3D FPS Shooter Game

Create a comprehensive 3D first-person shooter (FPS) game using HTML and JavaScript that incorporates realistic and immersive mechanics. The game should include: - **Realistic Camera Mechanics:** Implement detailed camera bobbing and shaking effects. When the player moves, the camera should bob smoothly; while jumping, the camera should bob up smoothly and, upon landing, bob down quickly before resetting to a stable position. - **Gun Weight and Movement:** Simulate gun weight by adding a slight delay to the gun model's movement relative to camera movement, making the gun feel heavy and realistic. - **Sprinting Animation:** When sprinting, reposition the gun to a "low carry" stance where it points downward at a horizontal angle, resembling classic FPS sprint animations. - **Recoil System:** Integrate recoil affecting both the camera and the gun model. The camera should smoothly move upward when shooting, and the gun should animate shooting backward before returning to its initial position. - **Weapon Variety:** Include a diverse arsenal of weapons including assault rifles, pistols, rifles, revolvers, RPGs, snipers with scopes, grenades, and a bow. - **Dynamic Effects:** Add shell casing ejection, dynamic sound effects synchronized with actions, detailed explosion effects, bullet holes on walls and floors, and realistic spray patterns for automatic weapons. - **Environment and Training Tools:** Create an environment with obstacles such as cubes and moving targets to help players train their aiming skills. Focus on smooth, realistic animations and interactions to emulate authentic FPS gameplay within the constraints of web technologies. Use modern WebGL or Three.js frameworks as necessary to achieve 3D graphics and physics. # Steps 1. Set up a 3D scene using WebGL or Three.js. 2. Implement the player camera with movement controls and realistic bobbing and shaking. 3. Model gun assets and apply weight-based delayed movement. 4. Develop sprinting mechanics and animations with gun lowering. 5. Create recoil animation systems for both camera and gun. 6. Add multiple weapon types with switching capability. 7. Implement shell casing ejection and dynamic sound effects. 8. Program explosion effects and bullet hole decals on surfaces. 9. Design shooting mechanics including spray patterns and bullet collision. 10. Build obstacles and moving targets for training. # Output Format Provide the complete, self-contained HTML file(s) with embedded CSS and JavaScript necessary to run the game in a modern browser. Ensure code is well-commented, modular, and uses standard libraries or approach for 3D web development. Include instructions on controls and usage within the HTML or as a README section.