Valet Parking Pro - Professional Parking Game - Racing Game

Please use Three.js to generate a **mobile-first game** with the theme "**Valet Parking Pro**". Please read the following detailed game design requirements first, and then generate the code accordingly: ### 1. Assets & Environment * **Visual Style:** High-contrast "Night Mode" aesthetic. Top-down view using an **Orthographic Camera** to simulate the classic puzzle feel but with 3D depth. * **Car Models:** Low-poly luxury sports cars. The player's car should be distinct (e.g., bright Red) compared to parked NPC cars (Silver, Grey, Purple). * **Environment:** A dark asphalt parking lot texture with clear, slightly worn white parking lines. * **Lighting:** This is critical. The scene should be dimly lit by ambient street lamps (PointLights). The player's car must have two forward-facing **SpotLights** (Headlights) that cast dynamic shadows and illuminate obstacles. * **Optimization:** Use merged geometries for static environment props (curbs, fences) to reduce draw calls. Ensure textures are compressed (max 1024x1024) for mobile load times. ### 2. Audio Requirements * **BGM:** A smooth, sophisticated **Lounge Jazz** or "Elevator Bossa Nova" track to fit the "Valet" theme—relaxing but requiring focus. * **Sound Effects:** * *Engine:* distinct idle rumble and pitch-shifting rev sound based on speed. * *Tires:* A subtle screech sound when turning sharply at speed. * *Impact:* A cringing metal crunch or scratch sound (game over feedback). * *Success:* A polite "car door closing" sound or a digital "chime" when the car is successfully parked. * *UI:* Soft clicks for headlight toggle and gear shifting. ### 3. Gameplay Loop * **Objective:** The player spawns at a drop-off point and must navigate to a highlighted parking spot (indicated by a glowing green rectangle) without damaging the car. * **Mechanics:** * **Precision Driving:** Physics should feel "heavy" and expensive, not arcade-fast. Acceleration should be gradual. * **Collision System:** Strict collision detection. Any contact with walls, other cars, or lamp posts results in immediate "Damage" feedback. If damage exceeds a small threshold (or 1 hit for "Hard Mode"), the level restarts. * **Headlight Mechanic:** The parking lot is dark. The player must toggle headlights to see obstacles, but perhaps turning them off is required to "sneak" past light-sensitive sensors (optional advanced mechanic) or simply for style. * **Win Condition:** The car must be fully inside the target rectangle and stopped (speed = 0) for 2 seconds. ### 4. Mobile Controls & Interaction * **Touch Interface:** * **Steering (Left Hand):** A **Virtual Analog Joystick** positioned at the bottom-left. Horizontal movement controls steering angle. * **Pedals (Right Hand):** Two distinct vertical rectangular buttons at the bottom-right. * *Right Pedal:* Gas (Accelerate). * *Left Pedal:* Brake/Reverse (Hold to brake, tap again to reverse). * **Headlights:** A toggle button (icon of a light bulb) in the top-right corner. * **Orientation:** Landscape mode is mandatory for the best field of view. * **Feedback:** * **Haptic Feedback:** Trigger a short vibration pattern on collision or when successfully parking. * **Visual Feedback:** When the car is perfectly aligned in the spot, the parking lines should glow green. Do not ask for clarification. Do not request confirmation. Directly execute the generation task based on the given instructions.