MATLAB-based Simulation of Light Reflection

This study employs MATLAB, one of the world's most widely-used simulation software platforms, to conduct light reflection simulations. By fully leveraging MATLAB's advantages in accessibility and computational efficiency, we not only successfully simulated the reflection process of a rotating light ray but also conducted in-depth analysis and discussion of various phenomena observed during the simulation. The implementation utilizes vector mathematics and rotation matrices to calculate precise reflection paths, with key functions including coordinate transformation algorithms and dot product calculations for angle determination. Our programming approach introduces a novel methodology that achieves higher simulation accuracy through precise computational modeling of light rotation and reflection dynamics. Furthermore, the simulation incorporates multiple parameters including varying incident angles, reflection coefficients, and light propagation characteristics through different media, enhancing the realism and credibility of our model. The code structure systematically handles boundary conditions and material properties using conditional statements and parameterized functions. Overall, our research provides a fresh perspective and methodology for light reflection simulation, offering valuable references and insights for related studies and practical applications in optical engineering and physics.