MATLAB Source Code for "Advanced Optical Simulation" (2nd Edition)

This documentation presents the MATLAB source code referenced in "Advanced Optical Simulation" (2nd Edition). The codebase implements sophisticated numerical algorithms for simulating diverse optical phenomena, including wave propagation, diffraction patterns, and interference effects through Fourier optics techniques. Researchers, engineers, and students can utilize these well-structured MATLAB scripts (.m files) to model complex optical systems, validate theoretical concepts, and analyze system performance under various configurations. The implementation features modular programming architecture with key functions handling discrete Fourier transforms (DFT/FFT), propagation kernels, and polarization modeling. Users can modify parameters in configurable initialization scripts to experiment with different wavelength settings, aperture geometries, and material properties. The code serves as both an educational tool for understanding fundamental optics principles and a practical framework for developing customized optical simulation solutions. Each module includes commented sections explaining mathematical formulations and numerical implementation approaches, enabling users to extend functionality for specific research applications. This resource significantly enhances productivity in optical design workflows while providing insights into computational optics methodology.