gamedev-conventions

To enforce consistent game development conventions across engines, standardize rules for delta-time correctness, data-driven separation, and event-driven decoupling so systems integrate cleanly across Unity, Unreal, Godot, and Three.js/R3F.

Prevent runtime stutters and performance regressions by applying profiling-first optimization constraints, using object pooling, and limiting memory allocations, draw calls, and physics usage during feature delivery and refactoring.

Structure finite state machines for gameplay systems by enforcing explicit, hierarchical FSM-based state transitions and serializable state data to ensure maintainability and robust state management across engine features.

Yes, this approach supports multiplayer authoritative guardrails and input abstraction by standardizing robust input remapping, structured event decoupling, and multiplayer requirements to prevent integration bugs across networked gameplay.

Yes, you can use these coding standards to refactor existing gameplay architecture by reviewing planned systems and proposing concrete changes to improve state management, input handling, and asset organization for your target engine.