Vývoj videoher pomocí umělé inteligence

This bachelor's thesis examines the application of artificial intelligence tools in selected areas of video game development and evaluates their contribution based on measurable criteria – time requirements, financial costs, and output quality. To this end, a functional prototype of a 2D roguelike game was implemented in C++ using the OpenGL library, on which three controlled experiments were conducted covering code generation, creation of game assets, and automated code documentation. The results were comprehensively evaluated using the Analytic Hierarchy Process (AHP). The findings show that AI tools provide the greatest benefit in the creation of graphic assets and in automated code documentation, where AI achieved not only higher efficiency but also better output quality. In the area of code generation, manual implementation demonstrated superior performance characteristics, particularly with regard to memory management. Based on these findings, a combined approach is recommended: AI tools for accelerating routine development phases, followed by expert review by the developer.