game_state_machines

What problem does it solve?

This Skill helps you structure complex game behavior into clear, maintainable state logic instead of scattered conditionals and hard-to-debug flow control. It is especially useful when enemies, UI, and gameplay all need coordinated transitions with predictable rules.

Core Features & Use Cases

• Finite State Machines: Model simple entity behavior such as idle, patrol, chase, attack, hurt, and dead states.
• Hierarchical State Machines: Share behavior through superstates so common logic like taking damage or handling stun can live above specialized substates.
• Pushdown State Stacks: Manage menus, pause screens, dialogs, and overlays while preserving gameplay history underneath.
• ECS Integration: Store state as component data and process transitions inside engine-agnostic systems.
• Debugging and Guarding: Add transition guards, lifecycle hooks, logging, and visualization to prevent invalid or hidden state bugs.
• Use Case: Use this Skill to design an enemy AI that switches between idle, chase, and attack states while also handling stun, death, and debug tracking cleanly.

Quick Start

Ask the AI to design a game state machine for your Godot C# project using FSM, HFSM, or pushdown patterns, and include ECS-friendly transition logic and guard rules.