Unity-Technologies/FPSSample
FPSSample
Este proyecto es una plantilla de shooter en primera persona para Unity que implementa jugabilidad en red, sistemas de armas y desplazamiento del jugador. Funciona como un sistema multijugador diseñado para sincronizar movimientos y acciones entre un servidor y clientes a través de una capa de transporte de red.
El proyecto sirve como ejemplo de renderizado de juegos de alta fidelidad utilizando el High Definition Render Pipeline para ofrecer contenido de autor y una calidad visual avanzada. También demuestra el uso de un sistema de entidades y componentes (ECS) para organizar los datos y la lógica del juego para un rendimiento de procesamiento y ejecución optimizado.
La implementación cubre la sincronización de estado en tiempo real y la gestión de activos del juego mediante la compilación de bundles de activos y la generación de ejecutables independientes.
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.
