core-mechanics

To design deterministic turn-based combat systems in Rust, define action point costs, initiative, body targeting, and status effects. This produces implementation-ready specifications compatible with a verified state store and deterministic RNG for safe state transitions.

Seed-based lazy tile generation is a map generation technique that dynamically creates environment tiles only when needed. It uses deterministic RNG seeds to ensure maps, lighting, and weather effects render identically across multiple game sessions.

Balance action economy and enemy AI by specifying AP costs, tracked stats, cover mechanics, and psychic systems alongside AI demeanors and aggro rules. This yields data-driven specifications for tuning tactical encounters and generating test scenarios.

Yes, you can use JSON formats for data-driven crafting recipes and quest progression. The system documents inventory and equipment schemas, enabling you to produce JSON formats that integrate directly with Rust implementation patterns.

Yes, this approach supports 8-directional movement and line-of-sight rules. It specifies movement and visibility mechanics, including dynamic lighting and weather effects, to produce deterministic environment dynamics for turn-based RPG maps.