Unity-Technologies/EntityComponentSystemSamples

Features

• Entity Component Systems - Provides reference implementations of the Entity Component System architectural pattern for game development.
• Entity Component System Samples - Provides a collection of reference implementations demonstrating data-oriented design via the Unity Entities package.
• Architectural Patterns - Demonstrates how to organize game state into contiguous memory blocks to maximize processing speed.
• Game Design Patterns - Organizes game data into components and logic into systems to optimize CPU processing speed.
• Implementation Patterns - Arranges objects as entities and components to optimize memory usage and increase processing speed.
• Parallel Job Systems - Demonstrations of distributing computationally expensive game logic across CPU cores using the Unity C# Job System.
• Entity Rendering Systems - Implements specialized graphics pipelines to render massive quantities of data-oriented entities efficiently.
• Multiplayer Networking - Provides reference implementations for game state replication and client-server communication using Unity Netcode.
• Netcode Samples - Examples of multiplayer state synchronization and network communication built on the Unity Netcode for Entities framework.
• Physics Simulation Engines - Integrates a physics engine with a data-oriented architecture to handle high-performance motion.
• Rigid Body Physics Engines - Implements a high-performance rigid body physics engine designed for large entity counts.
• Data-Oriented Implementations - Showcases high-performance collision and rigid body dynamics using a data-oriented physics approach.
• World State Synchronization - Synchronizes game entity states and communication between clients and servers.
• Archetype-Based Storage - Implements archetype-based storage to optimize CPU cache hits through linear memory access for entities.
• Game State Replication - Coordinates entity data across clients and servers to maintain a consistent shared game world.
• Job-Based Multithreading - Distributes computationally expensive game logic across multiple CPU cores using a parallel job system.
• Parallel Processing - Distributes computationally expensive tasks across multiple CPU cores using a job-based system.
• Entity-Based Sync - Coordinates network communication and state updates for multiplayer environments using an entity-based system.
• Batch Rendering - Provides specialized pipelines for batch rendering to maximize GPU throughput and minimize draw calls.

Star history