SEELE AI Gaming Platform

Please use Three.js to generate a **mobile-first game** with the theme "POLICE Chase Simulator". Please read the following detailed game design requirements first, and then generate the code accordingly: ### 1. Assets & Environment * **Visual Style:** Mid-2000s Arcade Racing style (Low-poly 3D). The scene takes place at dusk/night with a dark skybox featuring a distant 2D city skyline texture. * **Player Character (The Cop Car):** A black SUV Police interceptor. * **Crucial Detail:** A low-poly police officer character model (or simple block representation) must be attached to the passenger window, physically leaning out with a weapon aiming forward. * **Lighting:** Functional police light bar on the roof with alternating Red and Blue PointLights to illuminate the road dynamically. * **Enemy Character:** A bright green vintage muscle car. It should have a floating red arrow indicator above it to help the player track it on small screens. * **Environment:** A dirt/gravel road with grassy embankments and concrete barriers on the sides to constrain the play area. Use a tiling texture for the road to simulate high speed. * **Performance:** Mobile-first optimization is mandatory. Use simple geometry (Box/Cylinder) placeholders if external models aren't loaded. Limit dynamic lights to the police sirens and headlights. Use fog to mask draw distance and improve performance. ### 2. Audio Requirements * **BGM:** High-tempo, adrenaline-pumping electronic or rock track that loops seamlessly. * **SFX:** * **Siren:** A loud, looping wail that can be toggled. * **Engine:** Pitch should increase relative to the car's speed. * **Combat:** Sharp gunshot sounds when the 'Shoot' button is pressed; Metallic impact sounds when bullets hit the enemy car. * **Tires:** Gravel crunching noise when driving, skid noise when drifting. ### 3. Gameplay Loop * **Objective:** Chase down the fleeing suspect vehicle and destroy it before it escapes. * **Mechanics:** * **Driving:** Arcade physics. The car should grip the dirt road but slide slightly during hard turns (drifting). * **Combat:** The player cannot aim manually while driving on mobile. Implementation: The gun shoots in a straight line forward from the car. The player must align their car with the enemy to hit them. * **Enemy AI:** The enemy car travels forward at high speed and randomly changes lanes or swerves to avoid bullets. * **Win Condition:** Reduce the Enemy Car's HP to 0. Visual feedback: Enemy car slows down, smokes, and stops. * **Lose Condition:** The Enemy Car gets too far away (Distance > 200 units) OR Player Car HP reaches 0 from crashing into barriers. ### 4. Mobile Controls & Interaction * **Orientation:** Landscape Mode (Fullscreen). * **Touch Controls (Split Screen Layout):** * **Left Side (Steering):** An invisible touch zone or visible Virtual Joystick. Dragging left/right steers the car. * **Right Side (Action Buttons):** * **Gas Pedal:** Large button (bottom right). * **Brake/Reverse:** Medium button (to the left of Gas). * **SHOOT Button:** A prominent, round button (Thumb reachable area) to fire the weapon. * **Nitro:** A smaller button above the Gas pedal for a temporary speed boost. * **Haptic Feedback:** Trigger the device vibration API ( `navigator.vibrate` ) when the gun is fired or when the car collides with barriers. * **UI Elements:** * Health bars for both Player and Enemy at the top of the screen. * "Distance to Target" text readout. * Buttons must have a minimum touch target size of 48x48px for accessibility. Do not ask for clarification. Do not request confirmation. Directly execute the generation task based on the given instructions.