SEELE AI Gaming Platform

Please use Three.js to generate a **mobile-first game** with the theme "**Plane Wars: Aerial Ace**". Please read the following detailed game design requirements first, and then generate the code accordingly: ### 1. Assets & Environment * **Visual Style:** Create a vibrant, "Toon-shaded" or Cell-shaded 3D aesthetic similar to the promotional art. The art direction should be bright, colorful, and highly saturated. * **Player Model:** A stylized, low-poly fighter jet (resembling an F-22 or F-15) with bold black outlines (use an outline shader or inverted hull method) to make it pop against the background. The plane should have a visible cockpit canopy (dark blue) and distinct wings. * **Environment (Skybox):** A dynamic, scrolling sky environment. Use a vibrant blue gradient for the sky with procedural, fluffy white clouds that move past the player to create a sense of high speed. Add a "sunburst" effect or lens flare to match the energetic feel of the image. * **Particles & Effects:** * **Engine Trails:** Bright cyan/white ribbon trails trailing from the jet engines. * **Explosions:** Cartoonish, expanding sphere meshes with orange/yellow colors for enemy kills. * **Projectiles:** Bright, glowing geometry (long capsules) for bullets/lasers to ensure visibility on small screens. * **Mobile Optimization:** Use simple geometries (BoxGeometry, ConeGeometry) merged where possible. Limit draw calls. Ensure the shader complexity is low for mobile GPU compatibility. ### 2. Audio Requirements * **BGM (Background Music):** An energetic, driving "Arcade Rock" or "Synthwave" track with a fast tempo (140+ BPM) to match the aerial combat intensity. * **Sound Effects (SFX):** * **Shooting:** A rapid-fire, punchy machine gun sound with a slight "retro" arcade crunch. * **Engine:** A constant, low-humming jet turbine sound that rises in pitch when boosting. * **Explosion:** A satisfying "boom" with a high-frequency crackle for destroying enemies. * **UI/Collection:** A sharp "ching" or "coin" sound when earning money/points. * **Lock-on:** A digital "beep-beep-beep" indicating a target lock. ### 3. Gameplay Loop * **Core Mechanics:** An endless runner/shooter hybrid. The player's plane flies forward automatically at a constant speed. * **Combat:** Enemy planes spawn from the horizon and fly in formation or swoop toward the player. The player must align their crosshair with enemies to auto-fire or tap to shoot. * **Progression:** Destroying enemies drops "Cash" or points. This accumulates a score displayed at the top center. * **Win/Loss:** * **Game Over:** Colliding with an enemy plane or running out of "Health" (if hit by enemy fire) ends the run. * **Victory:** There is no distinct end, but the goal is to beat the high score. * **Camera:** A third-person chase camera positioned slightly above and behind the plane. It should have a slight "lag" or "sway" when the player turns to convey momentum. ### 4. Mobile Controls & Interaction * **Screen Orientation:** **Landscape Mode** is preferred for a wider field of view, but the UI should be responsive to aspect ratio changes. * **Touch Controls (Virtual Joystick approach):** * **Movement:** The entire left half of the screen functions as an invisible joystick. Dragging anywhere on the left side steers the plane (pitch and yaw). The plane should banking visually when turning. * **Lock/Fire:** "Click or tap to lock the camera" implies a toggle. Implement a "Double Tap" anywhere to toggle a "Target Lock" mode, or simply have the plane auto-fire when an enemy is within a center cone. Alternatively, a dedicated "Fire" button on the bottom right (radius 60px). * **UI Layout:** * **HUD:** Minimalist. Score in top-center (large, readable font). Health bar top-left. * **Menus:** Large, thumb-friendly buttons for "Start Game" and "Restart". * **Feedback:** Add **Haptic Feedback** (vibration) when the player fires weapons or takes damage. Screen shake intensity should scale with explosions. Do not ask for clarification. Do not request confirmation. Directly execute the generation task based on the given instructions.