Off-Axis Holography Simulation Source Code

The source code provides a comprehensive implementation of off-axis holography simulation suitable for engineering applications. The simulation employs Fourier transform-based algorithms for hologram generation and numerical reconstruction, featuring phase-shifting techniques and interference pattern calculations. Key functions include wavefront propagation modeling, reference beam angle optimization, and automatic phase unwrapping for 3D visualization. This high-fidelity simulation enables accurate representation of holographic phenomena through computationally efficient methods. The code architecture supports customizable parameters for wavelength adjustment, object distance configuration, and diffraction pattern calculation using angular spectrum or Fresnel propagation methods. Ideal for research projects and product development, this implementation facilitates the visualization of complex wave optics phenomena. The modular design allows straightforward integration of additional features like aberration correction or multiple wavelength support, serving as an excellent foundation for exploring advanced holography applications in areas such as microscopic imaging, optical metrology, and display technologies.