Generate Network Topology Structure Based on Given Cell Count and Cell Radius

This code generates network topology structures based on user-defined cell counts and cell radii, returning precise base station coordinate positions. The implementation utilizes geometric distribution algorithms to automatically calculate optimal base station placements. Users can customize various parameters including channel models, power allocation schemes, and antenna configurations through modular parameter input functions. The code incorporates distance calculation algorithms and interference modeling to ensure optimal network coverage and reliability during topology generation. The system includes adaptive base station quantity adjustment functionality that employs optimization algorithms to automatically refine the network configuration for peak performance. A dedicated visualization module provides an interactive graphical interface displaying the generated network topology and base station locations. The interface supports real-time interactions such as drag-and-drop base station repositioning and dynamic channel model selection through GUI callback functions. The implementation features a flexible, object-oriented architecture allowing extensive customization through configuration files and API calls. The code includes error handling for invalid parameters and validation checks for topology feasibility, making it suitable for various network planning scenarios from small-scale deployments to large cellular network designs.