The user wants a photorealistic 3D world featuring a man on a horse explaining management concepts, with 360-degree movable camera, cinematic feel, fun and joyful vibes. This should be a web-based experience using Three.js (since they mention "vibe coded" and 360-degree movable, Three.js with OrbitControls is perfect). Key requirements: 1. Photorealistic world (as much as possible with Three.js) 2. Man on a horse 3. Explaining management concepts (speech bubbles, floating text, UI panels) 4. 3D movable 360-degree camera (OrbitControls) 5. Cinematic, fun, joy vibes 6. Full HTML in one code block with all scripts/links I'll create: - A Three.js scene with: - A stylized but detailed horse (built from primitives - body, neck, head, legs, tail, mane) - A man rider (body, head, arms - one arm gesturing like explaining) - Beautiful environment: sunset/cinematic sky, ground, trees, mountains, clouds - Floating management concept cards/bubbles around them (e.g., "Leadership", "Synergy", "KPIs", "Agile", "Delegation", "SWOT", "ROI", "Teamwork") - Speech bubble with rotating management quotes - Cinematic lighting: golden hour sun, fog, god rays feel - Particles/fireflies for magic - OrbitControls for 360 movement - Auto-rotate cinematic mode toggle - UI overlay with title, concept explanations panel - Click on concept bubbles to show explanation - Animations: horse tail swish, head bob, man gesturing arm, breathing Let me build this carefully with good code: - Use Three.js from CDN (use a version with non-module build for simplicity in single file, e.g., three@0.128.0 which has THREE global and OrbitControls from examples/js). Actually three r128 still has examples/js builds. Let me use: - https://cdnjs.cloudflare.com/ajax/libs/three.js/r128/three.min.js - OrbitControls: https://cdn.jsdelivr.net/npm/three@0.128.0/examples/js/controls/OrbitControls.js That combination works and gives THREE.OrbitControls global. Scene elements: 1. Sky: large sphere with gradient shader or use scene.background with fog. Cinematic golden sunset: gradient from warm orange near horizon to deep blue-purple above. I can use a custom shader on a big sphere. 2. Sun: glowing sprite + directional light warm color. 3. Ground: large circle plane with grass-like color, maybe vertex noise for gentle hills. Add a path. 4. Trees: simple low-poly trees (cone/sphere foliage on cylinder trunk) scattered around. 5. Mountains: distant cones with fog. 6. Clouds: soft sprites drifting. 7. Horse: - Body: elongated sphere (scaled) - Neck: cylinder angled - Head: box/sphere shape with muzzle - Ears: small cones - Legs: 4 cylinders with hooves - Tail: curved, animated swish - Mane: darker strip along neck - Saddle: torus/box piece - Reins maybe - Color: rich brown with darker mane 8. Man: - Torso, head with skin tone, hair, maybe a suit jacket color (management guy in business attire!) - Arms: one resting, one raised gesturing (animated waving/pointing) - Legs in riding position - Maybe a tie (fun detail) 9. Floating concept bubbles: spheres or sprite text labels orbiting the horse+man. Use canvas textures for text labels: "LEADERSHIP", "SYNERGY", "DELEGATION", "AGILE", "ROI", "TEAMWORK", "VISION", "KPIs". Make them glowing orbs with text sprites. 10. Speech bubble above man's head: canvas texture with rotating management phrases like "We need to leverage our core competencies!", "Let's circle back and touch base!", "Synergize the paradigm shift!", "Move the needle with agile sprints!", "Think outside the box... ON A HORSE!" 11. Raycasting: click concept orbs → show info panel with funny-serious explanation. 12. Particles: floating dust/fireflies in golden light. 13. Post feel: vignette overlay via CSS, letterbox cinematic bars (toggle), film grain maybe subtle. 14. UI: Title "HORSE-SENSE MANAGEMENT" or "MANAGEMENT ON HORSEBACK 🐴" with cinematic font (Google Fonts - Cinzel or Bebas Neue). Buttons: Cinematic Mode (auto orbit), bars toggle, quote next. 15. Camera: OrbitControls with damping, min/max distance, target at horse. Animation loop: - Tail swish (rotation.z sin) - Horse breathing (body scale subtle) - Head bob - Man's arm gesturing (rotation) - Bubbles orbiting & bobbing - Clouds drift - Particles float - Sun light subtle flicker? maybe not. - Speech text cycles every ~6s with fade. Photorealistic is hard with primitives, but I can add: - Nice lighting: hemisphere light + warm directional with shadows - Soft shadows (PCFSoftShadowMap) - Fog for depth - Ground texture via canvas noise for grass feel - ACESFilmicToneMapping for cinematic tone - sRGB encoding Let me write canvas-generated textures: - Grass texture: green noise with slight variation, tiled. - Speech bubble: rounded rectangle white with tail, text. - Concept orb label: glowing circle with text. - Cloud: radial gradient blobs. Let me structure the code: ```html Management on Horseback — 360° Cinematic

...

? Actually 3D speech bubble sprite is better.

concept explanation

buttons: Cinematic Auto-Orbit, Letterbox, Random Quote, concepts list

Drag to orbit 360°...

``` Main JS sections: 1. Renderer, scene, camera, controls setup 2. Lights + shadows 3. Sky dome shader, sun, fog 4. Ground with canvas texture + gentle hills via displacement? Simple: CircleGeometry with vertex displacement in JS. 5. Environment: trees, rocks, mountains, clouds 6. Horse build (group with named parts for animation) 7. Rider build 8. Speech bubble sprite + update function 9. Concept orbs (orbiting group) 10. Particles 11. Raycaster click handling 12. UI wiring 13. Animate loop with clock Horse construction details (facing +X direction, say): - bodyGroup at y ~1.35 (horse body center height) - body: SphereGeometry(0.55) scaled (1.6, 1, 0.9) → elongated along X - chest/rump: extra spheres at ends for roundness - neck: from front top, cylinder rotated ~ -50° going up-forward; attach head at top - head: box-ish: use sphere scaled (1.2, 0.7, 0.5) plus muzzle box - ears: two small cones on top - legs: 4, at (±0.55 x, body bottom, ±0.25 z); each: upper cylinder + lower cylinder + hoof cylinder (dark). Slight stance variation. Keep simple: single tapered cylinder per leg angled slightly. - tail: group at rear; a few stacked spheres or curved cylinder; animate rotation.z = sin swing - mane: flattened boxes along neck top, dark - saddle: box + padding at body top center; stirrups maybe skip - reins: thin tube from head to man's hands — could use a simple line/cylinder; maybe skip or simple. Colors: body #7a4a2b (brown), mane/tail #2e1c11, hooves #1c1c1c, saddle #4a2c15 with red blanket #a83232. Materials: MeshStandardMaterial with roughness ~0.7, slight metalness 0. Rider: - seated at saddle position: hips at y ~2.1 - torso: capsule-ish (cylinder + spheres) wearing suit jacket navy #1f3a5f - shirt white patch + red tie (small box) - head: sphere skin #d9a066, hair cap (sphere half, dark), maybe glasses? fun: sunglasses black box — cinematic! - arms: upper arm cylinder + forearm cylinder. Left arm down holding reins; right arm raised pointing forward — animate forearm rotation for gesturing. - legs: thighs angled forward-down, calves down, boots black. Positioned as if in stirrups. Animation: right forearm rotates (gesturing explaining), slight torso lean/bob, head turns slightly as if talking. Speech bubble sprite: canvas 512x256, white rounded bubble, tail, text wrapped. Use THREE.Sprite with CanvasTexture, scale ~ (2.2, 1.1). Position above rider head, slight bob. To update text: redraw canvas, texture.needsUpdate = true. Fade: use material.opacity. Quotes array (fun management speak): - "Let's circle back and synergize our core competencies!" - "Per my last neigh-mail... 🐴" - "We must MOVE THE NEEDLE — giddyup!" - "Agile isn't a methodology, it's a lifestyle." - "Think outside the box. We are literally outside." - "Leverage the paradigm. Ride the synergy." - "Our Q4 strategy: fewer meetings, more galloping." - "Empower your team — delegate the reins!" - "KPIs? Keep People Inspired... and Stable." - "This is not a horse. It's a strategic mobility platform." Concept orbs with explanations: - LEADERSHIP: "Lead from the front — like a rider who knows when to steer and when to trust the horse." - SYNERGY: "Horse + human = 2 horsepower. That's synergy." - DELEGATION: "Give the reins to your team. They know the trail." - AGILE: "Pivot fast. A horse can turn on a dime — so should your sprints." - VISION: "Keep your eyes on the horizon, not just the hoofprints." - ROI: "Return on Investment: one apple invested → 20 miles of output." - TEAMWORK: "No one rides alone. Even the Lone Ranger had Tonto." - KPIs: "Measure what matters: hay consumed, morale boosted, sunsets witnessed." Orb visuals: glowing sphere (MeshBasicMaterial emissive look) + text sprite above. Orbit around at radius ~3.5, heights vary, bob. Environment: - Ground: circle radius 60, canvas grass texture repeat 8x8, slight height noise for verts. - Path: darker strip? maybe skip or make a dirt circle around horse. Simple: add a brown dirt disc under horse (radius 4) slightly above ground. - Trees: ~14 positioned in ring radius 10–50, random scale; foliage 2-3 spheres green, trunk cylinder. - Mountains: 6-8 large cones far away (radius 70-90) gray-blue, fog does the rest. - Clouds: 6 sprites at y 18-30, drift slowly. - Sun: directional light warm #ffd9a0 from sunset direction + big glowing sprite low on horizon. - Particles: 200 points golden, floating. - Fog: color matching horizon, near 25 far 90. Sky shader: simple gradient via ShaderMaterial on backside sphere: top color #1b2a4a (dusk blue), middle #7a4d8f? Actually sunset: horizon #ff9a56 orange → mid #b56576 purple → top #2b3a67 deep blue. Mix by normalized y. Tone mapping: ACESFilmic, exposure 1.1. Output encoding sRGB. Shadows: directional light castShadow, shadow camera sized ~20, horse/rider cast, ground receive, trees cast. Cinematic mode: autoRotate on controls, letterbox bars slide in via CSS class. Toggle button. UI design: - Top-left: title small caps with film vibe: "🎬 THE MANAGEMENT COWBOY" subtitle "A 360° Cinematic Masterclass on Horseback". - Bottom center: buttons: ▶ Cinematic Mode, 🎞 Letterbox, 💬 New Wisdom, 💡 (concept chips maybe list). - Right side info panel slides in when orb clicked: concept name + description + close. - Hint bottom: "🖱 Drag to orbit • Scroll to zoom • Click glowing orbs". - Vignette overlay CSS radial-gradient. - Font: 'Bebas Neue' for title, 'Inter' or system for body. Google fonts link. Raycast on click: check orb group children; open panel; maybe pulse the orb. Also add double-click to focus? Keep simple. Extra fun: subtle camera intro animation — camera starts far and dollies in over first 3 seconds (lerp). Nice cinematic touch. Implement with a simple intro flag and lerp in animate; cancel on user interaction (controls 'start' event). Horse idle animation: occasional head bob (sin), tail swish, breathing scale y, ears twitch? Ears rotate occasionally with random timer. Legs static. Maybe gentle whole-body sway. Also, birds? Could add a couple of flying "V" birds as simple animated sprites... maybe skip to keep size manageable, or add 3 simple bird shapes (two triangles) flying circles — adds life. I'll add small birds as dark cone/tetra shapes circling high. Simple: 3 birds, each group of two angled planes flapping. Cheap and cute. Maybe use small "V" made of two thin boxes, flap rotation. Ok. Dust particles near horse hooves? The global golden particles suffice. Sound: No external audio (could use WebAudio synth ambient?). Skip audio to avoid autoplay issues; maybe add optional "🐎 Neigh!" button that synthesizes a quick sound via WebAudio oscillator? A neigh is hard to synth... Could do a fun descending pitch whinny-ish. That adds joy! Let me add a "Neigh 🐴" button that plays a synthesized whinny: oscillators with vibrato, pitch drop. Fun and self-contained. I'll implement a simple whinny: sine osc from 800→300 Hz over 0.8s with LFO vibrato 25Hz, plus noise? Keep simple with two oscs. It's playful. Let me write the whinny: ```js function whinny(){ const ctx = new (window.AudioContext||window.webkitAudioContext)(); const t = ctx.currentTime; const osc = ctx.createOscillator(); osc.type='sawtooth'; const lfo = ctx.createOscillator(); lfo.frequency.value=22; const lfoGain = ctx.createGain(); lfoGain.gain.value=60; lfo.connect(lfoGain); lfoGain.connect(osc.frequency); osc.frequency.setValueAtTime(900,t); osc.frequency.exponentialRampToValueAtTime(350,t+0.9); const g = ctx.createGain(); g.gain.setValueAtTime(0.0001,t); g.gain.exponentialRampToValueAtTime(0.25,t+0.08); g.gain.exponentialRampToValueAtTime(0.0001,t+1.0); const f = ctx.createBiquadFilter(); f.type='lowpass'; f.frequency.value=1800; osc.connect(f); f.connect(g); g.connect(ctx.destination); osc.start(t); lfo.start(t); osc.stop(t+1.05); lfo.stop(t+1.05); } ``` Also trigger horse head toss animation when neighing — set neighT timer that raises head briefly. Mobile: touch works with OrbitControls. UI responsive-ish. Performance: fine. Now, code writing. I need to be careful with: - r128 API: renderer.outputEncoding = THREE.sRGBEncoding; renderer.toneMapping = THREE.ACESFilmicToneMapping. - Shadows: renderer.shadowMap.enabled = true; type PCFSoft. - Sprite material with map + transparent. - CanvasTexture: set encoding sRGB for correct colors: tex.encoding = THREE.sRGBEncoding. Text sprites for orbs: canvas 512x128, draw text with glow (shadowBlur), white/gold. Scale sprite ~ (1.6, 0.4). Orb mesh: SphereGeometry(0.28), MeshStandardMaterial emissive color, emissiveIntensity, plus a point light? Too many lights; instead add additive glow sprite behind each orb (radial gradient). 8 orbs × sprite ok. Concept data array with name, color, desc. Orbit group: rotate slowly; each orb bobs via stored phase. Click handling: raycaster against orbMeshes array; on hit, openPanel(concept). Panel: fixed right, glassmorphism, concept title colored, description, close button. Buttons bar: - 🎬 Cinematic (toggle autoRotate + letterbox together?) I'll make Cinematic toggle enable both autorotate+letterbox; Letterbox separate toggle; 💬 New Wisdom (next quote); 🐴 Neigh. - Also maybe 📸 Random Angle: jump camera to a random cinematic angle with smooth transition. Fun! Implement: pick random spherical position at radius 5-8, lerp over 1.5s. I'll include "🎲 Random Shot". Camera transitions: store camAnim {from, to, t}. During anim, disable controls? Simpler: lerp camera position each frame until t>=1; controls still allow orbit but may fight. Temporarily set controls.enabled=false during transition. Intro dolly: use same camAnim from start pos (14, 6, 14) to (6.5, 3.2, 7) over 3.5s ease. Cancel on user drag (controls 'start' event sets camAnim=null). Speech bubble update: phrases cycle automatically every 7s with fade out/in (opacity lerp). Implement bubble state: nextPhraseTime, fading. Simpler: track t; when switching, set targetOpacity 0, when opacity ~0 redraw text & set target 1. Bubble canvas draw: rounded rect with tail bottom center-left, text wrapped to 2-3 lines, font bold 40px system, dark text, subtle border gold. Bubble faces camera automatically as sprite. Position above rider (0, 4.2, 0) relative world, plus bob. Scale bubble ~ (3.0, 1.5). Ensure doesn't occlude too much; set depthWrite false? Sprite material transparent, fine. renderOrder maybe. Ground texture canvas: 256x256 base #3f6d2f with noise dots various greens + few blades lines. RepeatWrapping repeat 6. Also scatter small flowers? Little colored dots as tiny spheres maybe skip; grass texture can have flower specks (yellow/white dots). Cute. Rocks: few dodecahedron gray scattered. Fence? A rustic fence segment adds cowboy vibe: posts + rails boxes near the clearing edge. Add 6 posts ring segment. Nice touch, cheap. Maybe skip to limit size... I'll add a small fence arc, it's cheap (loop of boxes). Now mountains: cones radius 25-35 height 20-30 at distance 75-95, color #5a6b8a with fog blending. Since fog far=90, they'll be hazy. Good. Sun sprite: radial gradient warm white→transparent, size 18, at direction of light * 80, y ~10. Plus lens-ish secondary glow smaller. Directional light position (30, 18, -20) warm; ambient/hemisphere: sky #8fa3c7 ground #4a3b2a intensity .5. Also a cool rim light from opposite low intensity blue for cinematic contrast? Add DirectionalLight #6a8cff 0.25 from (-20,10,15). Nice. Shadow settings: d.light.shadow.mapSize 2048, camera left/right/top/bottom ±15, near 1 far 80, bias -0.0005. Horse facing direction: let's face +Z? Camera start at (6.5,3.2,7) looking at (0,1.8,0). Put horse facing +X so we see side profile from front-right. Rider gestures toward camera-ish. fine. Horse group hierarchy: ``` horse (group at 0,0,0) body parts at y around 1.35 headGroup (for bobbing) pivot at neck base tailGroup pivot at rear top legs... rider (group at saddle position) added to horse? Rider independent group positioned at (0.15, ...) since horse doesn't move (idle only). Put rider as child of horse group so everything cohesive. ``` Neigh animation: neighT from 1→0 when triggered; headGroup.rotation.x = base - neighCurve (toss up) and bubble? fine. Detailed positions (units meters-ish): Horse body center y=1.32. Body sphere r=0.55 scale (1.55,1.0,0.82) → length ~1.7, height ~1.1. Chest sphere r=0.42 at (0.55,1.35,0) scale(1,1.05,0.95). Rump sphere r=0.44 at (-0.55,1.36,0) scale(1,1.02,0.95). Neck: cylinder r0=0.16 r1=0.24 length 0.85, pivot group at (0.78,1.62,0); rotate z about -55° so it goes up-forward to +X. Cylinder default along Y; rotate z by -0.9 rad... Let's use headGroup at (0.82, 1.6, 0); neck cylinder positioned y=0.38 inside headGroup rotated? Simpler: headGroup rotation.z = -0.85; inside it, neck mesh at y=0.36 (along group's Y which now points forward-up). Head parts at y=0.8 in group: head sphere r=0.22 scale(1.35,0.9,0.75) at (0,0.82,0); muzzle box (0.3,0.18,0.2) at (0.18,0.72,0) — since group rotated, +Y local is forward-up... hmm confusing. Let me instead not rotate a group; compute positions directly with an angle. Alternative simpler: neck as cylinder between two points using lookAt or manual rotation. I'll create a helper `limb(from, to, r1, r2, mat)` that creates cylinder oriented between points using quaternion. That's robust for neck, legs, arms, tail, reins! ```js function tube(from, to, rTop, rBottom, mat, seg=10){ const dir = new THREE.Vector3().subVectors(to, from); const len = dir.length(); const geo = new THREE.CylinderGeometry(rTop, rBottom, len, seg); const mesh = new THREE.Mesh(geo, mat); mesh.position.copy(from).addScaledVector(dir, 0.5); mesh.quaternion.setFromUnitVectors(new THREE.Vector3(0,1,0), dir.clone().normalize()); return mesh; } ``` Note CylinderGeometry rTop at +Y end → top radius corresponds to 'to' end. Then: - neck: tube((0.72,1.5,0),(1.05,2.05,0), 0.15, 0.24) - But for head bob animation I want a pivot. headGroup at (0.72,1.5,0) containing neck tube (from (0,0,0) to (0.33,0.55,0) local), head sphere at local (0.42,0.62,0) etc. Rotation.z small negative for bob? Rotating headGroup.z by small angle swings head forward/back; for bob up/down rotate about z too (since forward is +X, pitch is rotation.z). Good: head bob = headGroup.rotation.z = -0.06*sin + neigh toss extra. Head details local coords (headGroup origin at neck base (0.72,1.5,0) world): - neck tube local from (0,0,0) to (0.33,0.55,0) r 0.15/0.23 - head sphere r 0.21 scale(1.3,0.85,0.7) at (0.45,0.66,0) - muzzle: sphere r 0.11 scale(1.4,0.9,0.9) at (0.66,0.60,0) - nostrils tiny dark spheres at (0.74,0.58,±0.05) - eyes: dark spheres r0.035 at (0.52,0.72,±0.13) — wait head scaled z 0.7*0.21=0.147 half-width, so eyes at z ±0.12, x 0.5, y 0.7. Add tiny white glint? skip. - ears: cones r0.05 h0.16 at (0.36,0.86,±0.09) rotated slight outward; store for twitch. - mane: series of small flattened boxes along neck top: for i in 0..5: box(0.1,0.14,0.05) positioned along line from (−0.05,0.18) to (0.28,0.68) offset z 0? Mane on top of neck (away from body forward): neck goes forward-up; mane along the back edge: points from (0,0.12,0) to (0.2,0.62,0)? Place boxes at lerp((-0.02,0.15),(0.16,0.6)) with rotation.z ~ -0.5. Color dark. Or simpler: one elongated thin box along the neck-back: box(0.12, 0.75, 0.06) rotated z -0.55 centered (−0.02,0.35,0)? The back edge line from (0,0) to (0.33,0.55): direction angle atan2(0.55,0.33)=~59° from X → box rotated z = -(90-59)= -31°? Box long axis Y rotated z by -0.53 rad tilts Y toward +X... Let me just rotate z = -0.5 and position (0.05,0.32,0) with slight -x offset so it sits on back of neck: fine, approximate; visually ok. Legs (world coords in horse space): hips at (±0.55, 1.05, ±0.26)? Body bottom y ~1.32-0.55=0.77. Legs from body underside to ground: - front legs at x=0.55: from (0.55,0.95,±0.24) knee (0.58,0.5,±0.25) to hoof (0.6,0.06,±0.26) - back legs at x=-0.55: from (-0.55,0.95,±0.24) to (-0.62,0.06,±0.26) slight angle. Upper leg tube r 0.09/0.07, lower tube r 0.06/0.045, hoof cylinder r0.075 h0.09 dark at y 0.045, plus fetlock? keep simple. Actually to keep code compact, helper makeLeg(x,z,stance) building tubes with slight variations (front-left slightly forward). Cast shadows. Tail: tailGroup at (-1.05,1.55,0); tail made of 3 spheres chain or tube curve: use tube from (0,0,0) to (-0.25,-0.55,0) r 0.06/0.1 dark + tuft sphere r0.12 at (-0.3,-0.7,0). Animate rotation.x (swish sideways) sin*0.4 plus rotation.z slight. Saddle: at (0.05,1.78,0): blanket box(0.62,0.05,0.62) red #8e2f2f with gold trim? just box; seat: half-torus? Use cylinder flattened: cylinder r0.3 h0.08 scale z 1 scale x 1.2 dark leather at y1.82; plus saddle horn small cylinder at front (0.28,1.92,0) r0.03 h0.1. Stirrups: two thin boxes hanging at (0.05,1.55,±0.42)? with strap box(0.03,0.4,0.08) at (0.05,1.62,±0.4). Reins: tube from head muzzle (0.72+0.66,1.5+0.60)≈(1.38,2.1,0) to rider hand (~(0.15,2.35,0.15))? A curved rein would be nicer but straight tube ok, color dark brown thin r0.015. Two reins slightly offset z ±0.05. It's fine. Rider (group at (0.05, 1.85, 0) horse-space; hips): - hips box(0.34,0.22,0.3) navy at (0,0.05,0) - torso tube/box: box(0.36,0.5,0.3) at (0,0.42,0) suit navy; slight lean rotation.z 0.06? Keep upright. - white shirt front: small box(0.2,0.34,0.02) at (0.17,0.45,0)? Front is +X so shirt at x 0.185 z 0: box(0.02,0.34,0.16). - tie: box(0.02,0.26,0.07) red at (0.19,0.4,0) with tiny knot box at top. - jacket lapels skip. - head group at (0,0.85,0): skull sphere r0.17 skin at y0; hair: sphere r0.175 scale(1,0.75,1) dark at y0.05 behind x-0.03; sunglasses: black box(0.05,0.05,0.3)? Glasses front at x 0.15: box(0.06,0.05,0.26) at (0.15,0.02,0) + temples skip. Smile? skip. - neck cylinder r0.06 h0.08 at (0,0.7,0). - arms: shoulder at (0,0.6,±0.2). - Left arm (z=+0.2? which side faces camera at start? camera at (6.5,3.2,7) is at +X+Z quadrant; horse faces +X; so side facing camera is +Z side (left side of horse). Make the gesturing arm the +Z one. - Upper arm tube from (0,0.6,0.2) to elbow (0.08,0.35,0.34); forearm from elbow to hand raised (0.28,0.62,0.4)? A raised "explaining" pose: elbow bent, hand up palm. For animation, make armGroup pivot at shoulder; inside, upperarm tube to elbow local, forearmGroup at elbow with tube + hand sphere; animate forearmGroup.rotation.x/z gestures. Let me define armGroupR at shoulder (0,0.62,0.21). Inside: upper = tube((0,0,0),(0.05,-0.26,0.12),0.05,0.045) foreGroup at (0.05,-0.26,0.12): fore = tube((0,0,0),(0.18,0.18,0.06),0.04,0.035); hand sphere r0.05 at (0.2,0.2,0.06). Base armGroupR.rotation: maybe x 0 so it hangs then forearm raised. Animate foreGroup.rotation.z = -0.3+sin(t*2)*0.25 and armGroupR.rotation.x = sin(t*1.3)*0.1 → gesturing outward. It'll look like talking gestures. Good enough. - Left arm (−Z side): hangs to hold reins: tube (0,0.6,-0.2)→(-0.02,0.32,-0.26); forearm to (0.16,0.28,-0.2) hand sphere. Reins target that hand. - Legs: thigh tube from hip (0,0.05,±0.12) to knee (0.26,-0.28,±0.3); calf tube knee to boot (0.18,-0.72,±0.34); boot box(0.2,0.1,0.09) at (0.2,-0.76,±0.34) dark. These drape over saddle sides (z ±0.3 > saddle 0.31... saddle half z 0.31, boots at z ±0.34 slightly outside). ok. All rider meshes castShadow. Horse materials: bodyMat standard color 0x6f4526 roughness .65; darkMat 0x2a1a0e; hoofMat 0x151312 roughness .4. Add subtle sheen: envMap none; rely on lights. Ok bubble: also add small "💼" briefcase in rider's other hand? Fun but skip. Concept orbs placement: radius 3.2 around center (0,2.2,0) heights vary 1.6..3.2. Orbiting group rotation.y += 0.12*dt; each orb also bob sin. Orb mesh sphere 0.16 + glow sprite scale 1.1 + label sprite scale (1.5,0.38) above at local y 0.45. Labels always face camera (sprites do). Orb meshes for raycast. Also store concept index in userData. Colors: gold #ffd166, teal #06d6a0, blue #4cc9f0, pink #ef476f, purple #b388ff, orange #ff9f5a, green #8ecae6... choose distinct. Panel content mapping. Quotes + auto cycle. Birds: 3 groups at radius 25-35 height 16-22, angular speed; each bird = two thin boxes (wings) pivoting flap sin. Dark color #222. Simple. Clouds: canvas radial blob texture; 6 sprites scale 10-18, y 16-26, opacity 0.85, drift x slowly wrap. Fireflies/particles: BufferGeometry 250 points in cylinder radius 30 height 0..8; PointsMaterial size 0.08 color 0xffd9a0 transparent opacity .8, additive blending, depthWrite false. Animate positions? Use shader-less: rotate points group slowly + per-frame slight y sin using stored base positions — 250 updates/frame ok. Simpler: rotate group and bob whole group. Even simpler: individual twinkle via material size? Keep: store base positions array; each frame y = base + sin(t+phase)*0.3. 250*3 floats fine. Stars? It's sunset; add few faint stars up high? skip. Rainbow? skip. Now UI/HTML/CSS: Fonts: ``` ``` CSS overlays: - body margin 0 overflow hidden background #000. - #c (canvas container) fullscreen. - .vignette: pointer-events none; position fixed inset 0; background radial-gradient(ellipse at center, transparent 55%, rgba(0,0,0,.55) 100%); mix? plus subtle top gradient. - .bar top/bottom: position fixed left0 right0 height 0 background #000 transition height .6s; body.letterbox .bar{height:9vh}. - header: fixed top-left, padding, color #fff, text-shadow; h1 Bebas Neue 34px letter-spacing 3px with gradient text? Use gold color #ffd166. Sub small Inter 12px opacity .8. Add REC dot? cute: "● REC" blinking red small at top-right with "4K • 360°" label. Fun cinematic vibe. Add timecode ticking? Extra fun: timecode updates with rAF — cheap. I'll add top-right: ● REC 00:00:00 ticking. - #hint bottom-center small pill. - #toolbar bottom-center above hint: buttons pill glass: backdrop-filter blur, rgba white .12 border white .25, hover .25. Emoji labels. - #panel: fixed right 20px top 50% translateY(-50%) width 280px glass card; hidden via translateX(120%) transition; contains h3 colored, p, close ×. - Also small "concept chips" legend? The orbs have labels already; skip. - Loading overlay? Scene builds fast; simple "Loading…" fadeout div. Nice touch: #loader with spinner text "Saddling up…" fade out on first frame. - Cursor pointer when hovering orb: raycast on mousemove throttled — set canvas style cursor. ok. Footer credit small bottom-right: "Built with Three.js • 100% organic horsepower". JS outline: ```js // setup const container=document.getElementById('scene'); renderer, scene, camera(55, aspect, .1, 400), pos intro start (16,7,16) controls target (0,2,0); damping; minDistance 3; maxDistance 30; maxPolarAngle 1.5 (avoid under ground); autoRotateSpeed 0.8. ``` Sky dome shader: ```js const skyGeo=new THREE.SphereGeometry(180,32,16); const skyMat=new THREE.ShaderMaterial({side:BackSide, uniforms:{}, vertexShader pass world normal y, fragment mix colors}); ``` frag: ``` float h=normalize(vWorldPos).y*0.5+0.5; vec3 top=vec3(0.10,0.16,0.35); vec3 mid=vec3(0.55,0.35,0.55); vec3 bot=vec3(1.0,0.55,0.30); vec3 col=mix(bot,mid,smoothstep(0.0,0.35,h)); col=mix(col,top,smoothstep(0.35,0.85,h)); ``` Add sun glow: dot with sunDir pow. I'll pass sunDir uniform: ``` float s=pow(max(dot(normalize(vWorldPos),sunDir),0.0),60.0); col+=vec3(1.0,0.8,0.5)*s*0.9; ``` Nice built-in glow. fog: scene.fog=new THREE.Fog(0xdf9a6a, 30, 120)? Fog color should match horizon: warm haze #e8a06b. Sky bottom orange — ok blend. Sun sprite at sunDir*160. Lights as planned. Ground: ``` const g=new THREE.CircleGeometry(90, 96); rotate -PI/2; displace verts (except center r<6 keep flat) y+=noise-ish (sin/cos random smooth) * up to 1.2 at distance; compute normals. ``` Displacement: y = (Math.sin(x*0.08)+Math.cos(z*0.07))*0.5 + (Math.sin(x*0.3+z*0.2))*0.15 scaled by smoothstep(dist,5,20) so clearing flat. Material: MeshStandardMaterial map grassTex repeat 10, roughness 1. receiveShadow. Dirt patch: CircleGeometry 5, color #7a5a3a roughness, y 0.02, slight noise? plain fine, with canvas dirt texture maybe simple noise. Reuse noise canvas generator with brown palette. I'll write makeNoiseTexture(baseColors, size) generic. Grass texture generator: ``` canvas 256; fill #4a7a34; loop 3000 dots random green shades radius 1-2; few yellow/white flower dots (80); ``` Dirt: fill #7a5a3a dots browns. Trees: ``` function tree(x,z,s){ trunk cylinder(0.12*s,0.18*s,1.6*s) brown y .8s; foliage: 3 spheres r .9s,.7s,.5s at y 1.6s..2.6s offsets; greens vary hue; castShadow } place ~16 at ring 12..55 random angle, avoid path? fine. ``` Also bushes: small spheres y0.3 near clearing r 6-9, 8 of them. Mountains loop 8: angle i/8*2π+rand, dist 85+rand*25, cone(r 18+rand*14, h 22+rand*16, 5) color 0x6a6f8e roughness1 flatShading true. y = h/2 - 1. Clouds: sprite texture blob: canvas 256x128 multiple radial gradients white. 7 sprites pos y 18-30 dist 60-120 scale (14-24, 6-10). drift: pos.x += dt*speed; wrap at ±130. Slight opacity 0.9, depthWrite false. Horse build code as planned with tube helper. Also a campfire? no. Butterflies? skip. Bubble: ``` function makeBubble(){canvas 640x320; tex; sprite scale (3.4,1.7); pos(0.3,4.6,0)} drawBubble(text): clear; rounded rect(20,20,600,220) fill white .95 stroke gold 6; tail triangle from (140,235) to (110,300) to (200,238)? tail pointing down-left toward head; text wrapped maxWidth 560 centered, font 44px Inter 600 color #2b2b2b. ``` Wrap function split words. Bubble bob y=4.6+sin*0.08; opacity fade transitions; slight scale pulse on new phrase. Rider head also turns toward camera? Cute: head lookAt camera subtly clamped... maybe too much; skip, but head slight rotation.y sin like addressing crowd. Orbs: ``` const concepts=[{name:'LEADERSHIP',color:0xffd166,desc:'...'},...8] group orbGroup; for each: angle=i/8*2π; holder=new Group at angle pos (cos*r, h, sin*r); orbMesh sphere .17 basic? Use MeshStandardMaterial {color, emissive: color, emissiveIntensity:.9, roughness:.3}; glow sprite canvas radial color; label sprite text. holder.userData.phase random. orbGroup.add(holder) — positions set once; animate orbGroup.rotation.y += dt*0.15; holder.position.y = base + sin(t+phase)*0.25; orb scale pulse 1+0.08 sin. ``` Raycast targets: orbMeshes array; on click → panel show + pulse orb (store pulseT). Label text canvas: 512x96, font Bebas? canvas can use loaded Google font after load; risk of font not ready — use bold system font 'Arial Black' fallback: font='700 56px Bebas Neue, Arial'. Since drawn once at init before font loads maybe falls back; acceptable, or redraw after document.fonts.ready. I'll redraw labels + bubble in document.fonts.ready.then(). Nice. Glow sprite: radial gradient of concept color → transparent, additive blending. Interaction: ``` canvas click: if mouse moved < 5px (not drag): raycast orbs → openPanel mousemove: hover cursor. ``` Camera anim helper: ``` let camAnim=null; function flyTo(pos, targetPos, dur){camAnim={fp:camera.position.clone(), tp:pos, ft:controls.target.clone(), tt:targetPos, t:0, dur}; controls.enabled=false} in loop: if camAnim: t+=dt/dur; k=easeInOutCubic; camera.position.lerpVectors(fp,tp,k); controls.target.lerpVectors(ft,tt,k); if t>=1 {camAnim=null; controls.enabled=true} controls.addEventListener('start',()=>{camAnim=null; controls.enabled=true}) ``` Intro: flyTo after 0.3s: from (16,7,16) to (6.8,3.4,7.2) dur 3.2. Actually set camera initial at (16,7,16) and call flyTo immediately at load with dur 3.5. Random shot: random angle θ, r 5..8, y 2.2..5 → pos (cosθ*r, y, sinθ*r), target (0,2,0). flyTo dur 1.6. Cinematic toggle: autoRotate=!; body.classList.toggle('letterbox') synced? Separate buttons; Cinematic sets both: cinematic=!cinematic; controls.autoRotate=cinematic; body.classList.toggle('letterbox', cinematic); button active style. Letterbox button toggles class only. Wisdom button: nextPhrase(). Neigh button: whinny() + neighT=1 (+ maybe bubble shows "NEIIIIGH! 🐴" briefly? fun: temporarily override phrase). I'll do: show phrase "— NEIGH! 🐴 (translation: 'Synergy.')" via bubble override for 2.5s then resume. Timecode: frames counter → format HH:MM:SS:FF at 24fps from clock elapsed; update div textContent each frame cheap enough; throttle to every 4 frames. Panel close button; also ESC closes. Resize handler. Loader: after first render, fade #loader. Alright, also accessibility: buttons are

— Prof. Horse, MBA (Master of Barnyard Administration)

``` Cute sign-off adds joy. Header: ```html

THE CONSULTING COWBOY

A 360° cinematic masterclass in management • presented on horseback

``` Title alternatives: "MANE MANAGEMENT" — pun! "MANE MANAGEMENT 🐴 — A 360° Cinematic Masterclass". That's fun. Subtitle: "B-school, but make it horseback." Toolbar buttons: - ▶ Cinematic (toggles to ⏸? just active glow) - 🎞 Letterbox - 💬 New Wisdom - 🎲 Random Shot - 🐴 Neigh! REC indicator top-right: `

REC 00:00:00:00

` plus small "4K • 360° • GOLDEN HOUR". Hint: "Drag to orbit • Scroll to zoom • Click the glowing orbs for wisdom". Loader: full black overlay "🐴 Saddling up…" fade. Vignette + subtle top gradient + film grain? Grain via CSS animated noise is heavy; skip or add ultra-subtle using repeating radial? Skip grain. Music? skip. Alright, also make sure script order: three.min.js then OrbitControls.js then main. Potential r128 gotchas: - THREE.CircleGeometry exists. - renderer.physicallyCorrectLights not needed. - texture.encoding = THREE.sRGBEncoding for color textures; set anisotropy for ground. - SpriteMaterial sizeAttenuation default true fine. Shadow: with many objects ok. One more consideration: tube() geometry many cylinders — fine. Let me now also plan bird implementation compact: ```js const birds=[]; for(let i=0;i<3;i++){ const b=new THREE.Group(); const w1=new THREE.Mesh(new THREE.BoxGeometry(0.5,0.03,0.12),birdMat); const w2=w1.clone(); w1.position.x=-0.25; w2.position.x=0.25; pivots? simply rotate each wing z flap: w1.rotation.z = f; w2.rotation.z=-f; wings pivot at center edge — rotate around their inner edge requires offset; cheat: put wings as children of two pivot groups at center. ``` Simpler: two planes hinged: ``` const p1=new Group(); p1.add(mesh positioned x=-0.22); p2 mirrored x=+0.22; flap: p1.rotation.z = -f; p2.rotation.z=f; (f=sin(t*10+i)*0.6) ``` Position bird group on circle: angle a=t*speed+off; pos(cos*R, h+sin(a*3)*1? small bob, sin*R); orient along tangent: b.rotation.y = -a (approx). Fine. R=26+i*4, h=17+i*2.5, speed .12+i*.02. Bird color #1f2733 (silhouette at dusk). They won't cast shadow. Now write everything. I'll aim for clean organized code with comments. Watch out: In canvas label drawing use ctx.textAlign center. Bubble tail: triangle from bottom edge toward rider head (down-left): points (150,230),(120,300),(215,232). Fill white, stroke separately maybe skip stroke on tail—draw order: stroke rect, fill tail, then stroke small lines? Simplify: draw tail first filled white, then rounded rect filled white over its base, then stroke rect outline, then text. Clean. RoundRect: implement helper (r128 canvas has roundRect in modern browsers but implement manually for safety). Text wrap: ```js function wrapText(ctx,text,x,y,maxW,lineH){words...} ``` Center vertically: compute lines first then draw. Bubble phrase switch with fade: variables bubbleOpacity target; material.opacity=op; when op<0.05 && pendingPhrase: redraw, pending=null, target=1. Cycle: nextPhraseAt = time+7; when reached → target=0, pending=next quote. On "New Wisdom" button: same trigger. Neigh override: set phrase queue: pending='— NEIGH! 🐴 —'; target=0; and after 2.5s (neighCooldown) schedule next normal phrase: simply set nextPhraseAt=time+3. Panel show: fill content, classList.add('open'). Dot background = concept color. Pulse clicked orb: orb.userData.pulse=1; in loop scale = base*(1+pulse*0.5); pulse decay. Also clicking anywhere else closes panel? Keep close button + Esc. Cursor hover: raycast on pointermove every frame? Use stored mouse and do in loop with throttle every 3 frames. Set container.style.cursor. Edge: sprites (labels/glows) also raycastable — raycast only against orbMeshes list, good. Make sure renderer.setPixelRatio(Math.min(devicePixelRatio,2)). Camera: fov 55, near .1 far 500. controls.enablePan = false (keep focus), zoomSpeed, rotateSpeed .6. controls.minPolarAngle = 0.15; maxPolarAngle = 1.52 (~87°) so can't go below ground. autoRotateSpeed = -0.7 (direction nice). Now the sky sun position: sunDir = normalize( V(0.55, 0.28, -0.6) )? Let sunset behind-left of start camera for silhouette rim... Camera start (6.8,3.4,7.2) looking origin: sun should be roughly opposite to light the scene toward camera or behind horse for rim. Golden backlight looks cinematic: sun at (-30, 14, -25) direction. DirectionalLight.position = (-28, 16, -22). sunDir uniform = normalized position. Sun sprite at position* (normalize*170). y at least 12 so above horizon visually (sky sphere radius 180; sprite at 160 dist, y ~ 0.28*160≈ ... position vector (-28,16,-22) length ~39; scaled to 170: (-122, 70, -96) too high. For sunset look want y ~ 25-35: choose light pos (-40, 12, -30): normalized*170 → (-133, 40, -100). y 40/170 ≈ 13.6° elevation, fine golden-hour-ish. Directional shadow from that direction; camera other side gets lit faces? Camera at +X+Z; light from -X-Z → we see shadow side, rimmed. Rim light (cool) from camera side lifts shadows: put fill dir light at (25, 12, 25) intensity 0.35 warm-neutral. Plus hemisphere 0.5. Good. Shadow camera bounds: scene subject near origin radius ~8 (trees cast too but far ones less important): set bounds ±18, far 120 from light pos distance ~56 → far 150. Ground color with fog #e8a06b — distant grass blends warm. ok. One concern: with ACES tone mapping, sprite canvas whites may blow? Sprites use SpriteMaterial with map; toneMapped property default true in r128? SpriteMaterial toneMapped default true — fine. Bubble readability: white bg fine. Let me count orb label vertical placement: holder at radius 3.1 orbit; y base 2.0 + (i%4)*0.45 (varied heights 2.0-3.35) bob 0.25. Labels y+0.5. Clicking: orbs at ~3m radius, sphere r0.17 — small target on mobile; enlarge raycast hit area via invisible bigger sphere (r0.45) as child? Raycast against orb Mesh with geometry scaled? Add invisible hitSphere r0.5 material visible false — raycast skips invisible? Raycaster respects visible=false? It intersects meshes regardless of material.visible? Mesh.raycast doesn't check visibility; but Raycaster.intersectObject checks object.visible? In three r128, intersectObject respects `object.visible === false`? Actually Raycaster has no automatic skip for invisible in older versions... In r128, `intersectObject` checks `object.layers` and geometry; visibility: I recall Raycaster does NOT skip invisible objects (it tests them) unless you filter. Hmm, actually THREE.Raycaster intersects invisible meshes too (visible flag not checked). To be safe: use material transparent opacity 0 with depthWrite false and mesh visible → raycast works and nothing renders. I'll make hitMesh with MeshBasicMaterial {transparent:true, opacity:0, depthWrite:false} sphere 0.55. Add to orbMeshes for raycast with userData.index. Simplify: raycast list = hitMeshes. Panel open also triggers slight camera? no. Now write final code. I'll write it methodically. Also add `renderer.domElement` into #scene div. Also add subtle idle horse "weight shift": horse.rotation.z tiny sin? Might look odd; skip. Add ground flowers as instanced small? texture specks suffice + few 3D flowers near clearing: 12 tiny: stem cylinder green + head sphere colored. Cheap and joyful. positions ring r 4.5-9 random. Fence: arc from angle 100°..160° radius 7: 5 posts box(0.09,1.1,0.09) y0.55 rotated y, two rails connecting via tube? Rails: tube between consecutive posts top y0.95 and mid y0.6 wood color. Nice. Place fence behind-left (angles near π). Camera start faces from +X+Z so fence at -X+Z or -X-Z visible in background. Choose angles 190°..250° (i.e., -X, -Z area behind horse relative to sun? sun at -X-Z too; backlit fence silhouettes — cinematic!). Good. Bird + clouds drift direction +X. OK writing now. Also remember: no external images; all textures canvas-generated; only CDN scripts + Google fonts. Also handle context: `document.fonts.ready.then(redrawTextAssets)` — redraw bubble current phrase and labels. Let me write the quote list with joyful corporate-speak: ``` "Let's circle back, touch base, and gallop forward!", "Per my last neigh-mail… 🐴", "We don't herd cats. We ride horses. Strategically.", "Synergy is just two horses pulling one wagon.", "Move the needle. Then move the whole haystack.", "Think outside the box. We're literally outside.", "Our core competency? Horsepower. Obviously.", "Low-hanging fruit? I pick apples at full gallop.", "Empowerment means handing over the reins.", "Q4 roadmap: fewer meetings, more meadows.", "This isn't a horse. It's a mobility platform." ``` Concepts as above. Write CSS with nice glassmorphism + gold accents, Bebas Neue title. JS length ~600 lines; fine. Double-check tube helper shadow flags: set mesh.castShadow=true; receiveShadow=true for horse parts maybe. Rider position: saddle seat top ~1.86; rider group at (0.05,1.9,0); hips at local y0; torso up. Feet down to ~1.9-0.76=1.14 — stirrup straps at saddle sides y1.55±; boots at 1.14 floating below straps—okay visually since horse body side at z ±0.4 hides. Actually boots at z ±0.34, horse body half-width ~0.45 at belly (0.55*0.82=0.45): boots inside body silhouette! Need z ±0.5 to clear: knee z ±0.34→ adjust: thigh to knee (0.24,-0.26,±0.42), calf to (0.16,-0.7,±0.46), boot at (0.2,-0.74,±0.47) rot x? boots near horse side bulge 0.45 — z 0.47 just outside. Stirrup straps at z ±0.44 y 1.5-1.7. ok adjust numbers. Head bubble at y 4.55: rider head top ~1.9+0.85+0.17=2.92; bubble bottom (4.55-0.85)=3.7 with tail to 3.55 → gap ok. Bubble center y 4.4 maybe. Use 4.35. Orb radius 3.1 might intersect bubble/labels visually at heights up to 3.35+0.25 bob+label .5=4.1 close to bubble but orbiting; fine. Camera minDistance 3 vs orbs at 3.1 — camera could clip orbs; ok acceptable, orbs glow. Also add target ring? no. Ground receiveShadow; horse cast onto dirt — good. Fog near 28 far 110; mountains at 85-110 partially visible hazy — good. Sky sphere 180 unaffected by fog (ShaderMaterial fog false default). Sprites: SpriteMaterial fog true default → clouds at 60-120 get fogged warm — nice. Sun sprite should ignore fog: mat.fog=false. Bubble/labels ignore fog? They're near; fine either way. Particles additive with fog → distant fade; ok, set fog false to keep sparkle? They're within 30 — fine leave default true. Let me finalize numbers for directional shadow: ``` dLight.position.set(-40,18,-30); dLight.target.position.set(0,0,0); scene.add(target). shadow.camera.left=-20;right=20;top=20;bottom=-20;near=5;far=120;mapSize 2048;bias -0.0004; normalBias 0.02 (r128 supports normalBias). ``` Fill light: DirectionalLight(0xffe8d0, 0.35) at (30,14,28) no shadow. Hemi: (0x9db4ff sky, 0x54402c ground, 0.55). Small ambient? hemi covers. ToneMapping exposure 1.15. Sky uniforms: sunDir = V(-40,18,-30).normalize() → but visually place sun sprite at that dir *170 y≈ 0.31*170=53 elevation 18°? normalize(-40,18,-30): len=√(1600+324+900)=√2824≈53.1 → ( -0.75, 0.34, -0.56 )*170=(-128,58,-96). Elevation ~20°. A bit high for sunset but reads "golden afternoon". Lower light y to 10: dir len √(1600+100+900)=51 → y≈0.196*170≈33. Shadows longer — nicer. Use position (-40,11,-30). Frag sun glow pow 350 tight + broader warm haze pow 8 *0.25 near horizon: add both. Also add faint stars in upper sky via hash? skip. Grass texture repeat 8 with anisotropy 4. Alright — also the "360° vibe": controls allow full azimuth; hint mentions. Time to write the actual file. I'll be meticulous about matching braces. Structure of main script: 1. imports nothing (globals) 2. consts & helpers (V, rand, ease) 3. renderer/scene/camera/controls 4. lights, sky, sun sprite, fog 5. textures (makeNoiseTexture variants) 6. ground, dirt, flowers, fence, trees, bushes, rocks, mountains, clouds, birds 7. horse + rider 8. bubble 9. orbs 10. particles 11. UI refs & events (buttons, panel, raycast) 12. audio whinny 13. animate loop 14. resize 15. loader fade, intro flyTo, fonts.ready redraw Careful: define everything before animate uses. Let me draft mentally some functions: makeRadialTex(size, stops): canvas radial gradient. Cloud texture: draw 5 overlapping radial blobs. Label/bubble drawing functions. Whinny as earlier. Write quote bubble draw: ```js function drawBubble(text){ const c=bubbleCanvas, x=c.getContext('2d'); x.clearRect(0,0,640,320); // tail x.fillStyle='rgba(255,255,255,0.96)'; x.beginPath();x.moveTo(170,205);x.lineTo(120,300);x.lineTo(250,212);x.closePath();x.fill(); roundRectPath(x,25,20,590,200,40); x.fill(); x.lineWidth=7; x.strokeStyle='#e9b44c'; x.stroke(); x.fillStyle='#23303f'; x.textAlign='center'; x.textBaseline='middle'; let size=46; x.font=`700 ${size}px Inter, Arial`; while(x.measureText(text).width>540 && size>26){size-=2;x.font=`700 ${size}px Inter, Arial`;} // wrap up to 2 lines const lines=wrapLines(x,text,540); const lh=size*1.15; const startY=120-(lines.length-1)*lh/2; lines.forEach((l,i)=>x.fillText(l,320,startY+i*lh)); bubbleTex.needsUpdate=true; } ``` Bubble height 200 fits 2-3 lines of 46? 3 lines*53=159 + margins ok. Wrap max 3 lines, font shrink if more: loop. wrapLines: standard. roundRectPath helper. OK, coding time. I'll now produce the final answer HTML. Keep it tidy and commented. Also ensure `type="text/javascript"` default. One more: OrbitControls damping requires controls.update() in loop — yes. Also prevent context menu on canvas for right-drag pan (pan disabled anyway). pointerdown record; pointerup compute click. Handle touch: 'click' fires after touch tap — ok. Escape key closes panel. Write REC timecode using performance clock elapsed from Clock. Also active button state styling .active {background gold-ish}. Neigh button also makes ears wiggle + head toss via neighT=1. Let me make sure the neigh sound only starts on user gesture (button) — fine for autoplay policy. Final check on label font redraw: document.fonts.ready.then(()=>{labels.forEach(l=>l.redraw()); drawBubble(currentPhrase)}). I'll implement labels with stored canvas/ctx and a redraw closure. Simplify label creation: ```js function makeLabel(text,color){ const c=document.createElement('canvas');c.width=512;c.height=112; const tex=new THREE.CanvasTexture(c); tex.encoding=THREE.sRGBEncoding; function draw(){ const x=c.getContext('2d'); x.clearRect(0,0,512,112); x.font='64px "Bebas Neue", Arial'; x.textAlign='center'; x.textBaseline='middle'; x.lineWidth=10; x.strokeStyle='rgba(0,0,0,0.55)'; x.strokeText(text,256,58); x.shadowColor=color; x.shadowBlur=18; x.fillStyle='#ffffff'; x.fillText(text,256,58); tex.needsUpdate=true; } draw(); labelRedraws.push(draw); ... } ``` color as css string: '#'+hex.toString(16).padStart(6,'0'). Glow sprite: makeGlowTex(cssColor). Orb mesh standard: color 0x111? Use MeshStandardMaterial({color:colorHex, emissive:colorHex, emissiveIntensity:1.2, roughness:.4, metalness:0}) — with tone mapping it'll glow-ish. Plus glow sprite behind. Good. Bubble sprite material: map bubbleTex, transparent, depthWrite false; renderOrder 10. Also small: bubble tail points down-left toward rider head — sprite always faces camera so tail direction is screen-space down-left; rider below-ish typically. Fine. Particles update: store Float32Array base + phases; each frame update y only: ``` for i: pos[i*3+1]=base[i*3+1]+Math.sin(t*0.6+phase[i])*0.4; attr.needsUpdate=true; ``` 250 ok. Birds update: as planned. Clouds update: c.position.x += sp*dt; if >140 → -140. Also slight z? keep x. Sun flicker none. Now write it all out. Also include ``. Potential pitfall: In r128, `THREE.CylinderGeometry(rTop,rBottom,h,seg)` fine. CircleGeometry displacement: iterate position attribute: for i: x=pos.getX(i), z... CircleGeometry rotated? Build CircleGeometry(90, 100) then rotateX(-PI/2) then displace y per vertex: y based on x,z. smoothstep: k=Math.min(Math.max((d-6)/14,0),1); k=k*k*(3-2k); y = k*(sin(x*0.11)*cos(z*0.09)*1.4 + sin(x*0.31+z*0.23)*0.35); computeVertexNormals. Mountains beyond ground radius 90: extend ground to 140 so mountains sit on ground: radius 140, fog handles. Camera far 500 ok. Sky 180 radius vs mountains at ~110 fine. Ground 140 radius with 96 segments — displacement across whole; clearing flat center. Trees up to 55. Fence 7. Good; set ground radius 150, repeat 12. Clouds y 20-34; birds 16-22. Fence tube helper reuse (wood mat), posts castShadow. Let me also add path: dirt disc radius 5.5 under horse + a dirt path strip toward camera? Just disc. Flowers 3D: 14 at r 4..9: stem cylinder(0.012,0.012,0.18) green y0.09; head sphere 0.035 color random from [white, yellow #ffd166, pink #ff7aa2] y 0.19. Group. Rocks: 8 dodecahedron r .2-.5 gray #8a8578 rough flatShading at r 6..14, random rot, y half. OK. Writing final. Also add slight ambient golden "god ray" fake: a big translucent cone from sun direction? skip — enough. I must ensure the code has no references to undefined vars. I'll keep a consistent naming. Let me write it now in final form. Rough size: big but fine. Additional joy: title emoji horse 🐴 in H1 via span. Buttons bar bottom center; hint below it small. REC top right. Panel right. Let me write CSS: ```css *{box-sizing:border-box} html,body{margin:0;height:100%;overflow:hidden;background:#0b0e17;font-family:Inter,system-ui,sans-serif} #scene{position:fixed;inset:0} header{position:fixed;top:26px;left:30px;color:#fff;pointer-events:none;z-index:5} header h1{font-family:'Bebas Neue';font-size:clamp(30px,4vw,52px);letter-spacing:4px;margin:0;color:#ffd166;text-shadow:0 3px 18px rgba(0,0,0,.6)} header p{margin:4px 0 0;font-size:13px;letter-spacing:1px;opacity:.85;text-shadow:0 2px 8px #000} #rec{position:fixed;top:26px;right:30px;color:#fff;font-size:12px;letter-spacing:2px;display:flex;gap:8px;align-items:center;z-index:5;text-shadow:0 1px 4px #000} #rec .dot{width:10px;height:10px;border-radius:50%;background:#ff3b30;box-shadow:0 0 10px #ff3b30;animation:blink 1.2s infinite} @keyframes blink{50%{opacity:.15}} #rec small{opacity:.7;letter-spacing:1px} #toolbar{position:fixed;left:50%;bottom:58px;transform:translateX(-50%);display:flex;gap:10px;z-index:6;flex-wrap:wrap;justify-content:center;padding:0 12px} .btn{...} #hint{position:fixed;bottom:22px;left:50%;transform:translateX(-50%);color:#fff;font-size:12px;opacity:.75;letter-spacing:.5px;z-index:5;background:rgba(0,0,0,.25);padding:6px 14px;border-radius:20px;backdrop-filter:blur(6px)} #panel{...} .vignette{position:fixed;inset:0;pointer-events:none;z-index:4;background:radial-gradient(ellipse at 50% 45%, transparent 50%, rgba(10,6,20,.55) 100%)} .bar{position:fixed;left:0;right:0;height:0;background:#000;z-index:7;transition:height .7s cubic-bezier(.7,0,.3,1)} #barT{top:0}#barB{bottom:0} body.letterbox .bar{height:10vh} #loader{position:fixed;inset:0;background:#0b0e17;display:flex;align-items:center;justify-content:center;color:#ffd166;z-index:20;font-family:'Bebas Neue';font-size:28px;letter-spacing:3px;transition:opacity .8s} #loader.hide{opacity:0;pointer-events:none} ``` Panel styles: glass card. btn styles: ```css .btn{cursor:pointer;border:1px solid rgba(255,255,255,.28);background:rgba(20,20,30,.38);color:#fff;padding:10px 16px;border-radius:30px;font-size:13px;letter-spacing:.6px;backdrop-filter:blur(10px);transition:.25s;font-family:Inter} .btn:hover{background:rgba(255,209,102,.25);border-color:#ffd166;transform:translateY(-2px)} .btn.active{background:rgba(255,209,102,.85);color:#1a1206;border-color:#ffd166;font-weight:600} ``` Panel: ```css #panel{position:fixed;top:50%;right:24px;transform:translate(130%,-50%);width:300px;max-width:82vw;background:rgba(18,20,32,.6);border:1px solid rgba(255,255,255,.18);border-radius:18px;padding:22px 22px 18px;color:#eef;backdrop-filter:blur(14px);z-index:8;transition:transform .55s cubic-bezier(.7,0,.2,1);box-shadow:0 20px 60px rgba(0,0,0,.5)} #panel.open{transform:translate(0,-50%)} #panel h3{margin:0 0 8px;font-family:'Bebas Neue';font-size:30px;letter-spacing:2px} #panel p{margin:0;font-size:14px;line-height:1.6;opacity:.92} #panelDot{width:14px;height:14px;border-radius:50%;margin-bottom:10px;box-shadow:0 0 14px currentColor} #panelClose{position:absolute;top:10px;right:12px;background:none;border:none;color:#fff;font-size:20px;cursor:pointer;opacity:.7} #panelClose:hover{opacity:1} .panelFoot{margin-top:14px;font-size:11px;opacity:.6;font-style:italic} ``` HTML skeleton done. Now the big JS. Write carefully. I'll write out the entire thing now in the answer. During writing, double-check each function. Also `controls.addEventListener('start', ...)` exists in r128 — yes. flyTo easeInOutCubic: k = t<.5 ? 4t³ : 1-((-2t+2)³)/2. Intro: after scene built call flyTo(new V(6.6,3.2,7.4), V(0,2.1,0), 3.4). But flyTo captures camera.position as from — set camera initial (17,8,17) before. During camAnim, still call controls.update()? If controls disabled, update still applies damping? Setting position directly then controls.update may fight (controls stores spherical from camera each update). OrbitControls.update recomputes from current camera position — actually update() reads camera.position relative to target and reapplies; while we lerp both camera.position and controls.target, then call controls.update() after, it should settle consistently. I'll lerp then controls.update() always in loop. When camAnim finishes, enable. Should be smooth enough. Hmm: OrbitControls in r128 update() uses internal sphericalDelta — with damping it applies residual rotation; minor. Acceptable. Also during user drag while camAnim null — fine. Random shot picks angle avoiding current within 1 rad? whatever. Ensure raycaster far enough. pointermove hover: store nx,ny; in loop every frame raycast orbs cheap (8 spheres) — do every frame fine. Let me now also compute rider forearm animation base orientation so hand gestures upward: foreGroup initial rotation.x = -0.6 (raises toward -z? hmm axes). Eh — since armR is at +z shoulder, "outward/up" for forearm pointing +x+z: I'll just rotate foreGroup.rotation.z = -0.9 + sin*0.35 → raises forearm toward +x (forward-up). And armR.rotation.x = sin(t*1.3)*0.15 wiggle. Looks gestur-y. Fine-tune by eye not possible; choose safe values producing raised-arm pose. Actually simpler robust pose: define fore local tube from elbow (0,0,0) to (0.22,0.14,0.05) — already raised forward-up relative to arm; then animate small rotations around it: foreGroup.rotation.z = sin(t*2.1)*0.18; foreGroup.rotation.x = sin(t*1.6+1)*0.2. Base hand up. Good. Left arm (−z): tube shoulder(0,0.6,-0.2)→elbow(0.02,0.34,-0.28); fore tube elbow→hand(0.18,0.3,-0.24); hand sphere r0.05 skin. Rein end at world approx rider.pos + (0.18,0.3+? ) ≈ (0.05+0.18, 1.9+0.3+? ) wait hand local within rider group at (0.18,0.3,-0.24)+rider origin(0.05,1.9,0) → (0.23,2.2,-0.24). Reins: tube from muzzle world (headGroup at (0.72,1.5,0) local muzzle (0.66,0.6,±0.03) → world (1.38,2.1,±0.03)) to hand (0.23,2.2,-0.24) and maybe second to (0.23,2.2,-0.2). One rein enough: tube(V(1.36,2.06,-0.02), V(0.23,2.2,-0.22), 0.012,0.012, leatherDark). Since head bobs slightly, rein static — negligible. Saddle: blanket box(0.66,0.06,0.7) #a23232 at (0.02,1.72,0); seat: use cylinder r 0.26 h 0.1 scaled (1.3,1,1.1) #4a2a18 at (0.02,1.79,0); horn: cylinder(0.025,0.035,0.12) at (0.3,1.86,0). Stirrup straps box(0.04,0.34,0.1) at (0.05,1.6,±0.44) dark; stirrup: torus small? box(0.1,0.03,0.14) at (0.05,1.42,±0.45). Rider boots at y≈1.9-0.74=1.16 — below stirrup; fine (legs long). Adjust calf to -0.6 and boot -0.64 → boot y 1.26 near stirrup 1.42-ish close enough. Recompute legs: thigh (0,0.02,±0.14)→knee (0.24,-0.24,±0.42); calf knee→(0.16,-0.58,±0.46); boot box(0.22,0.09,0.1) at (0.18,-0.62,±0.47) rotated z? slight. ok. Rider torso box depth z 0.3; shoulders at z ±0.19. Ensure nothing NaN: tube with from==to avoided. Colors for suit: 0x24406b navy; tie 0xc0272d; shirt 0xf5f2ea; skin 0xe0a878; hair 0x2c2018; boots 0x1c1512; sunglasses 0x0a0a0a. Horse body 0x6e4322; belly lighter? single mat fine; muzzle darker 0x4a2c16; mane/tail 0x20140b. Trees foliage colors: [0x3f7a34, 0x4c8a3a, 0x356b2c, 0x5d9440] pick. Bushes 0x3a6e30. Wood 0x6b4a2f. Rock 0x8d8677. Mountain 0x6a6f92 flat. Sun sprite: makeRadial with stops white→#ffdca0→transparent, scale 26; plus halo scale 60 opacity .35 additive. Now birds material basic (no light) color 0x1d2430. Particles material: color 0xffd9a0 size 0.09, map small radial tex (soft dot) additive, transparent, depthWrite false, opacity .9. Also add 3 shooting butterflies? enough. I'm confident. Also `document.fonts.ready` guard existence. Timecode: ```js const e=clock.elapsedTime; const fr=Math.floor(e*24)%24; s...; format pad2. ``` Write now. Also final wrap: closing tags, done. Answer should just contain brief intro + code block. No mention of iframe. # 🐴 MANE MANAGEMENT — A 360° Cinematic Horseback Masterclass Here's a fully self-contained, interactive 3D world: a consulting cowboy on his horse at golden hour, floating management-concept orbs you can click, a rotating speech bubble of corporate wisdom, cinematic letterbox mode, a synthesized neigh button, and full 360° orbit controls. ```html MANE MANAGEMENT — 360° Cinematic Horseback Masterclass

🐴 MANE MANAGEMENT

A 360° CINEMATIC MASTERCLASS IN LEADERSHIP — PRESENTED ON HORSEBACK

REC 00:00:00:00 4K • 360° • GOLDEN HOUR

🖱 Drag to orbit 360° • Scroll to zoom • Click the glowing orbs for wisdom

— Prof. Horse, MBA (Master of Barnyard Administration)

BUILT WITH THREE.JS • 100% ORGANIC HORSEPOWER

SADDLING UP…warming the golden hour

``` **What's inside the experience:** - 🌍 **360° world** — drag to orbit freely around a golden-hour meadow with hills, trees, a rustic fence, hazy mountains, drifting clouds, circling birds, and floating golden dust - 🐴 **Living horse** — swishing tail, breathing body, bobbing head, twitching ears, and a full head-toss when it neighs - 🤠 **The Consultant** — suited rider with tie and sunglasses, endlessly gesturing as he lectures - 💡 **8 clickable glowing concept orbs** (Leadership, Synergy, Delegation, Agile, Vision, ROI, Teamwork, Stakeholders) that orbit the scene and open a wisdom panel - 💬 **Auto-rotating speech bubble** full of joyful corporate-speak ("This isn't a horse. It's a mobility platform.") - 🎬 **Cinematic Mode** — auto-orbit + letterbox bars + blinking REC timecode, plus a **Random Shot** button that flies the camera to a new angle - 🔊 **Neigh button** — a fully synthesized whinny via WebAudio (no audio files needed)

Create photorelatic world of man at horse explaining abou ma...