Pattern Plotting for Different Array Antennas with Configurable Parameters

When plotting radiation patterns for different array antennas, users can customize parameters according to specific needs to achieve more precise visualization results. For instance, parameters such as antenna type, frequency range, number of antenna elements, and their spatial arrangement can be adjusted through configuration variables (e.g., antennaType, freqRange, elementCount, elementPositions) to enable finer control over the pattern generation algorithm. Additionally, users can employ various data visualization techniques to present results, including heatmap-based visualizations using functions like imagesc() or pcolor(), and 3D surface plots via surf() or mesh() commands. The implementation typically involves calculating array factors using phased array formulas and combining them with element radiation patterns through vectorized operations. Through iterative experimentation and parameter tuning, users can further optimize pattern plotting effectiveness, enhancing the accuracy and reliability of data analysis for antenna performance evaluation.