Ski 2000 - Sports Game

Please use Three.js to generate a **mobile-first game** with the theme "Ski 2000". Please read the following detailed game design requirements first, and then generate the code accordingly: ### 1. Assets & Environment * **Visual Style**: Recreate the "Early 2000s Flash Game" aesthetic using Low-Poly 3D models with flat shading (MeshBasicMaterial or ToonShader). The palette should be high contrast: stark white snow, deep cyan/blue shadows/sky, and a vibrant Red player character. * **Player Character**: A blocky, low-poly skier in a bright red jumpsuit with yellow skis. **Crucial visual detail**: A long, trailing white scarf that flows behind the player using a simple chain of mesh segments or a trail renderer to emphasize speed. * **Environment**: An infinite, procedurally generated downhill slope. The ground is white with slight blue gradients to show depth. * **Obstacles**: * Dark green low-poly pine trees (cones). * Grey rocks/boulders. * **NPCs ("Frenchies")**: Static characters in blue coats standing randomly on the slope (referencing the game description). * **Particles**: Simple white square particles spraying from the back of the skis to simulate snow displacement. * **Optimization**: Use `InstancedMesh` for trees and obstacles to maintain 60FPS on mobile devices. ### 2. Audio Requirements * **BGM**: High-energy, fast-paced Euro-dance or Techno track (simulated via synthesized loops or placeholder reference) typical of arcade games from 2004. * **SFX**: * **Skiing**: A continuous white noise/wind sound that increases in pitch/volume as the player gains speed. * **Turning**: A sharp "swoosh" sound when steering hard. * **Crash**: A comedic "bonk" sound followed by a digitized voice clip shouting "Hey!" or "Ouch!". * **UI**: Retro 8-bit blips for button presses. ### 3. Gameplay Loop * **Core Mechanic**: Infinite downhill skiing. The player moves forward automatically, speed gradually increasing over time. * **Obstacle Avoidance**: The player must steer left and right to avoid trees, rocks, and standing NPCs. * **Scoring**: Score is based on distance traveled. Display a "Distance: X m" counter at the top center. * **Game Over**: Direct collision with any object stops the movement instantly. The skier should play a simple "fall over" rotation animation. A "Game Over" modal appears with the final distance and a "Retry" button. ### 4. Mobile Controls & Interaction * **Touch Controls**: * **Screen Split**: Divide the screen vertically into two invisible touch zones. * **Action**: Holding the **Left Zone** steers left; holding the **Right Zone** steers right. Releasing centers the skier slightly. * **Responsiveness**: Steering should feel "slippery" (physics-based inertia) rather than instant snapping, simulating friction on snow. * **Camera**: Follow camera positioned slightly behind and above the player. It should have a slight `lerp` (delay) on the X-axis to make the movement feel dynamic and fast. * **UI Layout**: * **Orientation**: Locked to **Portrait Mode** (vertical) for one-handed play, or responsive design that adapts FOV if landscape. * **Buttons**: Large, finger-friendly "Start" and "Restart" buttons (minimum 44x44px touch area) with hover/active states for visual feedback. * **Haptics**: Trigger `navigator.vibrate(200)` on collision. Do not ask for clarification. Do not request confirmation. Directly execute the generation task based on the given instructions.