game-systems-overview

To add a new game system to a deterministic game loop, you implement System traits, integrate the logic into the end_turn flow, and update necessary data files. This ensures safe state transitions without breaking determinism invariants.

Deterministic RNG ensures that game logic produces identical outputs for identical inputs, which is crucial for DES testing. It allows developers to create predictable DES scenarios, run headless tests, and verify event-driven reactions reliably.

You create data-driven content by adding items, enemies, quests, and narrative fragments to authoritative data file locations. The DataLoader validates these assets to ensure they integrate correctly with the existing game architecture.

An event bus handles system interactions by using event-driven contracts to route messages between decoupled systems. This allows game systems to react to events and execute safe state transitions without direct dependencies.

Your game state breaks when adding data-driven assets if the DataLoader validation fails or if the additions violate safe state transition requirements. Following established architectural patterns and adding required GameEvents prevents these invariant breaks.

Yes, you can use this game architecture reference for debugging world generation and system interactions. It documents deterministic RNG usage, system file paths, and event contracts to help identify and resolve game loop behavior issues safely.