Unity-Technologies/FPSSample
FPSSample
该项目是一个用于 Unity 的第一人称射击游戏模板，实现了联网游戏、武器系统和玩家移动。它作为一个多人游戏系统，旨在通过网络传输层同步服务器和客户端之间的移动和动作。
该项目展示了使用高清渲染管线（HDRP）进行高保真游戏渲染的示例，以提供创作内容和先进的视觉质量。它还演示了实体组件系统（ECS）的使用，以组织游戏数据和逻辑，从而优化处理和执行性能。
该实现涵盖了实时状态同步，以及通过编译资源包（Asset Bundles）和生成独立播放器进行的游戏资产管理。
Features
- First-Person Shooter Development - Implements a complete first-person shooter with player traversal, weapon systems, and networked multiplayer.
- Game State Synchronization Servers - Synchronizes player movements and actions between the authoritative server and connected clients to maintain consistency.
- Unity Game - Provides a complete Unity project with assets, scenes, and scripts for building a networked multiplayer FPS.
- Client-Side Prediction Systems - Implements simulation of local player movement to mask network latency and eliminate perceived input lag.
- Entity Component Systems - Organizes game data into flat arrays using a data-oriented architecture to maximize cache efficiency and processing speed.
- Authoritative Game Logic Hosts - Provides a runtime environment that validates player actions and maintains a cheat-resistant game state on the server.
- High Fidelity Game Rendering - Delivers advanced visual quality and high-resolution graphics using a high-definition render pipeline.
- High-Definition Pipelines - Utilizes a physically based lighting model and advanced shaders to produce cinematic quality graphics in real time.
- Game State Synchronization - Implements real-time synchronization of game entity positions and actions across network packets.
- Real-Time Synchronization - Maintains consistent state for player positions and actions across clients using persistent socket connections.
- Game - Implements a system to package game resources into compressed archives for optimized memory usage and asynchronous loading.
- Game - Compiles game assets into bundles and generates standalone players to handle complex levels efficiently.
- Entity Component System Samples - Serves as a reference implementation demonstrating the separation of data into components and logic into systems.
- Data-Oriented Optimizations - Optimizes game logic execution performance by organizing data and logic through an entity component system.
- Network Transport Layers - Handles the serialization and transmission of game state packets between clients and servers.
