Electromagnetic Functions and Visualizations Implemented in MATLAB

I have developed a collection of MATLAB functions and visualization tools specifically designed for electromagnetic field analysis. These implementations provide practical resources for understanding and analyzing various electromagnetic phenomena. The MATLAB environment was chosen for this project due to its powerful computational capabilities and user-friendly syntax, enabling efficient electromagnetic calculations and data visualization. The codebase includes implementations of key electromagnetic algorithms such as: - Electric and magnetic field solvers using vector calculus operations - Electromagnetic wave propagation simulations with proper boundary conditions - Potential field calculations using numerical integration methods These tools facilitate deeper investigation into multiple aspects of electromagnetism, including electric field distributions, magnetic field patterns, electromagnetic wave behaviors, and their interactions. The visualization components generate 2D and 3D field plots using MATLAB's graphics capabilities, providing intuitive representations of complex electromagnetic concepts. The functions employ optimized numerical methods such as finite difference approaches for field calculations and Fourier transform techniques for wave analysis. Each implementation includes proper error handling and parameter validation to ensure computational accuracy. These MATLAB resources serve as valuable educational aids for electromagnetic theory studies, helping users better comprehend and apply fundamental principles through practical code examples and interactive visualizations. I hope these electromagnetic analysis tools prove beneficial for your research and learning endeavors!