SEELE AI Gaming Platform

Please use Three.js to generate a **mobile-first game** with the theme "Plane Crash Ragdoll Simulator". Please read the following detailed game design requirements first, and then generate the code accordingly: ### 1. Assets & Environment * **Visual Style:** Adorable but chaotic **Low-Poly** art style with flat shading (no complex textures). Vibrant colors: bright blue sky, brown/orange canyon terrain, and distinctly colored aircraft (e.g., Red/Yellow/Silver). * **Main Assets:** * **Player Aircraft:** A modular low-poly WWII-style fighter plane or helicopter. **Crucial:** The model must be constructed of separate meshes (wings, tail, fuselage, propeller) grouped together, allowing them to detach/break apart upon impact. * **Pilot:** A simple low-poly humanoid character seated in the cockpit. Must have a rigged skeleton or segmented body parts ready for **ragdoll physics** upon ejection. * **Environment:** An infinite scrolling canyon or obstacle course with varied terrain heights. Use simple geometries for rocks and obstacles to maintain high FPS on mobile. * **Visual Effects (VFX):** * **Explosions:** Blocky/Voxel-style particle systems (using instanced meshes for performance) for smoke and fire. * **Trails:** Ribbon trails for wingtips and incoming enemy rockets. * **Debris:** When the plane crashes, parts should fly off with physics interaction. ### 2. Audio Requirements * **BGM:** High-energy, arcade-style rock or fast-paced orchestral loop that ramps up tension. * **Sound Effects (SFX):** * **Engine:** Continuous drone that changes pitch based on throttle/speed. * **Impact:** Crunchy, distorted "thud" and "boom" sounds for crashes and explosions. * **Ragdoll:** Comical "bone cracking" or "thump" sounds when the ejected pilot hits the ground or obstacles. * **UI:** Crisp clicks for menus and a "warning" siren when rockets are locking on. ### 3. Gameplay Loop * **Core Mechanics:** The player pilots an aircraft through a treacherous course. The primary goal is to reach a finish line or fly as far as possible while dodging homing rockets and terrain. * **The "Crash" Feature:** This is the game's highlight. If the plane takes critical damage or hits terrain: 1. The plane creates an explosion effect and breaks into pieces. 2. **Ragdoll Phase:** The camera instantly zooms/switches to follow the **Pilot**, who is ejected and flops uncontrollably down the canyon (using physics simulation like Cannon.js or simple Verlet integration). 3. Game Over screen triggers after the pilot stops moving. * **Enemies:** Red homing rockets that trail the player. The player can dodge them or lead them into obstacles. * **Scoring:** Score based on distance traveled + "Style Points" for a chaotic crash (optional). ### 4. Mobile Controls & Interaction * **Control Scheme (Virtual Joystick):** * **Input:** Invisible touch layer over the entire screen. * **Action:** * **Touch Start & Hold:** Engaging the screen turns the Engine **ON** (Throttle up). * **Touch Release:** Engine turns **OFF** (Gravity takes over, plane glides/stalls). * **Drag (Slide):** Acts as a virtual joystick. Dragging moves the plane relative to the screen center (Inverted Y-axis option recommended for flight feel). * **Screen Orientation:** **Landscape** mode only for wider field of view. * **Camera:** Third-person follow camera that lags slightly behind the plane for a sense of speed. Smooth transition to the pilot upon crashing. * **UI/UX:** * Minimal HUD: Distance bar at the top, Health icon. * Buttons (Restart/Pause) must have a minimum touch target of **44x44px** and be placed at the top corners to avoid accidental touches during steering. * **Haptic Feedback:** Trigger device vibration (if supported) on explosions and heavy impacts. Do not ask for clarification. Do not request confirmation. Directly execute the generation task based on the given instructions.