra aero touches:\n- Floating orbs (glass spheres) decoration on shelves.\n- Big glossy apple? a lime green glass sculpture.\n- \"AERO\" text on wall? Use canvas art with words \"aqua\", \"vita\", \"fresh\".\n\nCurtains: two wavy planes (PlaneGeometry with vertex sin displacement) semi-transparent white, at glass wall sides.\n\nCeiling cove: emissive strip boxes around ceiling perimeter, plus central glossy panel.\n\nLet me also add a rug under coffee table with aero pattern canvas.\n\nBooks on shelf: instanced colored thin boxes rows.\n\nClock: cylinder + canvas face.\n\nOK — write it. I'll be methodical. Also remember: DO NOT reveal reasoning; final answer just brief text + code block. Full HTML in one code block. Mention controls briefly.\n\nAlso handle DPR clamp 1.75 for perf.\n\nShadow: only sun casts; set castShadow on furniture major pieces; walls receive. To reduce cost, pool water no shadow.\n\nLet me write out the whole file mentally section by section, then output.\n\nTexture functions:\n\n```js\nfunction canvasTex(w,h,fn,rx=1,ry=1){ const c=document.createElement('canvas');c.width=w;c.height=h;const g=c.getContext('2d');fn(g,w,h);const t=new THREE.CanvasTexture(c);t.colorSpace=THREE.SRGBColorSpace;t.wrapS=t.wrapT=THREE.RepeatWrapping;t.repeat.set(rx,ry);t.anisotropy=8;return t;}\n```\n\nWood floor: base #b98a5a planks horizontal rows h/8, varying lightness, grain: for each plank draw many semi-transparent dark strokes. Add plank gaps dark lines and subtle noise dots.\n\nMarble: base #eef0f2; veins: 12 random walks with gray alpha; tiles lines? For pool deck use big tiles 2x2 per texture with grout.\n\nI'll create: texWood, texMarble (floor living), texDeckTile (aqua mosaic), texWall, texRug, texLeaf, texGrass, texSand, texSky, texArt1..3, texBall, texCurtain? plain.\n\nMaterials:\n- matWoodFloor: MeshStandardMaterial map wood, roughness .35, clearcoat? Use MeshPhysicalMaterial clearcoat .6 for glossy aero floor! nice reflections.\n- matWall: white slight warm, roughness .9\n- matCeil: white\n- matMarble: physical clearcoat .8 roughness .2\n- matGlass: MeshPhysicalMaterial transmission? Transmission is heavy but for railing/windows could use transparent opacity .18 with envmap; cheaper: MeshPhysicalMaterial({transparent:true,opacity:0.18,roughness:0.05,metalness:0, envMapIntensity:1.5, depthWrite:false}) color 0xdcf6ff. Good.\n- matChrome: metalness 1 roughness .08\n- matWhiteGloss: physical clearcoat 1 roughness .15 color 0xffffff\n- matFabric colors.\n\nArchitecture build:\n- floor: box(16,0.1,10) top at y=0 → center y=-0.05, at (0,-0.05,0); plus balcony slab box(12,0.12,4) at (0,-0.06,7).\n- ceiling: box(16,0.1,10) at y=3.25. Add skylight over pool? Big skylight window above pool — glass in ceiling with sky visible + sun shaft? Nice: opening with glass plane + frame; skip shaft.\n- North wall z=-5: box(16,3.3,0.15) center (0,1.6,-5.075)? Put wall inner face at z=-5: center z=-5.1 (thickness .2). y center 1.6.\n- West wall x=-8: box(0.2,3.3,10) center (-8.1,1.6,0). Window hole? Instead apply wall with window: build wall segments around a window opening (x=-8 wall, window z -1..2, y .9..2.4): segments: bottom (y0..0.9), top (2.4..3.2), sides. Adds realism. Also east wall similar window viewing garden? East wall x=8 z from -5..5. window z -2..2.\n- South glass wall at z=5: columns at x=-8,-6,-4,-2,2,4,6,8? Opening -2..2 sliding doors open (panels slid aside). Fixed glass panels: [-8,-2] with frames at -8,-5,-2 and glass between; [2,8] similarly. Top beam y2.6..3.2 across. Door frames chrome. Glass panels: planes with frames (thin boxes). Balcony beyond.\n- Interior columns at (±8?) walls enough; add column pair flanking pool: cylinders at (3,1.6,±2.8)? maybe not needed. Add decorative glossy green column near chamber partition? skip.\n\nSkylight over pool: ceiling has hole x[3.4..7.2], z[-1.9..1.9]: build ceiling as 4 boxes around hole; glass plane at y=3.25 over hole; frame bars. Sun streams → real sun shadows come through? Sun direction from +z high; shadow through glass — glass shouldn't cast shadow (castShadow false). Then sun light enters — nice. But sun position (30,40,60) means light direction mostly +z to -z tilted; through skylight would need sun nearly overhead. Set sun position (20, 45, 25) so it comes through skylight partially. Shadow camera must cover house area: target (0,0,0).\n\nHmm, shadows inside from sun through glass wall (glass castShadow=false) → sunlight spills in living room. \n\nPool build:\n- Deck: marble slab already the floor. Pool hole: the floor is a box covering whole room... need hole in floor for pool. Build floor as pieces around pool rect x[3.2,7.4] z[-2.3,2.3]: four boxes. Then pool interior: walls (4 boxes tile), floor plane caustic at y=-1.35, water plane at y=-0.12. Coping: rim boxes around edge width .25 slightly raised .02.\n- Also under-floor? Add basement box to close bottom: big box under pool exterior... just make pool walls tall enough and a bottom slab; from outside you can't see under floor. Fine.\n\nSteps into pool: 2 steps at corner (visual only, collider covers whole pool anyway).\n\nBedroom zone visual partition: open shelf divider x=-4.2 z[-3.5..-0.5]: vertical posts + horizontal shelves with books/vases/plants — acts as chamber separator. \n\nBalcony:\n- floor wood deck texture box 12x0.1x4 top y=0.\n- railing: posts at intervals chrome cylinders, glass panels planes 1.0h from y .05..1.0, handrail rounded box chrome along top at y=1.02. Sides too.\n- Pergola? skip.\n- string lights: catenary curve of small emissive spheres along railing top — cute glow with bloom.\n\nExterior:\n- ground: big plane 400x400 grass tex, but near house z 9..16 grass; sand band z16..21: separate plane strip sand tex; ocean plane z 21..350 width 500 y=-0.05? Ocean y slightly -0.1, waves shader. Horizon meets sky.\n- Sky dome sphere r=380 BackSide with sky canvas gradient; clouds sprites 10 at y 40..80 scattered; sun sprite at (60, 55, 180) scaled 40 with radial gradient; directional light same direction.\n- Palms at (±6..12, z 10..15), bushes (dark green icosahedrons squashed), flowers? small colored cones instanced.\n- Islands: two at (-60,0,150) scale big cone green/gray.\n- Distant sail? skip.\n\nFish (aquarium + koi) & bubbles & clouds & water & tv & caustics updates in animate.\n\nPendant lights: 2 hanging over coffee table: cord cylinder + cone shade glossy green + emissive bulb sphere + PointLight warm.\n\nFloor lamp near sofa: chrome stand + drum shade emissive.\n\nCoffee table: glass top rounded box thin + chrome legs + shelf with books & a small vase + a glass fish bowl with tiny fish? fishbowl: sphere glass + water + orange fish circling — adorable and very aero. Do a simple one: glass sphere, water sphere slightly smaller transparent blue, tiny fish (cone+sphere) rotating inside.\n\nSideboard/credenza under TV with drawers handles.\n\nWall art: 3 framed canvases north wall flanking TV? TV center north wall; art on west wall & chamber wall.\n\nClock on east wall.\n\nKitchen? skip (scope).\n\nDining small bistro set on balcony? Loungers enough.\n\nRug: circle or rect plane with aero rug tex at living center.\n\nBooks stack on coffee table, remote control small box.\n\nPlant types:\n1. bigLeafPlant(pot, 5-7 leaves): leaf = plane 0.5x0.9 with leaf tex, bent: use PlaneGeometry(0.5,0.9,1,4) curve z via vertex offsets upward arch. Random rotation/tilt.\n2. palmPotted: mini palm.\n3. succulent: small cones cluster.\n\nVases: lathe geometry profiles with glossy colors (aqua, lime, orange).\n\nLathe for vase: points profile.\n\nSculpture: glass torus knot on console — glossy aero! MeshPhysicalMaterial transmission? Use transparent op .5 clearcoat; torus knot small. With bloom subtle. OK.\n\nFruit bowl (green apples): spheres lime in glass bowl on coffee table — Frutiger loves fruit/water. Yes!\n\nNow audio init on Enter click: create ctx, start nodes, hide overlay fade.\n\nSound toggle: button top-right toggles master gain.\n\nAlso small UI legend bottom-left: WASD / mouse / shift.\n\nCrosshair: tiny white dot center, shown when locked.\n\nEdge case: pointer lock exit → show overlay \"paused - click to resume\"? Simple: clicking canvas re-locks. Show hint.\n\nLet me write fish path logic:\n\nAquarium fish: bounds box local to aquarium: cx..cx±0.55, y 0.35..0.95, cz±0.18 (aquarium at north wall x -3.8? we placed aquarium x[-4.6,-3] z[-4.9,-4.2], center (-3.8, -4.55), water inside from y0.25..1.15 above cabinet h .55: cabinet 0..0.55, tank 0.55..1.85? Let me set: cabinet height .5; tank box w1.5 h1.0 d0.55 sits y .5..1.5; water plane inside. Fish swim y .7..1.3.\n\nFish path: each fish: center (cx,cy,cz) offsets, rx, rz ellipse, speed, phase; pos = center + (cos(a)*rx, sin(a*2+phase)*0.08, sin(a)*rz); heading tangent; bob. Tail wag rotation.y? Tail plane at back rotating around y axis (fish forward = +x local). I'll build fish facing +x: body sphere scaled x .16; tail cone flattened rotated; wag = sin(t*8+phase)*0.5 applied to tail.rotation.y and slight body rotation.y.\n\nKoi in pool: similar bigger, y=-0.5, path within pool rect minus margin; white body with orange spots via canvas texture? Use two materials: body white, add orange spots as small flattened spheres on top — cheap trick. Do spots: 3 small orange discs (circle geom) slightly above body surface, attached. OK.\n\nBubble columns: Points or small instanced spheres rising in aquarium (x near left/right), loop y.\n\nAir bubbles floating in room: 30 instanced transparent spheres slowly rising with sway; reset at top. Also a few over pool.\n\nCloud sprites drift +x slowly wrap.\n\nBeach ball: sphere with stripes canvas floating on pool, bobbing + slow spin. Stripes canvas: vertical colored stripes (white, lime, aqua, orange). Map to sphere → stripes around. Good.\n\nNow finalize camera start: pos (0,1.6,3.4) yaw 0 (facing -z toward TV). Good view: sofa, coffee table, TV, aquarium left, pool right visible peripherally. \n\nCollider list finalize (AABBs):\n```\nwalls:\n N: [-8.2,8.2, -5.4,-4.85]\n W: [-8.4,-7.85, -5,5]\n E: [7.85,8.4, -5,5]\n S-glass L: [-8,-1.9, 4.9,5.1]\n S-glass R: [1.9,8, 4.9,5.1]\n balcony rails: [-6,6, 8.85,9.0], [-6.1,-5.85,5,9], [5.85,6.1,5,9]\nfurniture:\n tv console: [-1.9,1.9,-4.9,-4.25]\n aquarium: [-4.7,-2.9,-4.95,-4.15]\n sofa: [-1.6,1.6, 0.15,1.15]\n coffee: [-0.85,0.85,-1.35,-0.55]\n floor lamp: [-2.35,-1.95,0.9,1.3] small circle→box\n bed: [-7.85,-5.5,-3.55,-1.55]\n nightstand1: [-7.85,-7.25,-4.35,-3.8]\n nightstand2: [-7.85,-7.25,-1.75,-1.2]\n wardrobe: [-7.3,-5.3,-4.9,-4.3]\n shelf divider: [-4.35,-4.05,-3.5,-0.5]\n pool: [3.1,7.5,-2.4,2.4]\n lounger1: [-4.6,-3.1,6.1,7.7]\n lounger2: [-2.7,-1.2,6.1,7.7]\n side table balcony: [-3.2,-2.6,7.0,7.6] between? place between loungers at x -3.1.. actually loungers at [-4.6,-3.1] and [-2.7,-1.2]; gap -3.1..-2.7 for table: table [-3.05,-2.65,6.6,7.0]\n big plant pots: (7.3,?,4.3) corner near glass: box [6.9,7.7,3.9,4.7]; (-7.5,4.3): [-7.9,-7.1,3.9,4.7]; balcony palms pots: (-5.5,8.3):[-5.8,-5.2,8.0,8.6], (5.5,8.3) similar; also pot near sofa right (2.4,1.2)? small skip.\n round side table by sofa: [-2.5,-1.9,-0.3,0.3]? place at x -2.2 z 0: small box [-2.45,-1.95,-0.25,0.25].\n```\nPlayer radius .28.\n\nSpawn (0,1.6,3.4) — inside? z 3.4 < 4.9 fine, x 0 not in colliders. Good.\n\nAlso block walking through balcony edges side: rails handle.\n\nPrevent walking off into garden beyond rails: rails block. Good.\n\nPitch clamp ±1.45.\n\nWrite the animate loop with clock delta; update: controls, water uTime, pool caustics uTime, ocean uTime, tv uTime, screen bubbles; fish; bubbles instanced matrices; clouds; ball bob; koi; string lights flicker slight; aquarium bubbles.\n\nBloom composer render. Resize updates composer.\n\nOne concern: unpkg availability; use jsdelivr as primary: https://cdn.jsdelivr.net/npm/three@0.160.0/build/three.module.js and .../examples/jsm/. Fine.\n\nWrite UI CSS with aero vibes: bubbles background animated CSS on overlay (pure CSS circles rising), gradient title, glossy buttons (linear-gradient white overlay + border-radius 999px + box-shadow inset).\n\nLet me now write everything concretely. I'll aim for clean, organized, commented code. Length is big but necessary. Let me draft.\n\nAlso make sure `RoundedBoxGeometry` args (w,h,d,seg,radius).\n\nSky canvas: 1024x512: linear gradient top #2f7fd6 → mid #7ec8f7 → horizon #dff7ff; add soft white cloud blobs near horizon painted into texture + separate sprite clouds.\n\nGrass canvas: base #5aa83c noise + lighter blades strokes.\nSand: #efe0b0 noise.\n\nArt canvases:\n art1: \"bubbles over green hills\": sky gradient, green hills arcs, bubbles circles, lens flare dot. \n art2: fish silhouettes on aqua gradient with bubbles + text \"aqua\".\n art3: abstract swooshes (bezier strokes) white/green/blue on white, text \"frutiger\".\nRug: white bg, big translucent circles greens/blues, ring strokes.\n\nLeaf: green gradient leaf shape with lighter vein, transparent bg.\n\nBall stripes: 6 stripes.\n\nMarble: as described.\n\nWood: as described.\n\nWall: near-white #f7f9f7 with faint speckle and very subtle vertical sheen.\n\nCeiling: plain white — can use color material no texture.\n\nDeck tile (pool): 8x8 mosaic: tiles random aqua hues, grout white.\n\nFish texture? skip.\n\nNow the code. Also include `OutputPass`.\n\nAlso `renderer.toneMapping = THREE.ACESFilmicToneMapping`.\n\nFor glass with bloom threshold .85: glass highlights may bloom nicely with env.\n\nPointLights: living (0,2.6,0.4) 0xffe8c0 25? In r160 use physical lights? default decay 2, intensity in candela-ish; set intensity ~ 18, distance 12. I'll tune: use intensity 30 distance 14 decay 2 for pendant points; ambient from hemisphere 0.55 + sun 2.2 (sun intensity with tone mapping...). Set sun 2.5, hemi 0.6, points 20.\n\nEmissive materials: lamps MeshStandard emissive color, intensity 2-3 for bloom pop.\n\nTV screen shader output colors up to ~1.2 to bloom slightly.\n\nSkylight frame: bars across hole.\n\nI must be careful: floor pieces around pool — living floor y top 0: boxes height .1 centered -0.05. Pool rect x[3.2,7.4] z[-2.3,2.3]. Floor pieces:\n- west: x[-8,3.2] z[-5,5] → box(11.2, .1,10) center (-2.4,-0.05,0)\n- east strip: x[7.4,8] z[-5,5] box(.6,.1,10) center (7.7,-.05,0)\n- north strip over pool: x[3.2,7.4] z[-5,-2.3] box(4.2,.1,2.7) center (5.3,-.05,-3.65)\n- south strip: x[3.2,7.4] z[2.3,5] center (5.3,-.05,3.65)\nMarble map repeat accordingly — just use same material with repeat set on texture (4,4); pieces will sample differently, acceptable. Actually different sized boxes share texture repeat → misaligned grout. Fine, use non-tiled marble (veins only, no grout) to avoid alignment issues. Add separate grout-free marble.\n\nCoping around pool: 4 boxes width .3 height .06 at y .01.. rim: x[3.05,7.55] edges. Use white gloss.\n\nPool interior walls: \n- west wall x=3.2: box(.1,1.4,4.6) center (3.15,-0.75,0)\n- east: (7.45,-0.75,0)\n- north: z=-2.3: box(4.4,1.4,.1) center (5.3,-0.75,-2.35)\n- south: (5.3,-0.75,2.35)\n- floor: plane 4.2x4.6 at y=-1.4 rotated -PI/2 with caustics shader, center (5.3,-1.4,0).\nWater: plane 4.2x4.6 at y=-0.13 center (5.3,-0.13,0) water shader.\n\nCollider pool: [3.0,7.6,-2.5,2.5].\n\nSteps visual: at south-east corner inside pool: two boxes tile material descending. skip collider nuance.\n\nLadder at east wall: two vertical chrome cylinders from deck into water + rungs (3 horizontal cylinders). Place x 7.2, z ±0.3? On east interior wall at x 7.35: rails at (7.3, .?, ±0.25) curve over coping — just vertical pipes + top horizontal handles bending: use cylinders + torus quarter? Keep: two vertical cylinders (r.025, h1.5) at (7.3,-0.5,±0.3) plus two rungs horizontal cylinders between them at y -0.5,-1.0, plus handles above deck: horizontal cylinders at y .18 from x7.3→7.05. Good enough.\n\nSkylight above pool in ceiling hole x[3.4,7.2] z[-1.9,1.9]: glass at y 3.3, frame bars: 2 bars x direction, 2 z.\n\nCeiling pieces: hole rect same as above:\n- west piece x[-8,3.4] full z: box(11.4,.12,10) center (-2.3,3.26,0)\n- east piece x[7.2,8]: center (7.6,3.26,0) box(.8,.12,10)\n- north x[3.4,7.2] z[-5,-1.9]: box(3.8,.12,3.1) center (5.3,3.26,-3.45)\n- south: z[1.9,5]: center (5.3,3.26,3.45)\n\nCove lighting: emissive strip boxes along ceiling perimeter inset .3: 4 thin boxes emissive cool white; plus around skylight.\n\nRecessed downlights: 6 small cylinders emissive in ceiling + we already have point lights only 3; downlight emissive only (no light) to save perf.\n\nSun through skylight: sun at (25, 48, 30): direction into pool? Shadow of skylight frame bars onto pool/water: water doesn't receive shadow? ShaderMaterial can receive with lights: custom — skip; floor caustic shader no shadow either. The deck around will get shadows. OK.\n\nChamber window on west wall: opening z[-3.6,-1.4]? I said window z -1..2 on west. Chamber is z<-1.5. Give chamber its own window on north wall? North wall has TV center; put window west section x[-7.4,-5.2] y[1.0,2.3] in north wall → build north wall in segments: \n- piece A x[-8,-7.4] full h\n- piece B x[-5.2, 8] full h? But TV area fine full.\n- under-window x[-7.4,-5.2] y[0,1.0]\n- over-window y[2.3,3.2]\nGlass pane + frame + sill. View to garden side (west side exterior: grass + palm). \n\nWest wall window opening z[-1,2] y[0.9,2.4]: segments:\n- z[-5,-1] full, z[2,5] full, under y0..0.9 z[-1,2], over 2.4..3.2.\n\nEast wall window z[-1.5,1.5] y[0.9,2.4] similar → view side garden. But pool is x 3.2..7.4 z -2.3..2.3 near east wall x=8; window above pool edge looks onto side garden y strip x 8..12 grass + hedge. OK.\n\nCurtains for glass wall: at x -2.6 and 2.6, from y .05..2.6, wavy planes width 1.2. White translucent.\n\nSliding door: opening x[-1.9,1.9]: two glass panels parked: one slid to left overlapping fixed glass at x[-3.8,-1.9]? Visually: place open door panels just outside at x[-3.85,-1.95] and [1.95,3.85] offset z 5.06. With chrome frames. Fine: represent as framed glass panels standing open.\n\nBalcony ceiling? It's open (ground floor, sky above) — but then ceiling slab of interior ends at z=5; balcony open-air with pergola beams: add 3 wooden beams over balcony at y 3.0 spanning z 5..8.8, plus string lights between. \n\nGarden details: hedge boxes along x ±10..? keep simple: bushes scattered, flower patches (instanced small cones colored), stone path from balcony center to beach: stepping discs z 9..16.\n\nOcean shader: reuse water shader with different uniforms (scale, colors, amp). Make function makeWater(colorDeep, colorShallow, scale, amp, alpha).\n\nWater shader details (write once):\n\n```js\nfunction makeWater(opts){ return new THREE.ShaderMaterial({\n transparent:true, depthWrite:false,\n uniforms:{ uTime:{value:0}, uDeep:{value:new THREE.Color(opts.deep)}, uShallow:{value:new THREE.Color(opts.shallow)}, uScale:{value:opts.scale}, uAmp:{value:opts.amp}, uAlpha:{value:opts.alpha}, uSunDir:{value:new THREE.Vector3(0.4,0.8,0.45).normalize()} },\n vertexShader:`\n uniform float uTime; uniform float uScale; uniform float uAmp;\n varying vec2 vP; varying vec3 vWorld;\n float w(vec2 p){ return sin(p.x*3.0+uTime*1.2)+sin(p.y*2.2+uTime*0.9)+sin((p.x+p.y)*1.6+uTime*0.6); }\n void main(){ vUv=uv; vec3 pos=position; vec2 p=uv*uScale; pos.z += w(p)*uAmp; // plane rotated: displace local z (plane geometry XY, we rotate -PI/2 so local z is up)\n vP=p; vec4 wp=modelMatrix*vec4(pos,1.0); vWorld=wp.xyz; gl_Position=projectionMatrix*viewMatrix*wp; }\n `,\n fragmentShader:`\n uniform float uTime; uniform vec3 uDeep,uShallow; uniform float uAlpha; uniform vec3 uSunDir;\n varying vec2 vP; varying vec3 vWorld; varying vec2 vUv? declare vUv in both.\n ...\n `})\n}\n```\nCareful: declare varying vUv in both shaders. Displace local z works for PlaneGeometry rotated via mesh.rotation.x=-PI/2 (local +z becomes world +y). \n\nFragment normal via numeric derivative of w:\n```\nfloat e=0.15;\nfloat h=w(vP); float hx=w(vP+vec2(e,0.)); float hy=w(vP+vec2(0.,e));\nvec3 N=normalize(vec3(-(hx-h)/e*uAmp*? ... \n```\nTune: N = normalize(vec3((h-hx)*2.0, 1.0, (h-hy)*2.0)); pseudo.\n\nFresnel with view dir V=normalize(cameraPosition-vWorld).\n\nSpec sun: R=reflect(-uSunDir,N); spec=pow(max(dot(R,V),0),90)*1.5.\n\nEdge foam using vUv when opts.foam true (pool): pass uFoam flag float.\n\nAlso pool water semi see-through to caustics floor: alpha .8, plus caustics bright → looks watery. \n\nOcean: no foam, scale 40 (uv across 300m? plane 500x300 with uv 0..1 → p=uv*40 wavelength ~ (2π/3)/40*500≈26m ok), amp .35.\n\nTime uniforms collected in array `animated` to tick.\n\nTV shader:\n\n```\nuniform float uTime; varying vec2 vUv;\nfloat hash(float n){return fract(sin(n)*43758.5453);}\nvoid main(){\n vec2 uv=vUv;\n vec3 top=vec3(0.20,0.65,1.0); vec3 bot=vec3(0.15,0.85,0.45);\n vec3 col=mix(bot,top,uv.y);\n // sun glow\n col+=vec3(1.0,0.95,0.7)*0.35*smoothstep(0.6,0.0,length(uv-vec2(0.78,0.75)));\n // hills\n float h1=0.28+0.06*sin(uv.x*5.0+1.0); col=mix(col,vec3(0.10,0.65,0.30),smoothstep(h1+0.01,h1,uv.y)*0.8);\n float h2=0.18+0.05*sin(uv.x*7.0+3.0); col=mix(col,vec3(0.05,0.5,0.25),smoothstep(h2+0.01,h2,uv.y)*0.9);\n // bubbles\n for(int i=0;i<12;i++){ float fi=float(i); float sp=0.05+0.1*hash(fi*7.1); float x=hash(fi*3.3); float y=fract(uTime*sp+hash(fi*9.7)); float r=0.015+0.03*hash(fi*5.5); vec2 bp=vec2(x+0.03*sin(uTime*0.8+fi), y); float d=length((uv-bp)*vec2(1.6,1.0)); col+=vec3(0.9,1.0,1.0)*smoothstep(r,r*0.3,d)*0.35; col+=vec3(1.0)*smoothstep(r*0.35,0.0,length((uv-bp-vec2(r*0.3,r*0.3))*vec2(1.6,1.0)))*0.5; }\n // light sweep\n float sw=smoothstep(0.02,0.0,abs(uv.x+uv.y*0.4-fract(uTime*0.05)*2.0+0.5)); col+=vec3(1.0)*sw*0.15;\n // gloss diagonal\n col+=vec3(1.0)*0.08*smoothstep(0.35,0.0,abs(uv.y-uv.x*0.5-0.35));\n gl_FragColor=vec4(col,1.0);\n}\n```\nMultiply final by 1.15 for slight bloom.\n\nAquarium back panel: reuse caustic shader as function makeCaustics(color1,color2,scale).\n\nNow fish material: MeshStandardMaterial color orange, roughness .4; koi white.\n\nTime to write the final file. I'll be careful about typos and three.js API. Also add error handling? Keep straightforward.\n\nAlso small detail: `scene.environment` via RoomEnvironment:\n```js\nconst pmrem=new THREE.PMREMGenerator(renderer);\nscene.environment=pmrem.fromScene(new RoomEnvironment(renderer),0.04).texture;\n```\nIn r160 RoomEnvironment constructor optionally takes renderer? `new RoomEnvironment()` fine.\n\nenvMapIntensity default 1; reduce on walls maybe. Fine.\n\nBloom: strength 0.35 radius 0.5 threshold 0.8.\n\nRenderer: antialias, setPixelRatio min(devicePixelRatio,1.75).\n\nNow UI overlay content:\n- Title: \"✦ FRUTIGER AERO HOUSE\"\n- subtitle: \"aqua • vita • tech — an interactive interior\"\n- Enter button \"Dive In 💧\"\n- controls list.\n- footer hint sound.\n\nTop-right buttons: 🔊 toggle, ❔ help (shows overlay again without stopping? just alert-less: re-show panel semi). Keep: help button toggles overlay visibility with resume button.\n\nCrosshair hidden until locked; listen pointerlockchange.\n\nJoystick for touch: implement minimal: touchstart on left half creates joystick base div at touch point; move sets vector; right half drag look.\n\nI think total code ~1100-1300 lines. Acceptable.\n\nAlso handle context menu prevent? Not needed.\n\nLet me carefully write the colliders and movement:\n\n```js\nconst keys={};\naddEventListener('keydown',e=>keys[e.code]=true);\naddEventListener('keyup',e=>keys[e.code]=false);\nfunction updateMove(dt){\n const sp=(keys.ShiftLeft||keys.ShiftRight)?5.2:2.8;\n let f=0,s=0;\n if(keys.KeyW||keys.ArrowUp)f+=1; if(keys.KeyS||keys.ArrowDown)f-=1;\n if(keys.KeyD||keys.ArrowRight)s+=1; if(keys.KeyA||keys.ArrowLeft)s-=1;\n // joystick adds\n f+=joy.y; s+=joy.x;\n const len=Math.hypot(f,s); if(len>1){f/=len;s/=len;}\n const sin=Math.sin(yaw),cos=Math.cos(yaw);\n const dx=( -sin*f + cos*s )*sp*dt; // forward = -Z rotated by yaw: forward vector = (−sin yaw, 0, −cos yaw)\n const dz=( -cos*f - sin*s )*sp*dt;\n tryMove(dx,0); tryMove(0,dz);\n}\n```\nCheck: yaw=0 forward should be -z: dx=0*... f=1 → dx = -sin0*1=0, dz=-cos0*1=-1 ✓. Right (s=1): dx=cos0=1 ✓ (right=+x when facing -z) ✓.\n\ntryMove: newX=pos.x+dx; if !hitAny(newX,pos.z) pos.x=newX.\n\nhitAny(x,z): for boxes: if x> b.x1-r && x< b.x2+r && z> b.z1-r && z< b.z2+r return true.\n\nBoxes array of {x1,z1,x2,z2}.\n\nLook: on mousemove if locked: yaw-=movementX*0.0022; pitch-=movementY*0.0022 clamp.\n\nDrag fallback: mousedown && !locked → track.\n\nCamera: camera.rotation.order='YXZ'; camera.rotation.y=yaw; camera.rotation.x=pitch; position.copy(player).\n\nAdd subtle head bob: bobT+=speed*dt when moving; camera.y=1.6+sin(bobT*8)*0.02*movingFactor.\n\nAudio functions with scheduler using setInterval guarded.\n\nSeagull: two quick descending chirps: osc square? Use sine 1200→700 with vibrato; rare (every 25-60s) only when on balcony? just global quiet.\n\nWrite it all now. Also add small loading of none — immediate.\n\nOne more interior piece: rug under bed? round rug chamber. Bookshelf with books on west wall near chamber window? We have divider shelf with books — ok.\n\nDining nook? skip.\n\nAlso add ceiling fan? skip.\n\nCheck bloom + transparent glass: fine.\n\nFor walls receiving shadows: wall material standard roughness .95; floor clearcoat receives shadow fine.\n\nSet castShadow=true for: sofa parts, tv console, bed, tables, plants trunks/leaves, wardrobe, shelf, loungers, palms outside, railing posts? minor. Sun shadows outside matter for palms onto grass → yes castShadow.\n\nShadow camera: d=30: sun.shadow.camera left/right/top/bottom ±28, near 1 far 120. position (25,48,30) target (0,0,8) to include garden? House focus: target (0,0,2).\n\nNow writing the actual final code. I'll write it in one pass, carefully.\n\nAlso, IMPORTANT: make sure no use of undeclared vars; keep function order: helpers → textures → materials → builders → scene assembly → audio → controls → loop.\n\nFish maker:\n\n```js\nfunction makeFish(color,tailColor,size){\n const g=new THREE.Group();\n const body=new THREE.Mesh(new THREE.SphereGeometry(1,12,10), new THREE.MeshStandardMaterial({color,roughness:.5}));\n body.scale.set(size*1.6,size*0.55,size*0.4); g.add(body);\n const tail=new THREE.Mesh(new THREE.ConeGeometry(size*0.5,size*1.1,2? ...), mat);\n```\nTail: use flattened cone: ConeGeometry(size*0.55, size*1.2, 6) scaled z .15, rotated z = -PI/2? Cone points +y; rotate to point -x: rotation.z = PI/2 → points... cone tip +y; rotation.z=-PI/2 makes tip +x. We want tail at back (-x): tip -x → rotation.z=PI/2? tip +y rotated by +90° about z maps +y→-x? Rotating +y axis by +PI/2 about z: (0,1,0)→(-1,0,0) yes tip -x. Place tail at x=-size*1.6, and pivot: set tail.position.x=-size*1.9, and wrap tail in pivot group at body back for wagging: tailPivot at (-size*1.5,0,0), tail child offset (-size*0.5,0,0). Wag tailPivot.rotation.y=sin*0.5.\nTop fin: small cone on top flattened.\nEye: tiny black spheres both sides.\n\nKoi spots: 2-3 small orange spheres flattened placed on body top/side.\n\nFish update: each fish object {grp, tail, cx,cy,cz,rx,rz,sp,ph,wag}: \n```\na=t*sp+ph; x=cx+cos(a)*rx; z=cz+sin(a)*rz; y=cy+sin(a*2.3)*0.06;\nheading: dx=-sin(a)*rx, dz=cos(a)*rz; grp.rotation.y=Math.atan2(-dz,dx)? \n```\nFor forward +x model: direction angle θ=atan2(dz,dx)... rotation.y = -atan2(dz,dx)? In three, rotation.y positive rotates +x toward -z. If velocity v=(vx,vz), facing angle: rotY = Math.atan2(-vz, vx). Check v=(1,0)→rotY=0 ✓. v=(0,-1) (moving -z): rotY=atan2(1,0)=PI/2 → +x rotates toward -z ✓. Good.\nDirection reverses when ellipse direction... fish swims forward along tangent always (a increasing) ✓.\n\nBut ellipse tangent: position (cos a * rx, sin a * rz); velocity (-sin a*rx*sp, cos a*rz*sp) ✓.\n\nBubble streams: InstancedMesh sphere(0.02) count 24: each rises y loop with wobble; placed in aquarium at two x columns and pool center-ish. Store per-instance params array; update matrices each frame (cheap for 60 instances).\n\nRoom floating bubbles: InstancedMesh 36, bigger r .05 additive? Use MeshPhysicalMaterial transparent opacity .25 envMapIntensity 2 — pretty. Update rise slow, sway; wrap y 0.2..2.9. Also avoid pool region? fine anywhere.\n\nString lights: along balcony front rail: catenary between posts: sample quadratic sag; small spheres emissive 2.0 color 0xfff2b0; 3 strands; slight per-light intensity flicker → use single material, flicker via material.emissiveIntensity global sin — fine.\n\nBeach ball: stripes canvas: 12 vertical stripes alternating colors [white,#ff5b5b? aero palette: #ffffff,#7ed957,#38b6ff,#ffde59,#ff914d]. Sphere r .22 at (6.2,-0.06,0.9) bob y=−0.05+sin*0.02 rotate slowly.\n\nFruit bowl: glass bowl: LatheGeometry profile open? Use sphere half: SphereGeometry(r, ..., phiStart, thetaLength PI/2) scaled y .6, material glass double side; apples: 4 spheres r .05 lime/orange glossy stacked inside at (0.4,?) on coffee table top y .45. Coffee table: glass top box(1.6,0.04,0.8) at y .42, legs chrome cyl r.02 h.4 at 4 corners, lower shelf wood box(1.4,0.03,0.7) y .12 with books (3 thin boxes colored) + magazine.\n\nBooks helper: row of books given width: n books random h .18-.26 depth .16 colors pastel — place on divider shelves and console.\n\nVase lathe:\n```js\nconst pts=[]; profile: (0,0),(0.09,0.01),(0.11,0.08),(0.07,0.2),(0.05,0.28),(0.07,0.34) → LatheGeometry(points as Vector2(x,y))\n```\n\nPlant big: pot lathe terracotta or white gloss; soil disc; stems: 5 cylinders angled; leaves: leaf planes with bend: PlaneGeometry(0.28,0.7,1,6); curve: for each vertex, y world along length; offset z = sin(t*PI)*0.18 - t*t*0.25 droop; then mesh positioned at stem top rotated outward. Material doubleSide leaf tex alphaTest .5.\n\nPalm potted similar smaller with narrower leaves more droop.\n\nSucculent: 8 cones small arranged rosette green.\n\nDivider shelf: frame: two side boards box(.04,2.2,.35)? Actually divider along z: length 3 (z -3.5..-0.5), depth x .35, at x=-4.2. Posts at ends box(.05,2.2,.35); shelves horizontal box(.35,.04,3.0) at y .4, .9, 1.4, 1.9; top board. Items: books rows on shelves at some z segments, small vase, plant, glass orb, photo frame.\n\nWardrobe: box(2.0,2.3,0.6) white gloss at (-6.3,1.15,-4.6) with 2 doors: front face z=-4.29: door panels box(0.98,2.24,0.03) with long chrome handles (cylinders vertical); one door mirror material (metalness 1 roughness .03, envMapIntensity 1.5).\n\nBed: \n- frame wood: box(2.2,0.25,1.9) center (-6.7,0.13+0.1?,-2.55): frame top .3; legs 4 small.\n- headboard: box(0.12,1.1,1.9) at x=-7.75 y .85, padded: add 3 cushion rounded boxes vertical.\n- mattress: rounded box(2.05,0.25,1.75) center (-6.72,0.42,-2.55) white.\n- duvet: rounded box(1.4,0.12,1.8) covering lower 2/3 x from -6.4..-5.75, color aqua, slight rotation? plus folded throw lime at foot.\n- pillows: two rounded boxes (0.5,0.14,0.35) tilted against headboard at (-7.35,0.62, -2.9) and (-7.35,0.62,-2.2), white; two accent smaller lime/sky.\nNightstand: box(.5,.45,.45) wood + drawer line + lamp: base cyl, stem, shade cone open? shade: CylinderGeometry(top .09,bottom .13,h .16, open) emissive inside warm; PointLight small warm (-7.55,0.95,-4.05) intensity 6 dist 5.\n\nAlso wall art above bed: framed aero art.\n\nRug chamber: CircleGeometry r 1.1 white fluffy → material roughness 1 color #eaf6ff at (-6.2,0.005,-0.6)? overlapping walk area fine.\n\nAlarm clock + books on nightstand.\n\nLiving wall art: two frames on west wall x=-7.98 facing +x: rotation.y=PI/2, at z 0.6 and 2.6? window occupies z -1..2; place art z 3.2 and single big at chamber? place art pieces: one on north wall right of TV x 4.5, one west wall z 3.4, one east wall z 3.5 (above pool? east wall z 3.5 is beyond window -1.5..1.5 ok).\n\nClock on east wall z -3.5.\n\nCredenza/TV console: box(3.6,0.5,0.55) center (0,0.28,-4.6) white gloss + 3 drawer fronts slightly proud with chrome bar handles + 4 legs. TV on top: screen group center y = .53+ (TV height .7/2) → screen center ~0.95; TV 1.6x0.9 (65\"): bezel rounded box(1.66,0.96,0.06) black gloss; screen plane 1.56x0.86 with shader at z +0.035 facing +z (toward sofa) rotation? group faces +z. Stand neck + base? It sits on console via small central foot. Add soundbar box(1.2,0.08,0.1) front, and two speakers cylinders at console ends, subwoofer? fine.\n\nGame console glossy white small box + glowing strip.\n\nTV bias lighting: PointLight blue small in front of wall behind TV? Add emissive strip behind TV (box slightly larger behind bezel, emissive sky) → halo with bloom. \n\nSofa: group at (0,0,0.65) facing -z (sofa back toward +z). Parts:\n- base rounded box(3.0,0.45,1.0) center y .35 (seat top .575)\n- arms: rounded box(.3,.62,1.0) at x ±1.35? total width: base 2.4 + arms → overall 3.0. base width 2.4, arms at x ±1.35.\n- back: rounded box(2.4,0.55,0.25) at z +0.38 tilt slight, top y ~1.0\n- seat cushions: 2 rounded box(1.12,0.18,0.55) at x ±0.57, y .62, z -0.1\n- back cushions: 2 rounded box(1.12,0.5,0.18) tilted -10°, at z .28, y .85\n- throw pillows: 3 small rounded (.34,.34,.12) lime, aqua, orange at various lean\n- legs: 4 chrome cylinders r .03 h .12.\n- throw blanket draped over arm: small wavy plane orange.\n\nSide table round: cylinder top r .3 h .04 glass? wood; chrome leg; on it: remote? candle? small plant succulent + coaster.\n\nFloor lamp: at (-2.15,0,1.1): base cyl r .16, pole h 1.55, drum shade cylinder r .22 h .25 emissive warm inside + PointLight (-2.15,1.5,1.1) intensity 8 dist 6 warm.\n\nRug living: plane(3.4,2.4) aero rug tex at (0,0.006,-0.45) rotation -PI/2. Coffee table sits on it.\n\nCurtains: at glass wall: left x -2.75, right 2.75, width 1.3 height 2.6 plane with vertical wave displacement, material white transparent .55 doubleSide, at z 4.75. Also curtain rod chrome across x -3.4..3.4 at y 2.72 with finials spheres.\n\nCeiling pendant over coffee table: two at (±0.5, , -0.9): cord cylinder h .7 from ceiling y3.2→2.5, shade: ConeGeometry(.18,.22, open) glossy lime, bulb sphere emissive; PointLights (±0.5,2.35,-0.9) intensity 10 dist 7 warm. Hmm two point lights + floor lamp + chamber + pool = 5 points. OK.\n\nPool area light: emissive panel in ceiling? Skylight provides sun; add cove emissive. Add one PointLight cool (5.3,2.6,0) intensity 12 dist 8 color #cfefff.\n\nTotal point lights: 5-6, fine without shadows.\n\nBalcony loungers: frame: two side rails boxes angled? Simplify: base box(0.6,0.12,1.5) at y .25 with legs, back rest box(0.6,0.08,0.7) rotated -35° at head end, towel: thin rounded box colored (aqua/orange) on top, pillow. Wood slat texture? plain teak color. Place facing +z (view ocean): length along z, head at north (z smaller) raised toward south view. Put at z 6.2..7.7.\n\nSide table between: cyl r .25 h .45 white gloss; drinks: 2 glasses: cylinder open transparent + inner liquid cylinder colored (orange juice, blue curaçao!) + tiny straw cylinder tilted. Cute aero detail.\n\nBalcony rug round + lantern? enough.\n\nPergola beams: 3 box(.12,.15,4.0) wood at y 3.05, x -4,0,4 spanning z 5..9; plus 2 cross beams along x at z 5.2? Just 3 beams + string lights hung from them in catenaries along x at z 6.5, 7.5? Attach strands between beams along z? Simplest: strands along front edge between posts at z 8.6: 2 spans (-5.9..0, 0..5.9) with sag.\n\nExterior palms: makePalm(h): trunk: CylinderGeometry(r top .09 bottom .14, h) with slight bend via 2 stacked segments rotated ~6°; coconut spheres 2 brown at top; fronds: 9 planes(0.35,1.9,1,6) curved droop, green darker tex, arranged radially tilted down ~35°. castShadow.\n\nBushes: IcosahedronGeometry(r,1) flattened, dark green, few sizes; flowers: InstancedMesh cone small colors ×60 scattered on grass.\n\nPath stones: CylinderGeometry r .35 h .05 gray-white, z 9.3..15.5 step .8, slight x wiggle.\n\nFence/hedge far edges: box hedge dark green along x ±14 z 9..17 sides to frame view: 2 boxes(0.8,1.2,8) at (±12, .6, 13).\n\nOcean plane: PlaneGeometry(600,330) rot -PI/2 at (0,-0.15, 185) covers z 20..350. Beach sand strip plane(600, 8) at z 17.5? grass plane big 600x600 at y -0.05 under everything color grass; sand z 14..21 slight overlap; water from 20.\n\nAlso foam line at shore: thin white plane at z 20.5 with animated opacity? subtle: skip or simple.\n\nSky dome: SphereGeometry(360, 32, 16) BackSide material map skyTex (fog false). Fog affects dome? Set material fog:false. Sky tex on sphere: equirect-ish gradient fine.\n\nSun sprite: SpriteMaterial map radial gradient, at (140, 90, 300) scale 70, fog false, toneMapped? keep bright for bloom: sprite material color white, map; depthWrite false. Bloom threshold .8 catches it.\n\nClouds: 8 sprites scale 30-60 at y 45..75, z 60..260, x -150..150, drift.\n\nIslands: cone + sphere top green at (-90,0,220) scale 25 and (70,0,260) scale 32.\n\nSailboat? skip.\n\nBirds: 3 small \"m\" shaped using two triangles? Implement as sprites with canvas bird glyph \"︵\"? Use canvas draw two arcs — sprites drifting across occasionally. Simple: 5 sprites with texture of gull silhouette (draw arcs), moving. Do it: cute.\n\nOK, audio code concrete:\n\n```js\nconst Sound={\n on:false, ctx:null, master:null,\n start(){ if(this.ctx) return; const C=this.ctx=new (window.AudioContext||window.webkitAudioContext)();\n const m=this.master=C.createGain(); m.gain.value=0.0; m.connect(C.destination); this.target=0.8;\n // pad\n const padG=C.createGain(); padG.gain.value=0.05; const lp=C.createBiquadFilter(); lp.type='lowpass'; lp.frequency.value=720; padG.connect(lp).connect? -> connect chain properly.\n [110,164.81,196,246.94,329.63].forEach((f,i)=>{ const o=C.createOscillator(); o.type=i%2?'sine':'triangle'; o.frequency.value=f; o.detune.value=(i-2)*4; const g=C.createGain(); g.gain.value=0.5/5; o.connect(g); g.connect(padG); o.start();});\n const lfo=C.createOscillator(); lfo.frequency.value=0.07; const lg=C.createGain(); lg.gain.value=0.02; lfo.connect(lg); lg.connect(padG.gain); lfo.start();\n // waves\n const nb=this.noiseBuffer(); const src=C.createBufferSource(); src.buffer=nb; src.loop=true;\n const bp=C.createBiquadFilter(); bp.type='bandpass'; bp.frequency.value=420; bp.Q.value=0.6;\n const wg=C.createGain(); wg.gain.value=0.10;\n const wlfo=C.createOscillator(); wlfo.frequency.value=0.11; const wlg=C.createGain(); wlg.gain.value=0.05; wlfo.connect(wlg); wlg.connect(wg.gain); wlfo.start();\n src.connect(bp); bp.connect(wg); wg.connect(m); src.start();\n // schedule bubbles & chimes & gulls\n this.loop('bubble', ()=>this.bubble(), 1500, 4500);\n this.loop('chime', ()=>this.chime(), 9000, 20000);\n this.loop('gull', ()=>this.gull(), 20000, 45000);\n this.fadeIn();\n },\n noiseBuffer(){ const C=this.ctx,len=C.sampleRate*4,b=C.createBuffer(1,len,C.sampleRate),d=b.getChannelData(0); let last=0; for(let i=0;i{ if(this.on)fn(); this.timers=setTimeout(tick,min+Math.random()*(max-min)); }; setTimeout(tick, min*0.5); },\n bubble(){ const C=this.ctx,t=C.currentTime; const o=C.createOscillator(),g=C.createGain(); o.type='sine'; o.frequency.setValueAtTime(300+Math.random()*300,t); o.frequency.exponentialRampToValueAtTime(900+Math.random()*400,t+0.12); g.gain.setValueAtTime(0.0001,t); g.gain.exponentialRampToValueAtTime(0.06,t+0.02); g.gain.exponentialRampToValueAtTime(0.0001,t+0.16); o.connect(g); g.connect(this.master); o.start(t); o.stop(t+0.2); },\n chime(){ const notes=[523.25,587.33,659.25,783.99,880,1046.5]; const f=notes[Math.floor(Math.random()*notes.length)]; const C=this.ctx,t=C.currentTime; const car=C.createOscillator(),mod=C.createOscillator(),mg=C.createGain(),g=C.createGain(); car.frequency.value=f; mod.frequency.value=f*2.76; mg.gain.setValueAtTime(f*1.8,t); mg.gain.exponentialRampToValueAtTime(1,t+1.2); mod.connect(mg); mg.connect(car.frequency); g.gain.setValueAtTime(0.0001,t); g.gain.exponentialRampToValueAtTime(0.05,t+0.01); g.gain.exponentialRampToValueAtTime(0.0001,t+2.4); car.connect(g); g.connect(this.master); car.start(t); mod.start(t); car.stop(t+2.6); mod.stop(t+2.6); },\n gull(){ const C=this.ctx,t0=C.currentTime; for(let i=0;i<2+Math.floor(Math.random()*2);i++){ const t=t0+i*0.28; const o=C.createOscillator(),g=C.createGain(); o.type='sawtooth'? too harsh use 'square' quiet? use triangle; o.frequency.setValueAtTime(1250,t); o.frequency.exponentialRampToValueAtTime(820,t+0.18); g.gain.setValueAtTime(0.0001,t); g.gain.exponentialRampToValueAtTime(0.015,t+0.03); g.gain.exponentialRampToValueAtTime(0.0001,t+0.22); const bp=C.createBiquadFilter(); bp.type='bandpass'; bp.frequency.value=1400; o.connect(bp); bp.connect(g); g.connect(this.master); o.start(t); o.stop(t+0.25);} },\n fadeIn(){ const t=this.ctx.currentTime; this.master.gain.cancelScheduledValues(t); this.master.gain.setTargetAtTime(this.on?0.8:0.0,t,0.8); },\n toggle(){ this.on=!this.on; if(this.ctx){ this.ctx.resume(); this.fadeIn(); } }\n}\n```\nStart: on=true then start().\n\nUnderwater muffle when near pool? skip.\n\nNow assemble final HTML/CSS/JS. Also FPS safety: if bloom too heavy on mobile, allow toggle \"Q\" quality? Add button toggling bloom pass enabled. Minor: include.\n\nWrite overlay help content:\n- 🖱 Click — look around\n- WASD — walk • Shift — run\n- 💧 Everything procedural — no assets\n\nLet me also add small \"minimap\"? no.\n\nCheck RoundedBoxGeometry UV/normals fine.\n\nOne more: prevent water plane z-fighting with pool floor: depths differ, fine.\n\nGlass material side: FrontSide ok; railing panels double? fine.\n\nWrite CSS bubbles in overlay background: several with keyframes rise.\n\nAlright — also ensure `three` module scripts run after DOM (place at end / type=module default defer).\n\nAlso iOS: AudioContext resume on touch.\n\nFinal check on bloom import path & OutputPass path:\n'three/addons/postprocessing/EffectComposer.js'\n'three/addons/postprocessing/RenderPass.js'\n'three/addons/postprocessing/UnrealBloomPass.js'\n'three/addons/postprocessing/OutputPass.js'\n\nRoomEnvironment: 'three/addons/environments/RoomEnvironment.js'\nRoundedBoxGeometry: 'three/addons/geometries/RoundedBoxGeometry.js'\n\nSet renderer.useLegacyLights? In r160 default false (physical). Intensities: sun 2.5? For physical mode, directional intensity 2.5 fine; point lights intensity in candela: a 10-intensity point at 2m ≈ 10/4=2.5 → visible. Use values: pendant 8, floor lamp 10, chamber 6, pool 14, aquarium light 4. OK.\n\nHemi 0.5, sun 2.6.\n\nExposure 1.15.\n\nLet me now write the whole thing. I'll number sections in comments. Careful with backticks inside shader strings (fine, they're in JS template literals inside \n```\n\nThen PointerLockControls from addons, or implement custom pointer lock to allow pitch clamp etc. Custom is easy.\n\nAudio: Web Audio API:\n- Ambient pad: oscillators with slow LFO\n- Water: brown noise through lowpass with LFO on cutoff for waves\n- Bubbles: occasional short sine blips with pitch envelope\n- Bird/seagull chirps occasionally (simple FM chirps)\n- UI: start button that initializes audio (autoplay policy)\n\nMovement: WASD + mouse look, collision with walls via clamping, simple circle-vs-rect for furniture maybe skip; just clamp to interior + balcony and prevent walking into pool (or allow stepping into pool area? simpler: block pool rect unless within steps area). I'll add collision rectangles for major furniture and block pool.\n\nAlso \"Q/E\" or shift to run. Add touch support? Skip for brevity but add orbit fallback... Keep pointer lock desktop focus; add a note.\n\nActually let me also support drag-look without pointer lock for browsers where it fails, plus touch drag. I'll implement: click to lock; if not locked, drag to rotate.\n\nCeiling: glossy white with cove lighting strip (emissive) + pendant lamps over coffee table.\n\nLighting: hemisphere + directional sun through glass (with shadows), plus point lights. Shadows can be expensive but okay. Use shadow map 2048.\n\nLens flare / bloom: UnrealBloomPass via addons postprocessing. That will add to the glossy aero feel. Use EffectComposer + RenderPass + UnrealBloomPass, threshold ~0.85 so only bright spots bloom.\n\nFloating bubbles in air: instanced spheres, transparent, rising slowly — very aero. Keep count modest.\n\nCaustics projection on room from pool? Too much. Pool caustics on pool floor via shader.\n\nFish in pool: koi shapes — body from lathe or scaled sphere, tail plane animated. Maybe 3 fish circling.\n\nAlso add:\n- Coffee table glass top with glossy reflection (envMap). Use a CubeCamera? Expensive. Use MeshPhysicalMaterial with envMap from a generated PMREM environment (RoomEnvironment). Use scene.environment via PMREMGenerator with RoomEnvironment for nice glossy reflections on all materials. \n\n- Books on shelf, vases, rug, curtains (wavy planes), wall art (canvas textures with aero art), clock.\n\nFrutiger Aero color palette: lime green (#7CFC00-ish), aqua blue, white glossy, sky blue, orange accents (fish), yellow sun.\n\nBed/chamber detail:\n- Bed frame wood, mattress, 2 pillows (rounded boxes squashed), blanket (box with wavy top? Use a plane geometry draped — simulate simple sine displacement), headboard, duvet folded\n- Nightstands with lamps (emissive shades), wardrobe with glossy doors, mirror\n\nBalcony:\n- Tiles floor, glass railing with metal posts, 2 sun loungers (frame + fabric), side table, potted palms, view: ocean plane with animated shader, sandy beach strip, grass, palm trees, distant islands, sun with flare sprite, clouds drifting.\n\nScale check: door height 2.1, ceiling 3.2, sofa height 0.8, TV 55\" ~1.22x0.71, pool depth 1.4, railing 1.05, bed 2.0x1.6. Good.\n\nStructure: \n- Walls thickness 0.15\n- Ceiling slab\n- Floor slab extends to balcony\n- Columns at glass wall maybe\n- Beams\n\nNow code organization (single HTML file):\n\n1. HTML: overlay UI (title, start button, controls help, sound toggle, crosshair), style with aero glass panels (backdrop-filter, gradients).\n2. JS module:\n - imports three, RoundedBoxGeometry, EffectComposer etc.\n - init renderer, scene, camera, PMREM env\n - texture generators (canvas)\n - materials\n - build functions: architecture(), sofa(), tvUnit(), aquarium(), pool(), bedroom(), balcony(), exterior(), plants(), bubbles()\n - water & screen shaders\n - audio module\n - controls (pointer lock + drag fallback + keys)\n - collision rects\n - animate loop with delta, update fish, water time, bubbles, clouds, TV shader, aquarium fish, caustics\n - resize handler\n\nLet me write the shaders.\n\nWater shader (pool):\nvertex: pass world pos, small vertex displacement waves.\nfragment: layered sin normal perturbation, deep/shallow color mix by fresnel, specular sun glint, foam at edges? Edge foam via distance to pool bounds — pass pool half extents uniform; compute foam factor near edges with sin animation.\n\nSimpler robust water:\n```glsl\nuniform float uTime;\nvarying vec2 vUv; varying vec3 vPos;\n// normal from sum of sines; fresnel with view dir; color mix\n```\n\nCaustics on pool floor: shader with voronoi-lite: use 2 octave sin interference:\n```\nfloat ca = sin(p.x*8.0+t)+sin(p.y*8.0-t*1.3)+sin((p.x+p.y)*6.0+t*0.7);\nfloat c = pow(abs(ca)*0.34, 3.0)...\n```\nActually classic cheap caustic: \n```\nvec2 p = uv*6.0; \nfloat t = uTime*0.6;\nvec2 i = p;\nfloat c = 0.0; float inten=0.005;\nfor(int n=0;n<4;n++){ float tt=t*(1.0-(3.5/float(n+1))); i=p+vec2(cos(tt-i.x)+sin(tt+i.y),sin(tt-i.y)+cos(tt+i.x)); c+=1.0/length(vec2(p.x/(sin(i.x+tt)/inten),p.y/(cos(i.y+tt)/inten))); }\n```\nThat's the famous caustic shader. Use it in pool floor ShaderMaterial mixed over tile color.\n\nTV screen shader: gradient blue->green, rising bubbles (hash-based circles), diagonal light sweep, subtle grid. \n\nAquarium: glass box, water material slightly blue transparent, animated background (same caustic shader on back wall), fish (3-5) on curved paths, bubble columns (small sprites rising), pebbles at bottom (instanced small spheres), plants inside.\n\nFish model: group with body (scaled sphere, orange), tail (plane with sine wiggle via onBeforeRender rotate), fins. Move along circular path with noise.\n\nMovement collision: define array of AABBs (x1,z1,x2,z2). Player radius 0.3. Clamp position to walkable area bounds then resolve AABB push-out. Pool is an AABB blocker (can't walk in), with steps? Block entirely, simpler.\n\nWalkable: interior x∈[-7.85,7.85], z∈[-4.85, 8.9] but balcony only through... just allow all, railing blocks at z=8.85 except... balcony railing encloses. Balcony edge at z=8.9 with railing collision line, also side railings x=±5.95 on balcony region z>5. Interior side walls x=±7.85 for z<5.\n\nBounds function: if z<=5: clamp x [-7.8,7.8], z [-4.8, 4.95]; if z>5: clamp x [-5.9,5.9], z [5.0, 8.8]. Transition only if |x|<5.9. Fine — glass wall opening spans balcony width; add frame posts at x=±5.9..? The glass wall: I'll make sliding glass panels with frames at x=-6..6. Balcony width 12 (x -6..6). OK: glass wall segments: some fixed glass, opening in middle (x -2..2) with door frames, so walking to balcony only through middle. That adds structure realism. Collision: if crossing z=5 plane require |x|<1.9. Implement: if player z<5 and moving to z>=5 and |x|>1.85 -> block z. Simplify with AABB walls along z=5 for x in [-8,-1.9] and [1.9,8].\n\nFurniture collision AABBs: sofa, coffee table, TV stand (wall), bed, nightstands, wardrobe, pool, loungers, plant pots (approx), aquarium, dining? Add dining set maybe—skip to keep scope. Kitchen island? The prompt lists tv, sofa, chamber, pool, balcony — covered.\n\nNow textures with canvas:\n\nwoodFloorCanvas: 512x512, plank rows, grain lines, color variation. Repeat 4x4 with RepeatWrapping.\n\nmarbleCanvas: 512, white base, gray veins via random walk lines, subtle.\n\nwallCanvas: 256, off-white with noise speckle.\n\nrugCanvas: 512, white bg, translucent overlapping circles greens/blues + swirl arcs — aero style.\n\ntileCanvas (pool): 256, small aqua mosaic tiles with grout lines and slight hue variance.\n\nceilingCanvas: plain.\n\nleafCanvas: 128x256 leaf shape with vein, alpha.\n\nartCanvas(i): aero posters — gradient, bubbles, fish silhouette, text like \"AERO\", \"aqua • vita\".\n\ngrassCanvas: for exterior lawn.\n\nsandCanvas.\n\nskyCanvas: big gradient + soft clouds.\n\nMake helper `makeCanvas(w,h,drawFn)` returning CanvasTexture with colorSpace SRGB.\n\nOcean: ShaderMaterial similar to water but bigger scale waves, or just animated normal map-ish plane with MeshPhongMaterial + onBeforeCompile? Use custom shader, fine.\n\nClouds: sprites with radial-gradient canvas texture, drifting slowly.\n\nSun: bright sprite + directional light aligned.\n\nPalm trees: trunk (curved cylinder segments), fronds (planes bent using leaf texture, rotated around top). A few on beach/grass.\n\nIslands: flattened cones/spheres far away with green top.\n\nBirds: simple \"V\" shapes? Skip; add subtle white particle birds maybe skip.\n\nBubbles in room: InstancedMesh sphere, additive transparent, ~40, rise and reset. Also bubbles in pool and aquarium.\n\nNow audio design (Web Audio):\n- master gain, toggle\n- pad: two detuned triangle oscs (C3, G3, E4) through lowpass, gain LFO, very quiet\n- waves: looped brown noise buffer -> bandpass ~500Hz with LFO on freq and gain, slow\n- bubbles: schedule random plip every 2-6s: sine osc freq 400->900 ramp, 0.15s\n- chime occasionally: pentatonic FM bell every ~10-20s\n- seagull: skip or simple two descending sine chirps rare.\n\nStart overlay: big glassmorphism card \"FRUTIGER AERO HOUSE — click to enter\", which also starts audio. Sound toggle button top-right. Crosshair center. Controls hint bottom.\n\nBloom: threshold 1.0? Emissive intensities >1 for lamps/TV to pop. Use ACESFilmic tone mapping, exposure 1.1. UnrealBloomPass(res, strength .35, radius .6, threshold .85).\n\nPerformance: shadow only sun casts; limit shadow casters. Renderer antialias true.\n\nCeiling lights: recessed emissive discs + PointLights maybe 2-3 with no shadows.\n\nLet me now write detailed code. It's long; be careful with correctness.\n\nKey tricky parts:\n- RoundedBoxGeometry import path: 'three/addons/geometries/RoundedBoxGeometry.js'\n- EffectComposer: 'three/addons/postprocessing/EffectComposer.js', RenderPass, UnrealBloomPass, OutputPass.\n- RoomEnvironment: 'three/addons/environments/RoomEnvironment.js'\n\nMovement keys: track keys via code. Speed 3 m/s, sprint 5.5.\n\nPlayer: yawObject (camera holder). Pointer lock on click of canvas/overlay start. Also drag-to-look fallback when not locked: track mousedown+move. Touch: touchmove rotate + on-screen joystick? Provide simple two-zone touch: left half move forward via joystick... Might be too much; implement basic touch: drag right side to look, left side virtual joystick to move. I'll implement a minimal joystick.\n\nLet me define collision AABBs array `colliders` with {minX,maxX,minZ,maxZ}. resolve: for each, if player circle intersects expanded box, push out along min axis.\n\nBounds walls as colliders too:\n- Wall north z=-4.85..-5: interior z min -4.85 → collider z [-6,-4.8] full x\n- West x [-9,-7.8], East [7.8,9] for z<5\n- Glass wall segments at z [4.95,5.05]: x [-8,-1.85] and [1.85,8]\n- Balcony rails: z [8.8,9] x full; x [-6.1,-5.9] z [5,9]; x [5.9,6.1] z [5,9]\n- Interior z>5 region sides beyond x ±6 are void — but glass wall colliders at z~5 cover x beyond ±6 for crossing; also at balcony, x clamped by rails. Good.\n\nFurniture colliders:\n- TV console: x[-2.1,2.1], z[-4.9,-4.3]\n- Aquarium: x[-4.6,-3.0], z[-4.9,-4.2]\n- Sofa (facing north, at z~ -1 facing TV): sofa at z=0.2? Let's place sofa center (0, 0, 0.6) facing -z (TV on north wall). Collider x[-1.7,1.7], z[0.1,1.1]... sofa depth ~0.95.\n- Coffee table: x[-0.8,0.8], z[-1.2,-0.4]\n- Rug no collision.\n- Pool: x[3.2,7.4], z[-2.3,2.3]. Surround deck inside room. Add planter between living and pool maybe.\n- Bed: chamber zone x[-7.6,-4.4]: bed center (-6.1, 0, -2.6)? Bed against west wall, headboard at x=-7.7, extends to x -5.7? Bed width 1.8 (z direction -3.5..-1.7), length 2.1. Collider x[-7.8,-5.6], z[-3.6,-1.6].\n- Nightstands: x[-7.8,-7.3], z[-4.3,-3.9] and z[-1.7,-1.3] approx.\n- Wardrobe: along north wall west: x[-7.5,-5.5], z[-4.9,-4.35].\n- Partition shelf between chamber and living: x[-4.3,-4.0], z[-3.5,-0.5] (open shelf divider).\n- Loungers balcony: x[-4.5,-3.2], z[6,7.6] and x[-2.9,-1.6]? Colliders each.\n- Plant pots: several small ones; include big ones only.\n- Dining? skip.\n- Bar counter? skip.\n\nAlso add a bookshelf with books, wall art, floor lamp, curtains at glass wall, ceiling cove, pendant lights over coffee table, round side table, vases, clock on wall, kitchenette maybe not.\n\nPlants interior: 2 large potted plants (fiddle/palm-ish), small succulents on tables.\n\nNow writing geometry helpers:\n\nroundedBox: RoundedBoxGeometry(w,h,d,segments,radius).\n\nSofa builder with fabric material (MeshStandardMaterial roughness .9 color #7fb069? Aero colors: white sofa with green cushions). Let's do white leather sofa (clearcoat) with lime and aqua accent pillows. \n\nPillows: rounded boxes squashed, rotated.\n\nTV: bezel black glossy rounded box, screen plane with shader, on console; soundbar; console wood+gloss white with drawers (gaps via thin boxes), legs.\n\nAquarium: 1.5w x 1.3h x 0.6d glass box on cabinet; inside water box (transparent), back panel caustic shader plane, gravel instanced spheres, 4 fish, bubble emitter, top light strip emissive, plants inside (small green cones/spheres).\n\nFish class: group; body sphere scaled (0.18,0.1,0.07) orange with white stripes? Use vertex colors? Simple: body orange emissive-ish standard material; tail: plane geometry waving via rotation.z oscillation; path: center + radius ellipse, angle t; orientation tangent. Add slight vertical bob.\n\nPool: \n- Coping tiles around edge (marble), deck marble.\n- Pool cavity: build with box walls: floor at y=-1.4 (caustic shader), walls tile material.\n- Water surface plane at y=-0.12 (recessed 0.12 below deck) with water shader, semi-transparent.\n- Ladder: two chrome torus/cylinders.\n- Pool steps inside? optional skip.\n- Floating ball (beach ball striped) — canvas stripes texture.\n- Bubbles rising in pool occasionally.\n- Koi fish in pool: 2 koi (white/orange) swimming at y=-0.5.\n\nChamber details: bed, bedding, pillows, throw blanket (wavy plane), headboard padded (rounded boxes grid?), nightstands + lamps (emissive warm), wardrobe glossy with mirror door (MeshPhysicalMaterial metalness 1 roughness .05 — reflects envmap), rug round, wall art, alarm clock, books stack.\n\nBalcony: floor wood-deck tiles texture, glass railing (panels transparent + handrail cylinder chrome + posts), 2 loungers (adjustable back), round side table with drink glasses (transparent cylinders with colored liquid!), potted palm, outdoor rug? string lights along railing (small emissive spheres + point? just emissive), view.\n\nExterior: ground plane large with grass texture near, sand strip, ocean from z ~ 40 onward; Actually balcony faces +z. Layout: z 9..16 grass garden with palms and path, 16..20 sand, 20+ ocean plane to horizon (z 300). Sky dome radius 400. Islands at z 120. Sun sprite high. Clouds.\n\nHmm wait, balcony at z 5..9, railing at 8.9. Garden below is at same ground level y=0? House floor y=0; make exterior ground slightly lower y=-0.02, fine. Could be ground-floor house. OK.\n\nPalm: trunk from stacked cylinders with slight bend; fronds: 8 planes (1.6x0.5) with leaf texture, bent downward by rotating and curving — approximate with two segments each. Place 4-6 palms.\n\nPath: stone discs.\n\nAlso grass blades? too heavy; texture fine + some instanced cones bushes.\n\nSky: use a big sphere with BackSide gradient canvas (horizon light cyan to azure top), plus separate sun glow sprite and clouds sprites.\n\nFog: light cyan fog far (scene.fog = new THREE.Fog(0xcfeeff, 60, 260)) for depth.\n\nLights:\n- HemisphereLight(0xbfe8ff sky, 0x8a9a7a ground, 0.5)\n- DirectionalLight sun (warm white 1.2) position (30, 40, 60) aiming house, castShadow, shadow camera box covering house (~left -20 right 20 top 20 bottom -20), mapSize 2048, bias -0.0005.\n- Interior points: warm points over living (0,2.7,0), chamber (-6,2.5,-2.5), pool area (5.4,2.7,0) cool.\n- TV screen glow point? small.\n\nTone mapping ACES, exposure 1.05.\n\nEnv: PMREM RoomEnvironment intensity moderate for glossy reflections. scene.environment = pmrem. Great for chrome/glass.\n\nNow the UI aesthetic: glassmorphism panels: background rgba(255,255,255,.25), backdrop-filter blur, border white 1px, gradient highlights, rounded 20px, font: \"Segoe UI\", Trebuchet. Title with gradient text green→blue. Bubble decorations CSS. Loading? Everything procedural so instant; show \"Enter\" button.\n\nSound toggle icon + quality maybe.\n\nLet me write the code now carefully, watching for API correctness in three r160:\n\n- `texture.colorSpace = THREE.SRGBColorSpace`\n- renderer.outputColorSpace default srgb.\n- `renderer.shadowMap.enabled = true; renderer.shadowMap.type = THREE.PCFSoftShadowMap;`\n- RoundedBoxGeometry(width, height, depth, segments, radius)\n- UnrealBloomPass(new THREE.Vector2(w,h), strength, radius, threshold)\n- OutputPass() at end of composer for tone mapping/color space. With composer, set renderer.toneMapping still works with OutputPass.\n- PointerLockControls not needed; custom.\n\nFish tail animation: store refs, rotate in tick.\n\nWater shader material transparent with depthWrite false; renderOrder after pool floor.\n\nPool caustics shader on floor plane inside pool.\n\nLet me write the caustic GLSL (compact, known-good):\n\n```glsl\nvec2 p = mod(vUv*TAU, TAU)-250.0; ... \n```\nUse simpler variant:\n```glsl\nuniform float uTime;\nvarying vec2 vUv;\nvoid main(){\n vec2 uv = vUv*8.0;\n float t = uTime*0.5;\n vec2 p = uv;\n float c = 0.0;\n float inten = 0.005;\n for (int n = 0; n < 4; n++) {\n float tt = t * (1.0 - (3.5 / float(n+1)));\n p = uv + vec2(cos(tt - p.x) + sin(tt + p.y), sin(tt - p.y) + cos(tt + p.x));\n c += 1.0/length(vec2(uv.x / (sin(p.x+tt)/inten), uv.y / (cos(p.y+tt)/inten)));\n }\n c /= 4.0; c = 1.17 - pow(c, 1.4);\n float v = pow(abs(c), 8.0);\n vec3 base = vec3(0.05,0.45,0.55); // tile color handled by map? We'll multiply over tile color uniform\n vec3 col = base + vec3(v)*vec3(0.6,0.9,1.0);\n gl_FragColor = vec4(col,1.0);\n}\n```\nThis classic shader works. Base as aqua tile.\n\nWater surface shader:\n\n```glsl\nvarying vec3 vWorld; varying vec2 vUv;\nuniform float uTime;\n// in vertex: slight y displacement\nfloat wave(vec2 p){ return sin(p.x*3.1+uTime)*0.5+sin(p.y*2.3+uTime*1.3)*0.5+sin((p.x+p.y)*1.7+uTime*0.7)*0.5; }\nfragment:\nvec3 nrm = normalize(vec3(dFdx?...)) \n```\nSimpler: compute normal analytically from derivative of combined sines:\n```\nfloat e=0.35;\nvec2 p=vUv*vec2(6.0,6.0);\nfloat h = wave(p);\nfloat hx = wave(p+vec2(e,0.))-h;\nfloat hy = wave(p+vec2(0.,e))-h;\nvec3 N = normalize(vec3(-hx, 1.0, -hy)*vec3(1.5,1.,1.5));\n```\nBut wave uses uTime; fine in fragment.\n\nfresnel = pow(1-max(dot(N,V),0),3)\ncolor = mix(deep #0aa4c0?, shallow #7fe8ff, fresnel)\nspec = pow(max(dot(reflect(-L,N),V),0),64)*1.2\nfoam near edges: use vUv distance to edge: edge=min(min(uv.x,1-uv.x),min(uv.y,1-uv.y)); foam = smoothstep(0.03,0.0,edge)*(0.5+0.5*sin(uTime*2+p.x*40)) — subtle.\nalpha = 0.82.\n\nVertex displacement: pos.y += wave*0.02.\n\nTV screen shader: gradient + bubbles:\n```\nhash based columns of bubbles: for loop 10 bubbles param by i, random x, speed, size via sin hash; y=fract(t*speed+seed); d=length(uv-pos); glow+=smoothstep(r,0.,d)\ncolor = mix(#0b3d91? use aero: bottom green #2ecc71 to top sky #35a7ff) + light sweep: smoothstep on diagonal.\n```\n\nAlso gloss reflection fake: white diagonal band low alpha.\n\nNow the exterior ocean: plane 600x300 at z from 20..320; shader similar but bigger wavelength + horizon blend to sky color; or reuse water shader with uniforms scale. Make `makeWaterMaterial(opts)` parameterized.\n\nTime to count performance: many meshes but each cheap. Instanced bubbles fine.\n\nMovement code:\n\n```js\nconst player = { pos: new THREE.Vector3(0,1.6,2.5), yaw: Math.PI (facing -z? ) }\n```\nCamera at player pos, rotation order 'YXZ', yaw around Y, pitch X.\n\nStart facing the room: pos (0,1.6,3.2) look toward TV (-z): yaw = Math.PI? In three, camera looks down -Z by default, so yaw 0 faces -z. Good: yaw 0.\n\nKeys: WASD + arrows; shift sprint.\n\nresolveCollisions(pos, r):\n```\nfor box of colliders:\n nx = clamp(pos.x, box.minX, box.maxX); nz = clamp(pos.z, box.minZ, box.maxZ);\n dx = pos.x-nx; dz=pos.z-nz; d2=dx*dx+dz*dz;\n if d2 < r*r: push...\n```\nStandard circle-AABB. If center inside box (d2==0), push along smallest penetration axis.\n\nCompute per-axis simple approach: attempt x move, test point-in-expanded-box; then z. Simpler robust: do axis-separated movement: move x, if inside any expanded box revert x; move z similarly. Expanded box = box inflated by r. Point-in-box test. This avoids sliding issues decently. I'll do axis-separated.\n\nBounds also enforced by wall colliders (already AABBs) — good, use same system.\n\nTouch joystick: left half: start point, delta → move vector; right half: look drag.\n\nAudio engine:\n\n```js\nconst AudioSys = {\n ctx, master, started,\n init(){ ctx=new AudioContext(); master=gain .8 -> destination\n pad(): oscillators [130.81,196,261.63? actually C3 130.81, E3 164.81, G3 196, B3 246.94] two detuned saws -> lowpass 600 -> gain 0.05, slow LFO 0.07Hz on gain 0.02..0.06. Use triangle for softness.\n waves: bufferSource brown noise loop 4s -> biquad lowpass 400 -> gain with LFO 0.1Hz depth; plus second bandpass 900 for hiss.\n bubble(): osc sine freq 300→900 exp ramp .12s, gain env .15→0; pan random. schedule next 1.5+rand*4 s.\n chime(): FM bell: carrier sine f, modulator 2.4f index decaying; notes pentatonic [523.25,587.33,659.25,783.99,880]; every 8-18s, quiet.\n }\n}\n```\nAlso footstep? skip.\n\nExtra aero touches:\n- Floating orbs (glass spheres) decoration on shelves.\n- Big glossy apple? a lime green glass sculpture.\n- \"AERO\" text on wall? Use canvas art with words \"aqua\", \"vita\", \"fresh\".\n\nCurtains: two wavy planes (PlaneGeometry with vertex sin displacement) semi-transparent white, at glass wall sides.\n\nCeiling cove: emissive strip boxes around ceiling perimeter, plus central glossy panel.\n\nLet me also add a rug under coffee table with aero pattern canvas.\n\nBooks on shelf: instanced colored thin boxes rows.\n\nClock: cylinder + canvas face.\n\nOK — write it. I'll be methodical. Also remember: DO NOT reveal reasoning; final answer just brief text + code block. Full HTML in one code block. Mention controls briefly.\n\nAlso handle DPR clamp 1.75 for perf.\n\nShadow: only sun casts; set castShadow on furniture major pieces; walls receive. To reduce cost, pool water no shadow.\n\nLet me write out the whole file mentally section by section, then output.\n\nTexture functions:\n\n```js\nfunction canvasTex(w,h,fn,rx=1,ry=1){ const c=document.createElement('canvas');c.width=w;c.height=h;const g=c.getContext('2d');fn(g,w,h);const t=new THREE.CanvasTexture(c);t.colorSpace=THREE.SRGBColorSpace;t.wrapS=t.wrapT=THREE.RepeatWrapping;t.repeat.set(rx,ry);t.anisotropy=8;return t;}\n```\n\nWood floor: base #b98a5a planks horizontal rows h/8, varying lightness, grain: for each plank draw many semi-transparent dark strokes. Add plank gaps dark lines and subtle noise dots.\n\nMarble: base #eef0f2; veins: 12 random walks with gray alpha; tiles lines? For pool deck use big tiles 2x2 per texture with grout.\n\nI'll create: texWood, texMarble (floor living), texDeckTile (aqua mosaic), texWall, texRug, texLeaf, texGrass, texSand, texSky, texArt1..3, texBall, texCurtain? plain.\n\nMaterials:\n- matWoodFloor: MeshStandardMaterial map wood, roughness .35, clearcoat? Use MeshPhysicalMaterial clearcoat .6 for glossy aero floor! nice reflections.\n- matWall: white slight warm, roughness .9\n- matCeil: white\n- matMarble: physical clearcoat .8 roughness .2\n- matGlass: MeshPhysicalMaterial transmission? Transmission is heavy but for railing/windows could use transparent opacity .18 with envmap; cheaper: MeshPhysicalMaterial({transparent:true,opacity:0.18,roughness:0.05,metalness:0, envMapIntensity:1.5, depthWrite:false}) color 0xdcf6ff. Good.\n- matChrome: metalness 1 roughness .08\n- matWhiteGloss: physical clearcoat 1 roughness .15 color 0xffffff\n- matFabric colors.\n\nArchitecture build:\n- floor: box(16,0.1,10) top at y=0 → center y=-0.05, at (0,-0.05,0); plus balcony slab box(12,0.12,4) at (0,-0.06,7).\n- ceiling: box(16,0.1,10) at y=3.25. Add skylight over pool? Big skylight window above pool — glass in ceiling with sky visible + sun shaft? Nice: opening with glass plane + frame; skip shaft.\n- North wall z=-5: box(16,3.3,0.15) center (0,1.6,-5.075)? Put wall inner face at z=-5: center z=-5.1 (thickness .2). y center 1.6.\n- West wall x=-8: box(0.2,3.3,10) center (-8.1,1.6,0). Window hole? Instead apply wall with window: build wall segments around a window opening (x=-8 wall, window z -1..2, y .9..2.4): segments: bottom (y0..0.9), top (2.4..3.2), sides. Adds realism. Also east wall similar window viewing garden? East wall x=8 z from -5..5. window z -2..2.\n- South glass wall at z=5: columns at x=-8,-6,-4,-2,2,4,6,8? Opening -2..2 sliding doors open (panels slid aside). Fixed glass panels: [-8,-2] with frames at -8,-5,-2 and glass between; [2,8] similarly. Top beam y2.6..3.2 across. Door frames chrome. Glass panels: planes with frames (thin boxes). Balcony beyond.\n- Interior columns at (±8?) walls enough; add column pair flanking pool: cylinders at (3,1.6,±2.8)? maybe not needed. Add decorative glossy green column near chamber partition? skip.\n\nSkylight over pool: ceiling has hole x[3.4..7.2], z[-1.9..1.9]: build ceiling as 4 boxes around hole; glass plane at y=3.25 over hole; frame bars. Sun streams → real sun shadows come through? Sun direction from +z high; shadow through glass — glass shouldn't cast shadow (castShadow false). Then sun light enters — nice. But sun position (30,40,60) means light direction mostly +z to -z tilted; through skylight would need sun nearly overhead. Set sun position (20, 45, 25) so it comes through skylight partially. Shadow camera must cover house area: target (0,0,0).\n\nHmm, shadows inside from sun through glass wall (glass castShadow=false) → sunlight spills in living room. \n\nPool build:\n- Deck: marble slab already the floor. Pool hole: the floor is a box covering whole room... need hole in floor for pool. Build floor as pieces around pool rect x[3.2,7.4] z[-2.3,2.3]: four boxes. Then pool interior: walls (4 boxes tile), floor plane caustic at y=-1.35, water plane at y=-0.12. Coping: rim boxes around edge width .25 slightly raised .02.\n- Also under-floor? Add basement box to close bottom: big box under pool exterior... just make pool walls tall enough and a bottom slab; from outside you can't see under floor. Fine.\n\nSteps into pool: 2 steps at corner (visual only, collider covers whole pool anyway).\n\nBedroom zone visual partition: open shelf divider x=-4.2 z[-3.5..-0.5]: vertical posts + horizontal shelves with books/vases/plants — acts as chamber separator. \n\nBalcony:\n- floor wood deck texture box 12x0.1x4 top y=0.\n- railing: posts at intervals chrome cylinders, glass panels planes 1.0h from y .05..1.0, handrail rounded box chrome along top at y=1.02. Sides too.\n- Pergola? skip.\n- string lights: catenary curve of small emissive spheres along railing top — cute glow with bloom.\n\nExterior:\n- ground: big plane 400x400 grass tex, but near house z 9..16 grass; sand band z16..21: separate plane strip sand tex; ocean plane z 21..350 width 500 y=-0.05? Ocean y slightly -0.1, waves shader. Horizon meets sky.\n- Sky dome sphere r=380 BackSide with sky canvas gradient; clouds sprites 10 at y 40..80 scattered; sun sprite at (60, 55, 180) scaled 40 with radial gradient; directional light same direction.\n- Palms at (±6..12, z 10..15), bushes (dark green icosahedrons squashed), flowers? small colored cones instanced.\n- Islands: two at (-60,0,150) scale big cone green/gray.\n- Distant sail? skip.\n\nFish (aquarium + koi) & bubbles & clouds & water & tv & caustics updates in animate.\n\nPendant lights: 2 hanging over coffee table: cord cylinder + cone shade glossy green + emissive bulb sphere + PointLight warm.\n\nFloor lamp near sofa: chrome stand + drum shade emissive.\n\nCoffee table: glass top rounded box thin + chrome legs + shelf with books & a small vase + a glass fish bowl with tiny fish? fishbowl: sphere glass + water + orange fish circling — adorable and very aero. Do a simple one: glass sphere, water sphere slightly smaller transparent blue, tiny fish (cone+sphere) rotating inside.\n\nSideboard/credenza under TV with drawers handles.\n\nWall art: 3 framed canvases north wall flanking TV? TV center north wall; art on west wall & chamber wall.\n\nClock on east wall.\n\nKitchen? skip (scope).\n\nDining small bistro set on balcony? Loungers enough.\n\nRug: circle or rect plane with aero rug tex at living center.\n\nBooks stack on coffee table, remote control small box.\n\nPlant types:\n1. bigLeafPlant(pot, 5-7 leaves): leaf = plane 0.5x0.9 with leaf tex, bent: use PlaneGeometry(0.5,0.9,1,4) curve z via vertex offsets upward arch. Random rotation/tilt.\n2. palmPotted: mini palm.\n3. succulent: small cones cluster.\n\nVases: lathe geometry profiles with glossy colors (aqua, lime, orange).\n\nLathe for vase: points profile.\n\nSculpture: glass torus knot on console — glossy aero! MeshPhysicalMaterial transmission? Use transparent op .5 clearcoat; torus knot small. With bloom subtle. OK.\n\nFruit bowl (green apples): spheres lime in glass bowl on coffee table — Frutiger loves fruit/water. Yes!\n\nNow audio init on Enter click: create ctx, start nodes, hide overlay fade.\n\nSound toggle: button top-right toggles master gain.\n\nAlso small UI legend bottom-left: WASD / mouse / shift.\n\nCrosshair: tiny white dot center, shown when locked.\n\nEdge case: pointer lock exit → show overlay \"paused - click to resume\"? Simple: clicking canvas re-locks. Show hint.\n\nLet me write fish path logic:\n\nAquarium fish: bounds box local to aquarium: cx..cx±0.55, y 0.35..0.95, cz±0.18 (aquarium at north wall x -3.8? we placed aquarium x[-4.6,-3] z[-4.9,-4.2], center (-3.8, -4.55), water inside from y0.25..1.15 above cabinet h .55: cabinet 0..0.55, tank 0.55..1.85? Let me set: cabinet height .5; tank box w1.5 h1.0 d0.55 sits y .5..1.5; water plane inside. Fish swim y .7..1.3.\n\nFish path: each fish: center (cx,cy,cz) offsets, rx, rz ellipse, speed, phase; pos = center + (cos(a)*rx, sin(a*2+phase)*0.08, sin(a)*rz); heading tangent; bob. Tail wag rotation.y? Tail plane at back rotating around y axis (fish forward = +x local). I'll build fish facing +x: body sphere scaled x .16; tail cone flattened rotated; wag = sin(t*8+phase)*0.5 applied to tail.rotation.y and slight body rotation.y.\n\nKoi in pool: similar bigger, y=-0.5, path within pool rect minus margin; white body with orange spots via canvas texture? Use two materials: body white, add orange spots as small flattened spheres on top — cheap trick. Do spots: 3 small orange discs (circle geom) slightly above body surface, attached. OK.\n\nBubble columns: Points or small instanced spheres rising in aquarium (x near left/right), loop y.\n\nAir bubbles floating in room: 30 instanced transparent spheres slowly rising with sway; reset at top. Also a few over pool.\n\nCloud sprites drift +x slowly wrap.\n\nBeach ball: sphere with stripes canvas floating on pool, bobbing + slow spin. Stripes canvas: vertical colored stripes (white, lime, aqua, orange). Map to sphere → stripes around. Good.\n\nNow finalize camera start: pos (0,1.6,3.4) yaw 0 (facing -z toward TV). Good view: sofa, coffee table, TV, aquarium left, pool right visible peripherally. \n\nCollider list finalize (AABBs):\n```\nwalls:\n N: [-8.2,8.2, -5.4,-4.85]\n W: [-8.4,-7.85, -5,5]\n E: [7.85,8.4, -5,5]\n S-glass L: [-8,-1.9, 4.9,5.1]\n S-glass R: [1.9,8, 4.9,5.1]\n balcony rails: [-6,6, 8.85,9.0], [-6.1,-5.85,5,9], [5.85,6.1,5,9]\nfurniture:\n tv console: [-1.9,1.9,-4.9,-4.25]\n aquarium: [-4.7,-2.9,-4.95,-4.15]\n sofa: [-1.6,1.6, 0.15,1.15]\n coffee: [-0.85,0.85,-1.35,-0.55]\n floor lamp: [-2.35,-1.95,0.9,1.3] small circle→box\n bed: [-7.85,-5.5,-3.55,-1.55]\n nightstand1: [-7.85,-7.25,-4.35,-3.8]\n nightstand2: [-7.85,-7.25,-1.75,-1.2]\n wardrobe: [-7.3,-5.3,-4.9,-4.3]\n shelf divider: [-4.35,-4.05,-3.5,-0.5]\n pool: [3.1,7.5,-2.4,2.4]\n lounger1: [-4.6,-3.1,6.1,7.7]\n lounger2: [-2.7,-1.2,6.1,7.7]\n side table balcony: [-3.2,-2.6,7.0,7.6] between? place between loungers at x -3.1.. actually loungers at [-4.6,-3.1] and [-2.7,-1.2]; gap -3.1..-2.7 for table: table [-3.05,-2.65,6.6,7.0]\n big plant pots: (7.3,?,4.3) corner near glass: box [6.9,7.7,3.9,4.7]; (-7.5,4.3): [-7.9,-7.1,3.9,4.7]; balcony palms pots: (-5.5,8.3):[-5.8,-5.2,8.0,8.6], (5.5,8.3) similar; also pot near sofa right (2.4,1.2)? small skip.\n round side table by sofa: [-2.5,-1.9,-0.3,0.3]? place at x -2.2 z 0: small box [-2.45,-1.95,-0.25,0.25].\n```\nPlayer radius .28.\n\nSpawn (0,1.6,3.4) — inside? z 3.4 < 4.9 fine, x 0 not in colliders. Good.\n\nAlso block walking through balcony edges side: rails handle.\n\nPrevent walking off into garden beyond rails: rails block. Good.\n\nPitch clamp ±1.45.\n\nWrite the animate loop with clock delta; update: controls, water uTime, pool caustics uTime, ocean uTime, tv uTime, screen bubbles; fish; bubbles instanced matrices; clouds; ball bob; koi; string lights flicker slight; aquarium bubbles.\n\nBloom composer render. Resize updates composer.\n\nOne concern: unpkg availability; use jsdelivr as primary: https://cdn.jsdelivr.net/npm/three@0.160.0/build/three.module.js and .../examples/jsm/. Fine.\n\nWrite UI CSS with aero vibes: bubbles background animated CSS on overlay (pure CSS circles rising), gradient title, glossy buttons (linear-gradient white overlay + border-radius 999px + box-shadow inset).\n\nLet me now write everything concretely. I'll aim for clean, organized, commented code. Length is big but necessary. Let me draft.\n\nAlso make sure `RoundedBoxGeometry` args (w,h,d,seg,radius).\n\nSky canvas: 1024x512: linear gradient top #2f7fd6 → mid #7ec8f7 → horizon #dff7ff; add soft white cloud blobs near horizon painted into texture + separate sprite clouds.\n\nGrass canvas: base #5aa83c noise + lighter blades strokes.\nSand: #efe0b0 noise.\n\nArt canvases:\n art1: \"bubbles over green hills\": sky gradient, green hills arcs, bubbles circles, lens flare dot. \n art2: fish silhouettes on aqua gradient with bubbles + text \"aqua\".\n art3: abstract swooshes (bezier strokes) white/green/blue on white, text \"frutiger\".\nRug: white bg, big translucent circles greens/blues, ring strokes.\n\nLeaf: green gradient leaf shape with lighter vein, transparent bg.\n\nBall stripes: 6 stripes.\n\nMarble: as described.\n\nWood: as described.\n\nWall: near-white #f7f9f7 with faint speckle and very subtle vertical sheen.\n\nCeiling: plain white — can use color material no texture.\n\nDeck tile (pool): 8x8 mosaic: tiles random aqua hues, grout white.\n\nFish texture? skip.\n\nNow the code. Also include `OutputPass`.\n\nAlso `renderer.toneMapping = THREE.ACESFilmicToneMapping`.\n\nFor glass with bloom threshold .85: glass highlights may bloom nicely with env.\n\nPointLights: living (0,2.6,0.4) 0xffe8c0 25? In r160 use physical lights? default decay 2, intensity in candela-ish; set intensity ~ 18, distance 12. I'll tune: use intensity 30 distance 14 decay 2 for pendant points; ambient from hemisphere 0.55 + sun 2.2 (sun intensity with tone mapping...). Set sun 2.5, hemi 0.6, points 20.\n\nEmissive materials: lamps MeshStandard emissive color, intensity 2-3 for bloom pop.\n\nTV screen shader output colors up to ~1.2 to bloom slightly.\n\nSkylight frame: bars across hole.\n\nI must be careful: floor pieces around pool — living floor y top 0: boxes height .1 centered -0.05. Pool rect x[3.2,7.4] z[-2.3,2.3]. Floor pieces:\n- west: x[-8,3.2] z[-5,5] → box(11.2, .1,10) center (-2.4,-0.05,0)\n- east strip: x[7.4,8] z[-5,5] box(.6,.1,10) center (7.7,-.05,0)\n- north strip over pool: x[3.2,7.4] z[-5,-2.3] box(4.2,.1,2.7) center (5.3,-.05,-3.65)\n- south strip: x[3.2,7.4] z[2.3,5] center (5.3,-.05,3.65)\nMarble map repeat accordingly — just use same material with repeat set on texture (4,4); pieces will sample differently, acceptable. Actually different sized boxes share texture repeat → misaligned grout. Fine, use non-tiled marble (veins only, no grout) to avoid alignment issues. Add separate grout-free marble.\n\nCoping around pool: 4 boxes width .3 height .06 at y .01.. rim: x[3.05,7.55] edges. Use white gloss.\n\nPool interior walls: \n- west wall x=3.2: box(.1,1.4,4.6) center (3.15,-0.75,0)\n- east: (7.45,-0.75,0)\n- north: z=-2.3: box(4.4,1.4,.1) center (5.3,-0.75,-2.35)\n- south: (5.3,-0.75,2.35)\n- floor: plane 4.2x4.6 at y=-1.4 rotated -PI/2 with caustics shader, center (5.3,-1.4,0).\nWater: plane 4.2x4.6 at y=-0.13 center (5.3,-0.13,0) water shader.\n\nCollider pool: [3.0,7.6,-2.5,2.5].\n\nSteps visual: at south-east corner inside pool: two boxes tile material descending. skip collider nuance.\n\nLadder at east wall: two vertical chrome cylinders from deck into water + rungs (3 horizontal cylinders). Place x 7.2, z ±0.3? On east interior wall at x 7.35: rails at (7.3, .?, ±0.25) curve over coping — just vertical pipes + top horizontal handles bending: use cylinders + torus quarter? Keep: two vertical cylinders (r.025, h1.5) at (7.3,-0.5,±0.3) plus two rungs horizontal cylinders between them at y -0.5,-1.0, plus handles above deck: horizontal cylinders at y .18 from x7.3→7.05. Good enough.\n\nSkylight above pool in ceiling hole x[3.4,7.2] z[-1.9,1.9]: glass at y 3.3, frame bars: 2 bars x direction, 2 z.\n\nCeiling pieces: hole rect same as above:\n- west piece x[-8,3.4] full z: box(11.4,.12,10) center (-2.3,3.26,0)\n- east piece x[7.2,8]: center (7.6,3.26,0) box(.8,.12,10)\n- north x[3.4,7.2] z[-5,-1.9]: box(3.8,.12,3.1) center (5.3,3.26,-3.45)\n- south: z[1.9,5]: center (5.3,3.26,3.45)\n\nCove lighting: emissive strip boxes along ceiling perimeter inset .3: 4 thin boxes emissive cool white; plus around skylight.\n\nRecessed downlights: 6 small cylinders emissive in ceiling + we already have point lights only 3; downlight emissive only (no light) to save perf.\n\nSun through skylight: sun at (25, 48, 30): direction into pool? Shadow of skylight frame bars onto pool/water: water doesn't receive shadow? ShaderMaterial can receive with lights: custom — skip; floor caustic shader no shadow either. The deck around will get shadows. OK.\n\nChamber window on west wall: opening z[-3.6,-1.4]? I said window z -1..2 on west. Chamber is z<-1.5. Give chamber its own window on north wall? North wall has TV center; put window west section x[-7.4,-5.2] y[1.0,2.3] in north wall → build north wall in segments: \n- piece A x[-8,-7.4] full h\n- piece B x[-5.2, 8] full h? But TV area fine full.\n- under-window x[-7.4,-5.2] y[0,1.0]\n- over-window y[2.3,3.2]\nGlass pane + frame + sill. View to garden side (west side exterior: grass + palm). \n\nWest wall window opening z[-1,2] y[0.9,2.4]: segments:\n- z[-5,-1] full, z[2,5] full, under y0..0.9 z[-1,2], over 2.4..3.2.\n\nEast wall window z[-1.5,1.5] y[0.9,2.4] similar → view side garden. But pool is x 3.2..7.4 z -2.3..2.3 near east wall x=8; window above pool edge looks onto side garden y strip x 8..12 grass + hedge. OK.\n\nCurtains for glass wall: at x -2.6 and 2.6, from y .05..2.6, wavy planes width 1.2. White translucent.\n\nSliding door: opening x[-1.9,1.9]: two glass panels parked: one slid to left overlapping fixed glass at x[-3.8,-1.9]? Visually: place open door panels just outside at x[-3.85,-1.95] and [1.95,3.85] offset z 5.06. With chrome frames. Fine: represent as framed glass panels standing open.\n\nBalcony ceiling? It's open (ground floor, sky above) — but then ceiling slab of interior ends at z=5; balcony open-air with pergola beams: add 3 wooden beams over balcony at y 3.0 spanning z 5..8.8, plus string lights between. \n\nGarden details: hedge boxes along x ±10..? keep simple: bushes scattered, flower patches (instanced small cones colored), stone path from balcony center to beach: stepping discs z 9..16.\n\nOcean shader: reuse water shader with different uniforms (scale, colors, amp). Make function makeWater(colorDeep, colorShallow, scale, amp, alpha).\n\nWater shader details (write once):\n\n```js\nfunction makeWater(opts){ return new THREE.ShaderMaterial({\n transparent:true, depthWrite:false,\n uniforms:{ uTime:{value:0}, uDeep:{value:new THREE.Color(opts.deep)}, uShallow:{value:new THREE.Color(opts.shallow)}, uScale:{value:opts.scale}, uAmp:{value:opts.amp}, uAlpha:{value:opts.alpha}, uSunDir:{value:new THREE.Vector3(0.4,0.8,0.45).normalize()} },\n vertexShader:`\n uniform float uTime; uniform float uScale; uniform float uAmp;\n varying vec2 vP; varying vec3 vWorld;\n float w(vec2 p){ return sin(p.x*3.0+uTime*1.2)+sin(p.y*2.2+uTime*0.9)+sin((p.x+p.y)*1.6+uTime*0.6); }\n void main(){ vUv=uv; vec3 pos=position; vec2 p=uv*uScale; pos.z += w(p)*uAmp; // plane rotated: displace local z (plane geometry XY, we rotate -PI/2 so local z is up)\n vP=p; vec4 wp=modelMatrix*vec4(pos,1.0); vWorld=wp.xyz; gl_Position=projectionMatrix*viewMatrix*wp; }\n `,\n fragmentShader:`\n uniform float uTime; uniform vec3 uDeep,uShallow; uniform float uAlpha; uniform vec3 uSunDir;\n varying vec2 vP; varying vec3 vWorld; varying vec2 vUv? declare vUv in both.\n ...\n `})\n}\n```\nCareful: declare varying vUv in both shaders. Displace local z works for PlaneGeometry rotated via mesh.rotation.x=-PI/2 (local +z becomes world +y). \n\nFragment normal via numeric derivative of w:\n```\nfloat e=0.15;\nfloat h=w(vP); float hx=w(vP+vec2(e,0.)); float hy=w(vP+vec2(0.,e));\nvec3 N=normalize(vec3(-(hx-h)/e*uAmp*? ... \n```\nTune: N = normalize(vec3((h-hx)*2.0, 1.0, (h-hy)*2.0)); pseudo.\n\nFresnel with view dir V=normalize(cameraPosition-vWorld).\n\nSpec sun: R=reflect(-uSunDir,N); spec=pow(max(dot(R,V),0),90)*1.5.\n\nEdge foam using vUv when opts.foam true (pool): pass uFoam flag float.\n\nAlso pool water semi see-through to caustics floor: alpha .8, plus caustics bright → looks watery. \n\nOcean: no foam, scale 40 (uv across 300m? plane 500x300 with uv 0..1 → p=uv*40 wavelength ~ (2π/3)/40*500≈26m ok), amp .35.\n\nTime uniforms collected in array `animated` to tick.\n\nTV shader:\n\n```\nuniform float uTime; varying vec2 vUv;\nfloat hash(float n){return fract(sin(n)*43758.5453);}\nvoid main(){\n vec2 uv=vUv;\n vec3 top=vec3(0.20,0.65,1.0); vec3 bot=vec3(0.15,0.85,0.45);\n vec3 col=mix(bot,top,uv.y);\n // sun glow\n col+=vec3(1.0,0.95,0.7)*0.35*smoothstep(0.6,0.0,length(uv-vec2(0.78,0.75)));\n // hills\n float h1=0.28+0.06*sin(uv.x*5.0+1.0); col=mix(col,vec3(0.10,0.65,0.30),smoothstep(h1+0.01,h1,uv.y)*0.8);\n float h2=0.18+0.05*sin(uv.x*7.0+3.0); col=mix(col,vec3(0.05,0.5,0.25),smoothstep(h2+0.01,h2,uv.y)*0.9);\n // bubbles\n for(int i=0;i<12;i++){ float fi=float(i); float sp=0.05+0.1*hash(fi*7.1); float x=hash(fi*3.3); float y=fract(uTime*sp+hash(fi*9.7)); float r=0.015+0.03*hash(fi*5.5); vec2 bp=vec2(x+0.03*sin(uTime*0.8+fi), y); float d=length((uv-bp)*vec2(1.6,1.0)); col+=vec3(0.9,1.0,1.0)*smoothstep(r,r*0.3,d)*0.35; col+=vec3(1.0)*smoothstep(r*0.35,0.0,length((uv-bp-vec2(r*0.3,r*0.3))*vec2(1.6,1.0)))*0.5; }\n // light sweep\n float sw=smoothstep(0.02,0.0,abs(uv.x+uv.y*0.4-fract(uTime*0.05)*2.0+0.5)); col+=vec3(1.0)*sw*0.15;\n // gloss diagonal\n col+=vec3(1.0)*0.08*smoothstep(0.35,0.0,abs(uv.y-uv.x*0.5-0.35));\n gl_FragColor=vec4(col,1.0);\n}\n```\nMultiply final by 1.15 for slight bloom.\n\nAquarium back panel: reuse caustic shader as function makeCaustics(color1,color2,scale).\n\nNow fish material: MeshStandardMaterial color orange, roughness .4; koi white.\n\nTime to write the final file. I'll be careful about typos and three.js API. Also add error handling? Keep straightforward.\n\nAlso small detail: `scene.environment` via RoomEnvironment:\n```js\nconst pmrem=new THREE.PMREMGenerator(renderer);\nscene.environment=pmrem.fromScene(new RoomEnvironment(renderer),0.04).texture;\n```\nIn r160 RoomEnvironment constructor optionally takes renderer? `new RoomEnvironment()` fine.\n\nenvMapIntensity default 1; reduce on walls maybe. Fine.\n\nBloom: strength 0.35 radius 0.5 threshold 0.8.\n\nRenderer: antialias, setPixelRatio min(devicePixelRatio,1.75).\n\nNow UI overlay content:\n- Title: \"✦ FRUTIGER AERO HOUSE\"\n- subtitle: \"aqua • vita • tech — an interactive interior\"\n- Enter button \"Dive In 💧\"\n- controls list.\n- footer hint sound.\n\nTop-right buttons: 🔊 toggle, ❔ help (shows overlay again without stopping? just alert-less: re-show panel semi). Keep: help button toggles overlay visibility with resume button.\n\nCrosshair hidden until locked; listen pointerlockchange.\n\nJoystick for touch: implement minimal: touchstart on left half creates joystick base div at touch point; move sets vector; right half drag look.\n\nI think total code ~1100-1300 lines. Acceptable.\n\nAlso handle context menu prevent? Not needed.\n\nLet me carefully write the colliders and movement:\n\n```js\nconst keys={};\naddEventListener('keydown',e=>keys[e.code]=true);\naddEventListener('keyup',e=>keys[e.code]=false);\nfunction updateMove(dt){\n const sp=(keys.ShiftLeft||keys.ShiftRight)?5.2:2.8;\n let f=0,s=0;\n if(keys.KeyW||keys.ArrowUp)f+=1; if(keys.KeyS||keys.ArrowDown)f-=1;\n if(keys.KeyD||keys.ArrowRight)s+=1; if(keys.KeyA||keys.ArrowLeft)s-=1;\n // joystick adds\n f+=joy.y; s+=joy.x;\n const len=Math.hypot(f,s); if(len>1){f/=len;s/=len;}\n const sin=Math.sin(yaw),cos=Math.cos(yaw);\n const dx=( -sin*f + cos*s )*sp*dt; // forward = -Z rotated by yaw: forward vector = (−sin yaw, 0, −cos yaw)\n const dz=( -cos*f - sin*s )*sp*dt;\n tryMove(dx,0); tryMove(0,dz);\n}\n```\nCheck: yaw=0 forward should be -z: dx=0*... f=1 → dx = -sin0*1=0, dz=-cos0*1=-1 ✓. Right (s=1): dx=cos0=1 ✓ (right=+x when facing -z) ✓.\n\ntryMove: newX=pos.x+dx; if !hitAny(newX,pos.z) pos.x=newX.\n\nhitAny(x,z): for boxes: if x> b.x1-r && x< b.x2+r && z> b.z1-r && z< b.z2+r return true.\n\nBoxes array of {x1,z1,x2,z2}.\n\nLook: on mousemove if locked: yaw-=movementX*0.0022; pitch-=movementY*0.0022 clamp.\n\nDrag fallback: mousedown && !locked → track.\n\nCamera: camera.rotation.order='YXZ'; camera.rotation.y=yaw; camera.rotation.x=pitch; position.copy(player).\n\nAdd subtle head bob: bobT+=speed*dt when moving; camera.y=1.6+sin(bobT*8)*0.02*movingFactor.\n\nAudio functions with scheduler using setInterval guarded.\n\nSeagull: two quick descending chirps: osc square? Use sine 1200→700 with vibrato; rare (every 25-60s) only when on balcony? just global quiet.\n\nWrite it all now. Also add small loading of none — immediate.\n\nOne more interior piece: rug under bed? round rug chamber. Bookshelf with books on west wall near chamber window? We have divider shelf with books — ok.\n\nDining nook? skip.\n\nAlso add ceiling fan? skip.\n\nCheck bloom + transparent glass: fine.\n\nFor walls receiving shadows: wall material standard roughness .95; floor clearcoat receives shadow fine.\n\nSet castShadow=true for: sofa parts, tv console, bed, tables, plants trunks/leaves, wardrobe, shelf, loungers, palms outside, railing posts? minor. Sun shadows outside matter for palms onto grass → yes castShadow.\n\nShadow camera: d=30: sun.shadow.camera left/right/top/bottom ±28, near 1 far 120. position (25,48,30) target (0,0,8) to include garden? House focus: target (0,0,2).\n\nNow writing the actual final code. I'll write it in one pass, carefully.\n\nAlso, IMPORTANT: make sure no use of undeclared vars; keep function order: helpers → textures → materials → builders → scene assembly → audio → controls → loop.\n\nFish maker:\n\n```js\nfunction makeFish(color,tailColor,size){\n const g=new THREE.Group();\n const body=new THREE.Mesh(new THREE.SphereGeometry(1,12,10), new THREE.MeshStandardMaterial({color,roughness:.5}));\n body.scale.set(size*1.6,size*0.55,size*0.4); g.add(body);\n const tail=new THREE.Mesh(new THREE.ConeGeometry(size*0.5,size*1.1,2? ...), mat);\n```\nTail: use flattened cone: ConeGeometry(size*0.55, size*1.2, 6) scaled z .15, rotated z = -PI/2? Cone points +y; rotate to point -x: rotation.z = PI/2 → points... cone tip +y; rotation.z=-PI/2 makes tip +x. We want tail at back (-x): tip -x → rotation.z=PI/2? tip +y rotated by +90° about z maps +y→-x? Rotating +y axis by +PI/2 about z: (0,1,0)→(-1,0,0) yes tip -x. Place tail at x=-size*1.6, and pivot: set tail.position.x=-size*1.9, and wrap tail in pivot group at body back for wagging: tailPivot at (-size*1.5,0,0), tail child offset (-size*0.5,0,0). Wag tailPivot.rotation.y=sin*0.5.\nTop fin: small cone on top flattened.\nEye: tiny black spheres both sides.\n\nKoi spots: 2-3 small orange spheres flattened placed on body top/side.\n\nFish update: each fish object {grp, tail, cx,cy,cz,rx,rz,sp,ph,wag}: \n```\na=t*sp+ph; x=cx+cos(a)*rx; z=cz+sin(a)*rz; y=cy+sin(a*2.3)*0.06;\nheading: dx=-sin(a)*rx, dz=cos(a)*rz; grp.rotation.y=Math.atan2(-dz,dx)? \n```\nFor forward +x model: direction angle θ=atan2(dz,dx)... rotation.y = -atan2(dz,dx)? In three, rotation.y positive rotates +x toward -z. If velocity v=(vx,vz), facing angle: rotY = Math.atan2(-vz, vx). Check v=(1,0)→rotY=0 ✓. v=(0,-1) (moving -z): rotY=atan2(1,0)=PI/2 → +x rotates toward -z ✓. Good.\nDirection reverses when ellipse direction... fish swims forward along tangent always (a increasing) ✓.\n\nBut ellipse tangent: position (cos a * rx, sin a * rz); velocity (-sin a*rx*sp, cos a*rz*sp) ✓.\n\nBubble streams: InstancedMesh sphere(0.02) count 24: each rises y loop with wobble; placed in aquarium at two x columns and pool center-ish. Store per-instance params array; update matrices each frame (cheap for 60 instances).\n\nRoom floating bubbles: InstancedMesh 36, bigger r .05 additive? Use MeshPhysicalMaterial transparent opacity .25 envMapIntensity 2 — pretty. Update rise slow, sway; wrap y 0.2..2.9. Also avoid pool region? fine anywhere.\n\nString lights: along balcony front rail: catenary between posts: sample quadratic sag; small spheres emissive 2.0 color 0xfff2b0; 3 strands; slight per-light intensity flicker → use single material, flicker via material.emissiveIntensity global sin — fine.\n\nBeach ball: stripes canvas: 12 vertical stripes alternating colors [white,#ff5b5b? aero palette: #ffffff,#7ed957,#38b6ff,#ffde59,#ff914d]. Sphere r .22 at (6.2,-0.06,0.9) bob y=−0.05+sin*0.02 rotate slowly.\n\nFruit bowl: glass bowl: LatheGeometry profile open? Use sphere half: SphereGeometry(r, ..., phiStart, thetaLength PI/2) scaled y .6, material glass double side; apples: 4 spheres r .05 lime/orange glossy stacked inside at (0.4,?) on coffee table top y .45. Coffee table: glass top box(1.6,0.04,0.8) at y .42, legs chrome cyl r.02 h.4 at 4 corners, lower shelf wood box(1.4,0.03,0.7) y .12 with books (3 thin boxes colored) + magazine.\n\nBooks helper: row of books given width: n books random h .18-.26 depth .16 colors pastel — place on divider shelves and console.\n\nVase lathe:\n```js\nconst pts=[]; profile: (0,0),(0.09,0.01),(0.11,0.08),(0.07,0.2),(0.05,0.28),(0.07,0.34) → LatheGeometry(points as Vector2(x,y))\n```\n\nPlant big: pot lathe terracotta or white gloss; soil disc; stems: 5 cylinders angled; leaves: leaf planes with bend: PlaneGeometry(0.28,0.7,1,6); curve: for each vertex, y world along length; offset z = sin(t*PI)*0.18 - t*t*0.25 droop; then mesh positioned at stem top rotated outward. Material doubleSide leaf tex alphaTest .5.\n\nPalm potted similar smaller with narrower leaves more droop.\n\nSucculent: 8 cones small arranged rosette green.\n\nDivider shelf: frame: two side boards box(.04,2.2,.35)? Actually divider along z: length 3 (z -3.5..-0.5), depth x .35, at x=-4.2. Posts at ends box(.05,2.2,.35); shelves horizontal box(.35,.04,3.0) at y .4, .9, 1.4, 1.9; top board. Items: books rows on shelves at some z segments, small vase, plant, glass orb, photo frame.\n\nWardrobe: box(2.0,2.3,0.6) white gloss at (-6.3,1.15,-4.6) with 2 doors: front face z=-4.29: door panels box(0.98,2.24,0.03) with long chrome handles (cylinders vertical); one door mirror material (metalness 1 roughness .03, envMapIntensity 1.5).\n\nBed: \n- frame wood: box(2.2,0.25,1.9) center (-6.7,0.13+0.1?,-2.55): frame top .3; legs 4 small.\n- headboard: box(0.12,1.1,1.9) at x=-7.75 y .85, padded: add 3 cushion rounded boxes vertical.\n- mattress: rounded box(2.05,0.25,1.75) center (-6.72,0.42,-2.55) white.\n- duvet: rounded box(1.4,0.12,1.8) covering lower 2/3 x from -6.4..-5.75, color aqua, slight rotation? plus folded throw lime at foot.\n- pillows: two rounded boxes (0.5,0.14,0.35) tilted against headboard at (-7.35,0.62, -2.9) and (-7.35,0.62,-2.2), white; two accent smaller lime/sky.\nNightstand: box(.5,.45,.45) wood + drawer line + lamp: base cyl, stem, shade cone open? shade: CylinderGeometry(top .09,bottom .13,h .16, open) emissive inside warm; PointLight small warm (-7.55,0.95,-4.05) intensity 6 dist 5.\n\nAlso wall art above bed: framed aero art.\n\nRug chamber: CircleGeometry r 1.1 white fluffy → material roughness 1 color #eaf6ff at (-6.2,0.005,-0.6)? overlapping walk area fine.\n\nAlarm clock + books on nightstand.\n\nLiving wall art: two frames on west wall x=-7.98 facing +x: rotation.y=PI/2, at z 0.6 and 2.6? window occupies z -1..2; place art z 3.2 and single big at chamber? place art pieces: one on north wall right of TV x 4.5, one west wall z 3.4, one east wall z 3.5 (above pool? east wall z 3.5 is beyond window -1.5..1.5 ok).\n\nClock on east wall z -3.5.\n\nCredenza/TV console: box(3.6,0.5,0.55) center (0,0.28,-4.6) white gloss + 3 drawer fronts slightly proud with chrome bar handles + 4 legs. TV on top: screen group center y = .53+ (TV height .7/2) → screen center ~0.95; TV 1.6x0.9 (65\"): bezel rounded box(1.66,0.96,0.06) black gloss; screen plane 1.56x0.86 with shader at z +0.035 facing +z (toward sofa) rotation? group faces +z. Stand neck + base? It sits on console via small central foot. Add soundbar box(1.2,0.08,0.1) front, and two speakers cylinders at console ends, subwoofer? fine.\n\nGame console glossy white small box + glowing strip.\n\nTV bias lighting: PointLight blue small in front of wall behind TV? Add emissive strip behind TV (box slightly larger behind bezel, emissive sky) → halo with bloom. \n\nSofa: group at (0,0,0.65) facing -z (sofa back toward +z). Parts:\n- base rounded box(3.0,0.45,1.0) center y .35 (seat top .575)\n- arms: rounded box(.3,.62,1.0) at x ±1.35? total width: base 2.4 + arms → overall 3.0. base width 2.4, arms at x ±1.35.\n- back: rounded box(2.4,0.55,0.25) at z +0.38 tilt slight, top y ~1.0\n- seat cushions: 2 rounded box(1.12,0.18,0.55) at x ±0.57, y .62, z -0.1\n- back cushions: 2 rounded box(1.12,0.5,0.18) tilted -10°, at z .28, y .85\n- throw pillows: 3 small rounded (.34,.34,.12) lime, aqua, orange at various lean\n- legs: 4 chrome cylinders r .03 h .12.\n- throw blanket draped over arm: small wavy plane orange.\n\nSide table round: cylinder top r .3 h .04 glass? wood; chrome leg; on it: remote? candle? small plant succulent + coaster.\n\nFloor lamp: at (-2.15,0,1.1): base cyl r .16, pole h 1.55, drum shade cylinder r .22 h .25 emissive warm inside + PointLight (-2.15,1.5,1.1) intensity 8 dist 6 warm.\n\nRug living: plane(3.4,2.4) aero rug tex at (0,0.006,-0.45) rotation -PI/2. Coffee table sits on it.\n\nCurtains: at glass wall: left x -2.75, right 2.75, width 1.3 height 2.6 plane with vertical wave displacement, material white transparent .55 doubleSide, at z 4.75. Also curtain rod chrome across x -3.4..3.4 at y 2.72 with finials spheres.\n\nCeiling pendant over coffee table: two at (±0.5, , -0.9): cord cylinder h .7 from ceiling y3.2→2.5, shade: ConeGeometry(.18,.22, open) glossy lime, bulb sphere emissive; PointLights (±0.5,2.35,-0.9) intensity 10 dist 7 warm. Hmm two point lights + floor lamp + chamber + pool = 5 points. OK.\n\nPool area light: emissive panel in ceiling? Skylight provides sun; add cove emissive. Add one PointLight cool (5.3,2.6,0) intensity 12 dist 8 color #cfefff.\n\nTotal point lights: 5-6, fine without shadows.\n\nBalcony loungers: frame: two side rails boxes angled? Simplify: base box(0.6,0.12,1.5) at y .25 with legs, back rest box(0.6,0.08,0.7) rotated -35° at head end, towel: thin rounded box colored (aqua/orange) on top, pillow. Wood slat texture? plain teak color. Place facing +z (view ocean): length along z, head at north (z smaller) raised toward south view. Put at z 6.2..7.7.\n\nSide table between: cyl r .25 h .45 white gloss; drinks: 2 glasses: cylinder open transparent + inner liquid cylinder colored (orange juice, blue curaçao!) + tiny straw cylinder tilted. Cute aero detail.\n\nBalcony rug round + lantern? enough.\n\nPergola beams: 3 box(.12,.15,4.0) wood at y 3.05, x -4,0,4 spanning z 5..9; plus 2 cross beams along x at z 5.2? Just 3 beams + string lights hung from them in catenaries along x at z 6.5, 7.5? Attach strands between beams along z? Simplest: strands along front edge between posts at z 8.6: 2 spans (-5.9..0, 0..5.9) with sag.\n\nExterior palms: makePalm(h): trunk: CylinderGeometry(r top .09 bottom .14, h) with slight bend via 2 stacked segments rotated ~6°; coconut spheres 2 brown at top; fronds: 9 planes(0.35,1.9,1,6) curved droop, green darker tex, arranged radially tilted down ~35°. castShadow.\n\nBushes: IcosahedronGeometry(r,1) flattened, dark green, few sizes; flowers: InstancedMesh cone small colors ×60 scattered on grass.\n\nPath stones: CylinderGeometry r .35 h .05 gray-white, z 9.3..15.5 step .8, slight x wiggle.\n\nFence/hedge far edges: box hedge dark green along x ±14 z 9..17 sides to frame view: 2 boxes(0.8,1.2,8) at (±12, .6, 13).\n\nOcean plane: PlaneGeometry(600,330) rot -PI/2 at (0,-0.15, 185) covers z 20..350. Beach sand strip plane(600, 8) at z 17.5? grass plane big 600x600 at y -0.05 under everything color grass; sand z 14..21 slight overlap; water from 20.\n\nAlso foam line at shore: thin white plane at z 20.5 with animated opacity? subtle: skip or simple.\n\nSky dome: SphereGeometry(360, 32, 16) BackSide material map skyTex (fog false). Fog affects dome? Set material fog:false. Sky tex on sphere: equirect-ish gradient fine.\n\nSun sprite: SpriteMaterial map radial gradient, at (140, 90, 300) scale 70, fog false, toneMapped? keep bright for bloom: sprite material color white, map; depthWrite false. Bloom threshold .8 catches it.\n\nClouds: 8 sprites scale 30-60 at y 45..75, z 60..260, x -150..150, drift.\n\nIslands: cone + sphere top green at (-90,0,220) scale 25 and (70,0,260) scale 32.\n\nSailboat? skip.\n\nBirds: 3 small \"m\" shaped using two triangles? Implement as sprites with canvas bird glyph \"︵\"? Use canvas draw two arcs — sprites drifting across occasionally. Simple: 5 sprites with texture of gull silhouette (draw arcs), moving. Do it: cute.\n\nOK, audio code concrete:\n\n```js\nconst Sound={\n on:false, ctx:null, master:null,\n start(){ if(this.ctx) return; const C=this.ctx=new (window.AudioContext||window.webkitAudioContext)();\n const m=this.master=C.createGain(); m.gain.value=0.0; m.connect(C.destination); this.target=0.8;\n // pad\n const padG=C.createGain(); padG.gain.value=0.05; const lp=C.createBiquadFilter(); lp.type='lowpass'; lp.frequency.value=720; padG.connect(lp).connect? -> connect chain properly.\n [110,164.81,196,246.94,329.63].forEach((f,i)=>{ const o=C.createOscillator(); o.type=i%2?'sine':'triangle'; o.frequency.value=f; o.detune.value=(i-2)*4; const g=C.createGain(); g.gain.value=0.5/5; o.connect(g); g.connect(padG); o.start();});\n const lfo=C.createOscillator(); lfo.frequency.value=0.07; const lg=C.createGain(); lg.gain.value=0.02; lfo.connect(lg); lg.connect(padG.gain); lfo.start();\n // waves\n const nb=this.noiseBuffer(); const src=C.createBufferSource(); src.buffer=nb; src.loop=true;\n const bp=C.createBiquadFilter(); bp.type='bandpass'; bp.frequency.value=420; bp.Q.value=0.6;\n const wg=C.createGain(); wg.gain.value=0.10;\n const wlfo=C.createOscillator(); wlfo.frequency.value=0.11; const wlg=C.createGain(); wlg.gain.value=0.05; wlfo.connect(wlg); wlg.connect(wg.gain); wlfo.start();\n src.connect(bp); bp.connect(wg); wg.connect(m); src.start();\n // schedule bubbles & chimes & gulls\n this.loop('bubble', ()=>this.bubble(), 1500, 4500);\n this.loop('chime', ()=>this.chime(), 9000, 20000);\n this.loop('gull', ()=>this.gull(), 20000, 45000);\n this.fadeIn();\n },\n noiseBuffer(){ const C=this.ctx,len=C.sampleRate*4,b=C.createBuffer(1,len,C.sampleRate),d=b.getChannelData(0); let last=0; for(let i=0;i{ if(this.on)fn(); this.timers=setTimeout(tick,min+Math.random()*(max-min)); }; setTimeout(tick, min*0.5); },\n bubble(){ const C=this.ctx,t=C.currentTime; const o=C.createOscillator(),g=C.createGain(); o.type='sine'; o.frequency.setValueAtTime(300+Math.random()*300,t); o.frequency.exponentialRampToValueAtTime(900+Math.random()*400,t+0.12); g.gain.setValueAtTime(0.0001,t); g.gain.exponentialRampToValueAtTime(0.06,t+0.02); g.gain.exponentialRampToValueAtTime(0.0001,t+0.16); o.connect(g); g.connect(this.master); o.start(t); o.stop(t+0.2); },\n chime(){ const notes=[523.25,587.33,659.25,783.99,880,1046.5]; const f=notes[Math.floor(Math.random()*notes.length)]; const C=this.ctx,t=C.currentTime; const car=C.createOscillator(),mod=C.createOscillator(),mg=C.createGain(),g=C.createGain(); car.frequency.value=f; mod.frequency.value=f*2.76; mg.gain.setValueAtTime(f*1.8,t); mg.gain.exponentialRampToValueAtTime(1,t+1.2); mod.connect(mg); mg.connect(car.frequency); g.gain.setValueAtTime(0.0001,t); g.gain.exponentialRampToValueAtTime(0.05,t+0.01); g.gain.exponentialRampToValueAtTime(0.0001,t+2.4); car.connect(g); g.connect(this.master); car.start(t); mod.start(t); car.stop(t+2.6); mod.stop(t+2.6); },\n gull(){ const C=this.ctx,t0=C.currentTime; for(let i=0;i<2+Math.floor(Math.random()*2);i++){ const t=t0+i*0.28; const o=C.createOscillator(),g=C.createGain(); o.type='sawtooth'? too harsh use 'square' quiet? use triangle; o.frequency.setValueAtTime(1250,t); o.frequency.exponentialRampToValueAtTime(820,t+0.18); g.gain.setValueAtTime(0.0001,t); g.gain.exponentialRampToValueAtTime(0.015,t+0.03); g.gain.exponentialRampToValueAtTime(0.0001,t+0.22); const bp=C.createBiquadFilter(); bp.type='bandpass'; bp.frequency.value=1400; o.connect(bp); bp.connect(g); g.connect(this.master); o.start(t); o.stop(t+0.25);} },\n fadeIn(){ const t=this.ctx.currentTime; this.master.gain.cancelScheduledValues(t); this.master.gain.setTargetAtTime(this.on?0.8:0.0,t,0.8); },\n toggle(){ this.on=!this.on; if(this.ctx){ this.ctx.resume(); this.fadeIn(); } }\n}\n```\nStart: on=true then start().\n\nUnderwater muffle when near pool? skip.\n\nNow assemble final HTML/CSS/JS. Also FPS safety: if bloom too heavy on mobile, allow toggle \"Q\" quality? Add button toggling bloom pass enabled. Minor: include.\n\nWrite overlay help content:\n- 🖱 Click — look around\n- WASD — walk • Shift — run\n- 💧 Everything procedural — no assets\n\nLet me also add small \"minimap\"? no.\n\nCheck RoundedBoxGeometry UV/normals fine.\n\nOne more: prevent water plane z-fighting with pool floor: depths differ, fine.\n\nGlass material side: FrontSide ok; railing panels double? fine.\n\nWrite CSS bubbles in overlay background: several with keyframes rise.\n\nAlright — also ensure `three` module scripts run after DOM (place at end / type=module default defer).\n\nAlso iOS: AudioContext resume on touch.\n\nFinal check on bloom import path & OutputPass path:\n'three/addons/postprocessing/EffectComposer.js'\n'three/addons/postprocessing/RenderPass.js'\n'three/addons/postprocessing/UnrealBloomPass.js'\n'three/addons/postprocessing/OutputPass.js'\n\nRoomEnvironment: 'three/addons/environments/RoomEnvironment.js'\nRoundedBoxGeometry: 'three/addons/geometries/RoundedBoxGeometry.js'\n\nSet renderer.useLegacyLights? In r160 default false (physical). Intensities: sun 2.5? For physical mode, directional intensity 2.5 fine; point lights intensity in candela: a 10-intensity point at 2m ≈ 10/4=2.5 → visible. Use values: pendant 8, floor lamp 10, chamber 6, pool 14, aquarium light 4. OK.\n\nHemi 0.5, sun 2.6.\n\nExposure 1.15.\n\nLet me now write the whole thing. I'll number sections in comments. Careful with backticks inside shader strings (fine, they're in JS template literals inside

make a frutiger areo housse, add textures , sounds , colors....