Ultrasound Geometric Acoustic Field Simulation GUI

This MATLAB-designed GUI interface is specifically developed for ultrasound geometric acoustic field simulation applications, offering high practical utility.

The GUI interface is implemented using MATLAB's App Designer or GUIDE framework, primarily dedicated to simulating ultrasound geometric acoustic fields. It provides significant practical value by enabling users to perform acoustic field simulation operations and analysis efficiently. Through this interface, users can configure ultrasound source parameters including position coordinates, geometric shapes (such as planar, focused, or array transducers), and acoustic properties like frequency and amplitude. The system also allows receiver placement configuration with customizable detection parameters. The interface incorporates visualization capabilities that display acoustic field distribution patterns through color-mapped plots or 3D representations, accompanied by analytical tools for generating pressure distribution charts, beam profiles, and propagation diagrams. Key functions may include wave propagation algorithms based on Huygens-Fresnel principle or ray-tracing methods, with computational optimization for real-time parameter updates. Designed with user-friendly controls and intuitive layout, the GUI requires no programming expertise, making it accessible for researchers and engineers. This tool serves as a convenient and effective platform for ultrasound geometric field simulation, facilitating better understanding and investigation of acoustic field characteristics and wave behavior through interactive parameter studies.