Beam Simulation Code Implementation

The provided reference pertains to a MATLAB program file named "boshufangzhen.m" (beam simulation). This file likely contains comprehensive beam simulation functionality implemented through modular MATLAB code. As a complete beam simulation module, "boshufangzhen.m" typically handles core data processing operations including beam parameter initialization, wave propagation calculations, and result visualization. The implementation likely employs numerical algorithms such as Fourier optics methods or phased array beamforming techniques to simulate beam patterns and wavefront propagation. The module's architecture is designed with modularity and scalability in mind, featuring clearly defined input/output interfaces that allow seamless integration with larger simulation systems. Key functions may include beam parameter configuration, propagation matrix calculations, and real-time visualization routines using MATLAB's plotting capabilities. For optimal context enhancement, additional technical specifications would be beneficial - such as the specific beam simulation methodology employed (e.g., Gaussian beam propagation, antenna array simulation), the mathematical models implemented, and the visualization formats supported. This information would help users better understand the module's technical scope and implementation details. The code structure likely follows MATLAB best practices, with well-organized function divisions, comprehensive error handling, and detailed inline comments explaining the underlying physics models and numerical methods used in the beam simulation process.