Bridging reality and fantasy: An analysis of simulated physics in interactive game world

Abstract

This paper examines the application of fundamental physics concepts within a dynamic interactive environment. It explores how gravitational simulation, projectile dynamics, collision detection, and energy dissipation are implemented to enhance both realism and strategic gameplay. Additionally, the analysis delves into the integration of materials science and structural physics, as well as the computational challenges inherent in simulating natural phenomena such as fluid motion and destructible objects. Overall, the study highlights the techniques used to create immersive and responsive virtual worlds.