SEELE AI Gaming Platform

Please use Three.js to generate a **mobile-first game** with the theme "Dino Survival: 3D Simulator". Please read the following detailed game design requirements first, and then generate the code accordingly: ### 1. Assets & Environment * **Visual Style**: Low-poly 3D art style with vibrant, saturated colors similar to "Hybrid Casual" games. Use flat shading or Toon Shading (Cel Shading) to ensure distinct visibility on small screens. * **Player Character**: A low-poly human male character (resembling a lumberjack) equipped with a backpack for resources and visible tools (Pickaxe/Hammer) attached to the back or hands. * **Enemies (Dinosaurs)**: * *Small/Fast*: Raptors (pack behavior, low HP). * *Medium/Tank*: Triceratops (slow, charge attacks, high HP). * *Boss*: T-Rex (large scale, intimidating roar animation, heavy damage). * *Flying*: Pterodactyls (circling overhead). * **Environment**: A pre-historic jungle biome with unlockable snowy zones. Use simple geometry for ground planes to save performance. Trees, rocks, and resource nodes should use `InstancedMesh` optimization for high performance on mobile browsers. * **Base Building**: Modular building blocks (fences, watchtowers, gates) that snap to a grid system. * **Camera**: Top-down Isometric view (approx. 45-60 degrees), locked to the player character with slight smooth damping. ### 2. Audio Requirements * **BGM**: An adventurous, rhythmic tribal drum loop with ambient jungle sounds (birds, distant roars) to maintain immersion without distracting from gameplay. * **Sound Effects (SFX)**: * *Interaction*: High-pitched "pop" or "whoosh" sound when resources fly into the player's backpack. * *Combat*: Thud/Crunch sounds for melee hits; distinct growls for dinosaur attacks. * *UI*: Crisp clicks for button presses; a satisfying "level up" jingle when a building is completed. * *Movement*: Subtle footsteps corresponding to the terrain (grass vs. snow). ### 3. Gameplay Loop * **Core Mechanic**: **Move-to-Interact**. The player moves the character using a joystick. All actions (gathering, attacking, building) happen automatically when the player stops moving or enters a specific radius (Auto-Attack/Auto-Mine). * **Resource Cycle**: 1. Player approaches trees/rocks -> Auto-mines Wood/Stone. 2. Player carries resources to the "Base" zone -> Resources deplete from backpack and buildings are constructed/upgraded visually. * **Combat System**: * Player detects enemy within range -> Auto-attacks closest enemy. * Hit-and-run tactics: Player must move to dodge slow heavy attacks (like T-Rex bite) and stop to attack during enemy cooldowns. * **Taming Mechanic**: Player finds a Dinosaur Egg -> Stands in a circle zone around the egg for X seconds -> Egg hatches into a friendly AI companion that follows and fights. * **Win/Loss**: * *Win*: Successfully raid an enemy base or defeat a Boss Dino. * *Loss*: HP reaches 0 (Respawn at base with partial resource loss). ### 4. Mobile Controls & Interaction * **Control Scheme**: **Floating Virtual Joystick**. Invisible touch area anywhere on the screen; the first touch point becomes the center of the joystick. Drag to move. * **Screen Orientation**: **Landscape Mode** is preferred to visualize the base and approaching enemies, but UI must be responsive. * **Action Feedback**: * *Haptic*: Trigger short vibration (`navigator.vibrate(50)`) when mining a resource or taking damage. * *Visual*: Floating damage text numbers and resource icons flying from the source to the player (UI Overlay). * **UI Layout**: * Top-Left: Player HP bar and Level. * Top-Right: Resource counters (Wood, Stone, Meat). * Bottom-Right: Contextual action buttons (if non-automatic interactions are needed, e.g., "Use Potion"). Buttons must be at least 44x44px. * "Upgrade" indicators: World-space UI (Canvas) floating above upgradeable buildings. Do not ask for clarification. Do not request confirmation. Directly execute the generation task based on the given instructions.