ai-behavior-trees

Implement modular AI behavior trees by defining core node types like Selector, Sequence, Inverter, and Action to drive NPC decision making. The framework provides a script-based generator to scaffold behavior tree implementations across game projects.

A behavior tree framework structures game AI logic through modular node composition. It uses composite nodes like Selector and Sequence, decorators like Inverter and Repeater, plus condition nodes to evaluate states and action nodes to execute NPC behaviors.

Set up patrol and chase sequences for enemy NPCs by instantiating a root Selector with child sequences like ChaseSequence and PatrolSequence. This modular composition drives combat and movement behaviors based on condition node evaluations.

Yes, you can reuse behavior tree logic across different enemies and non-player characters. The framework includes templates and a code generator specifically designed to scaffold and assemble scalable, reusable decision logic across multiple game AI projects.

Scale NPC combat decision making by composing modular behavior tree nodes rather than writing monolithic scripts. Combine condition nodes for state checks with action nodes for behaviors, using decorators like Repeater to manage continuous combat loops.

No external dependencies are required to generate and assemble behavior tree implementations. The framework operates independently using a script-based generator and templated code structure to scaffold the root selectors, sequences, and node logic.