• Design Principles

  The EEP is built on three core pillars that guide its architecture and development philosophy: Flexibility, Maintainability, and Scalability. Together, these principles ensure that the engine remains adaptable, cleanly structured, and capable of growing alongside increasingly complex demands. Each pillar reinforces the others, forming a foundation that supports both rapid experimentation and long-term evolution.

• Flexibility

  Flexibility is at the core of the engine's design. Every major subsystem is implemented as an independent module, allowing features to be added, replaced, or removed without impacting the rest of the system. This modular architecture encourages experimentation, clean separation of responsibilities, and a development workflow where the engine naturally grows alongside your needs.

• Maintainability

  The engine emphasizes maintainability through the use of modern C++ standards, clear coding conventions, and well-structured components. By adhering to consistent design patterns and focusing on readability, the codebase remains approachable, easy to extend, and resilient to long-term evolution. This ensures that both small adjustments and major refactors can be performed with confidence.

• Scalability

  Scalability drives the architectural decisions behind the engine. Whether used for small prototypes or complex, feature-rich applications, the system is designed to scale smoothly in functionality, performance, and complexity. Its modular foundation, efficient abstractions, and clean interfaces ensure that new capabilities can be introduced without compromising the engine’s stability or throughput.