Modular 3D Engine Framework

ECS3D

A modular, high-performance 3D engine framework combining a data-oriented Entity Component System with a custom Vulkan-powered rendering engine — built for modern game development, real-time simulations, and advanced graphics research.

ECS3D_2.png
Role
Solo Developer
Language
C++23
Graphics API
Vulkan
Build
CMake
View on GitHub

Project Overview

ECS3D is a modular, high-performance 3D engine framework combining a data-oriented Entity Component System with a custom Vulkan-powered rendering engine. It’s built for modern game development, real-time simulations, and advanced graphics research.

Built With

Language
  • C++23
Graphics
  • Vulkan
Architecture
  • Entity Component System
Tooling
  • CMake

Key Features

  1. Entity Component System Architecture

    Efficient data-oriented design for optimal cache performance, flexible component composition for diverse game objects, and a scalable system architecture supporting thousands of entities.

  2. High-Performance Vulkan Rendering

    Direct access to GPU hardware capabilities, minimal CPU overhead with explicit resource management, and advanced rendering techniques and optimization strategies.

  3. Developer-Friendly Design

    Clean, modular codebase with clear separation of concerns, a comprehensive CMake build system, and cross-platform compatibility.

Technical Highlights

  1. Memory Management

    Custom allocators and resource pooling for optimal performance.

  2. Multithreading

    Parallel processing of ECS systems and rendering commands.

  3. Modern C++

    Leveraging C++23 features for cleaner, more efficient code.

  4. Graphics Programming

    Advanced shader techniques and rendering pipeline optimization.

Demonstration

  • The main UI for ECS3D.

Use Cases

  1. Game Engine Development

    Foundation for 2D/3D games.

  2. Real-time Simulations

    Physics, particle systems, and procedural content.

  3. Educational Projects

    Learning advanced graphics programming concepts.

  4. Prototyping

    Rapid development of interactive 3D applications.

Future Development

  1. Advanced lighting models (PBR, IBL)

  2. Skeletal animation system

  3. Audio integration

  4. Level editor and asset pipeline

Learning Outcomes

  1. Advanced C++ programming and software architecture

  2. Low-level graphics programming with Vulkan API

  3. Performance optimization and memory management

  4. Cross-platform development and build systems

  5. Entity Component System design patterns

Learn More

View ECS3D on GitHub