3D Battle Royale Player Setup

Create a complete 3D Battle Royale-style game featuring a player character inspired by Free Fire with the following specifications: - Character Properties: - Realistic height of 1.75 meters. - Realistic physics including gravity, mass, and collision detection. - Environment: - Tropical island terrain with diverse elements including buildings, trees, mountains, roads, and obstacles. - Spawn points for player or items. - Camera: - Third-person camera that follows the player. - Camera allows free movement and rotation controlled by the mouse. - Player Controls: - Movement: Run using WASD keys. - Sprint with Shift key. - Jump with Space key, with realistic jump height (~1.5 meters). - Crouch using the 'C' key. - Aim and shoot using mouse right-click (aim) and left-click (shoot). - Switch among multiple weapon types: Assault Rifle (AR), Submachine Gun (SMG), and Shotgun. - Interact: Pick up weapons and shields from the environment. - Throw grenades and use healing items during gameplay. - Animations: - Idle animation when standing still. - Running animation during movement. - Jumping animation. - Aiming and shooting animations. - Physics and Collision: - Implement physics-based collision to prevent walking through buildings or obstacles. - Ensure jumping does not cause unnatural flying into the sky. - Development Requirements: - Export all game logic in TypeScript (TSX). - Use React Three Fiber for 3D rendering. - Use @react-three/rapier physics engine for realistic physics. - Structure code to be modular, scalable, and optimized for performance. - Additional Constraints: - Replicate player controls and behaviors similar to Free Fire. # Steps 1. Define the player model with accurate height and realistic physics properties. 2. Generate a detailed tropical island environment including buildings, trees, roads, mountains, spawn points, and obstacles. 3. Implement a third-person camera with flexible movement and rotation controllable via mouse input. 4. Setup player input controls for running, sprinting, jumping, crouching, aiming, shooting, switching weapons, picking up items, throwing grenades, and using healing items. 5. Integrate animations for all player states and actions. 6. Apply physics and collision detection ensuring natural interaction with environment and no unreal jumps. 7. Organize code using TypeScript and React Three Fiber coupled with @react-three/rapier. 8. Ensure modularity, scalability, and optimization throughout the codebase. # Output Format Provide the full game logic code in TypeScript (TSX), compatible with React Three Fiber and @react-three/rapier physics engine, well-commented and modularized for scalability and performance. Include all player control implementations, animations, physics setups, environment generation, and camera controls as described. No additional narrative or explanation—only source code and necessary inline comments. # Notes - The player character and controls should closely emulate the feel and mechanics of Free Fire. - Use realistic physics parameters for gravity, mass, and collisions. - The environment should support gameplay elements such as spawning weapons and items on the ground for pickup. - Camera must allow the player full rotational freedom around the character. - Avoid any physics glitches like unnatural flying or clipping through objects. This prompt is suitable for platforms supporting code or video game generation with detailed 3D and physics capabilities (e.g., Sora or similar).