SEELE AI Gaming Platform

Please use Three.js to generate a **mobile-first game** with the theme "**Fowlst (Arcade Chicken Physics Action)**". Please read the following detailed game design requirements first, and then generate the code accordingly: ### 1. Assets & Environment * **Visual Style:** High-contrast, monochromatic or limited color palette (e.g., black background, white player, red enemies). The aesthetic should be "Retro Modern" – clean, sharp lines, using simple geometry (spheres, cubes) to mimic the 2D vector art style in a 3D space. * **Player Character:** A round, white, physics-based "Chicken/Owl" sphere. It should have simple geometric eyes and a beak. * **Enemies (Demons):** Red, jagged, or spiky geometric shapes (like aggressive tetrahedrons or cubes with spikes) that float or bounce around. * **Environment:** Procedurally generated enclosed arenas (boxed rooms). Walls should be dark grey or outlined with neon colors. * *Hazards:* Spiky wheels (rotating gears), buzzsaws on rails. * *Interactables:* Tunnel pipes (cylinders) for fast travel, breakable crates (loot). * **Performance:** Use low-poly meshes and unlit materials (MeshBasicMaterial) or simple Toon Shaders to ensure 60fps on mobile. Minimalist particle explosions (simple cubes/triangles) when enemies are destroyed. ### 2. Audio Requirements * **BGM:** A fast-paced, chiptune-heavy "16-bit arcade" soundtrack. High energy, frantic, looping basslines to match the chaotic action. * **Sound Effects (SFX):** * *Jump/Flap:* A sharp, short "whoosh" or "blip" sound. * *Impact/Attack:* A crunchy "thud" or "smack" when the chicken hits an enemy. * *Explosion:* A retro synthesized explosion noise when an enemy dies. * *Loot/Cash:* High-pitched coin collection "ding". * *Damage:* A low-pitched "buzzer" or distortion effect when the player is hit. ### 3. Gameplay Loop * **Core Mechanic:** The player controls a constantly falling/bouncing chicken. The goal is to clear the screen of all enemies (Demons) to open the exit to the next procedurally generated room. * **Combat:** The player attacks by colliding physically with enemies *while moving*. It's a "body slam" mechanic. * **Enemy Behavior:** Enemies shoot projectiles (red bullets) or chase the player. The player must dodge these bullets. * **Progression:** Enemies drop "Cash" (points) and hearts (lives). * **Win/Loss:** * *Level Clear:* All enemies destroyed -> Portal opens. * *Game Over:* Player health reaches 0 (starts with 3 hearts). ### 4. Mobile Controls & Interaction * **Control Scheme (Two-Button Gameplay):** * *Tap Left Screen Half:* Flap/Jump upwards and to the Left. * *Tap Right Screen Half:* Flap/Jump upwards and to the Right. * *Swipe Up:* Activate held Power-up (e.g., Egg Bomb). * **Physics Feel:** The jump should feel "flappy" but weighty—short bursts of upward momentum affected by gravity. It should feel uncontrolled but masterable. * **Screen Orientation:** **Portrait Mode** (Vertical) is preferred for this type of arcade climber/arena shooter, but the camera should keep the player centered. * **Feedback:** * *Visual:* Screen shake on impacts/explosions. Flash the screen white briefly when taking damage. * *Haptic:* Trigger device vibration (if supported) on enemy kills and player damage. * **UI:** Minimalist HUD at the top. Large, touch-friendly "Pause" button. Health displayed as hearts. ### 5. Implementation Notes * **Physics Engine:** Utilize **Cannon.js** or a similar lightweight physics library integrated with Three.js to handle the "bouncing" collisions and gravity authentically. * **Camera:** Orthographic camera looking from the side (2.5D view) or a Perspective camera with a fixed Z-depth to maintain the 2D gameplay feel within a 3D world. Do not ask for clarification. Do not request confirmation. Directly execute the generation task based on the given instructions.