Scalable Program for Visualizing Photonic Crystal Fiber Air Hole Shapes

This is a scalable program developed for visualizing the air hole shapes in photonic crystal fibers. The program architecture provides users with multiple configurable options to create diverse types of photonic crystal fibers according to their specific requirements and preferences. From a code implementation perspective, the program incorporates a modular design that supports material libraries including silicon and silicon nitride, along with customizable air hole geometries (shape and size parameters) through user-defined input functions. The visualization toolkit employs advanced rendering algorithms to generate real-time graphical representations, enabling users to intuitively analyze the structural characteristics and optical properties of their fiber designs. This functionality is particularly useful for optimizing photonic bandgap structures through iterative parametric adjustments. Overall, this extensible program serves as a powerful computational tool for creating high-quality, customized photonic crystal fiber designs with precision and efficiency.