Photoreal SpaceX Falcon 9 launch in a Three.js HTML scene

Create a single self-contained HTML file using Three.js that renders a photoreal industrial **Falcon 9 launch** in daylight. The scene should look like filmed reference of a Cape Canaveral / SLC-40-style pad, not a stylized game trailer. Constraints * Load Three.js from a CDN only. No other libraries. No physics engine. No build step. * Everything lives in one HTML file and runs when opened in a modern browser. * Fill the entire viewport edge to edge. No margins, borders, blank bars, or unused frame. * No overlay text, titles, labels, HUD, captions, menus, buttons, or UI. * Start automatically on page load. * Optimize for smooth real-time performance. Prefer fewer physically grounded effects over many decorative particle systems. Visual style * Photoreal industrial daylight, not stylized, not neon, not “vibrant AAA.” * Palette: scorched concrete, dirty white metal, soot, steel, sunlit steam, pale blue sky. * The only intense color should come from the engine plume and its heat light. * Use `MeshStandardMaterial` / `MeshPhysicalMaterial`, ACES Filmic tone mapping, physically based lights, PCF soft shadows, and light atmospheric fog. * Hard sunlight, readable shadows, dirty wear on metal and concrete. No toy-like plastic materials. Falcon 9 * Build a recognizable Falcon 9 Full Thrust / Block 5-class stack as the clear focus: first stage, black interstage, second stage, payload fairing. * Correct tall proportions. Keep the vehicle large enough to read tank bands, raceway, octaweb, engine bells, folded landing legs, and stowed grid fins. * Nine Merlin engines in the octaweb. Landing legs and grid fins stay stowed. * White booster with realistic panel seams, soot, and wear. Not a stack of untextured cylinders. * Sit the rocket vertically on the pad at the start. Launch site * Detailed industrial pad: scorched concrete, blast marks, flame trench / deflector, pipes, platforms, barriers, service equipment, tanks, and a SpaceX-style **strongback / transporter-erector** beside the rocket — not a generic NASA gantry. * Mechanical arms / umbilicals hold and service the vehicle before release. * Distant low coastal terrain and structures only. Almost no vegetation in the blast zone. No green park, no colorful hills, no decorative grass next to the engines. * Water deluge hardware implied by the effect: at ignition the ground cloud is mostly **steam and soot**, not desert dust. Lighting * Bright daytime sky, strong sun, high visibility. * Engine light is a local warm/white source that lights the octaweb, pad, trench, and lower strongback. It must not flood the whole world like a generic point light. Animation sequence Drive the motion with simple authored timing and kinematics only. No rigid-body physics library. 1. Short calm pre-launch: faint venting, light steam drift, small warning beacons. 2. Nine engines ignite under hold-down. Tight high-velocity plumes, not campfire flames. 3. Hold-down fire for about 1.5–2 s