Особливості реалізації алгоритму поведінки юнітів у покрокових ігрових проєктах із сітковою структурою поля

Abstract

This paper examines the problem of developing combat behavior patterns for turn-based tactical games with a grid structure, considering spatial positioning, cover utilization, and dynamic combat scenarios. The main approaches to building tactical behavior have been analyzed, and their advantages and disadvantages in the context of grid-based combat have been discussed. The validity of using a Utility-based behavior architecture combined with the A* pathfinding algorithm has been substantiated. Suggested a flexible decision-making system based on the Chebyshev distance heuristic for accurate movement cost estimation, Behavior Profiles for defining diverse enemy archetypes, and Dynamic Phase Overrides for real-time tactical adaptation based on battlefield conditions.