The provided Python function calculates the FWHM of a waveform represented by the input arrays ‘x’ and ‘y’. Here’s a breakdown of the code:

Full width at half maximumformula

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Full width at half maximumcalculator

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In conclusion, the accurate determination of FWHM is essential in various aspects of medical physics, including imaging resolution, signal characterization, temporal analysis, and instrument calibration. By understanding the importance of FWHM and utilizing tools like the provided Python function, medical physicists can enhance the quality and reliability of diagnostic and therapeutic procedures, ultimately improving patient care outcomes.

In medical physics, the accurate characterization of signals is crucial for various diagnostic and therapeutic applications. One of the fundamental parameters used in signal analysis is the Full-Width at Half-Maximum (FWHM). FWHM represents the width of a waveform at half of its maximum amplitude and plays a significant role in various aspects of medical physics.