Simulation of Electromagnetic Wave Propagation in 3D Space

This compact program simulates electromagnetic wave propagation in three-dimensional space, developed on the MATLAB platform. The implementation utilizes a 3D coordinate system model to computationally simulate various electromagnetic wave signals including radio waves, light signals, and other electromagnetic phenomena. The core algorithm employs wave equation solvers with boundary condition handling to model propagation dynamics. Key functions include parameter configuration for wave characteristics (frequency, amplitude, polarization) and propagation medium properties. The program incorporates visualization modules that generate dynamic 3D plots and field distribution animations, enabling intuitive observation of wave propagation patterns. This simulation tool serves educational and research purposes while providing engineers with practical utilities for designing and testing wireless and optical communication systems. The code architecture supports modular expansion for custom wave sources, material interactions, and advanced propagation scenarios.