Computational Optics in Python 3, please do all parts:

Using Python, create a program that can write a data file that has a Gaussian profile, with a FWHM of 2 mm. Your file should represent a one-dimensional aperture screen with a length of 81.92 cm with a step size (or pixel size) of 0.04 mm. The total number of data points along the screen should be 2048. Thus, your aperture should represent 50 pixels. (i) (ii) Display a plot of your simulated aperture screen. Using one of Python's built-in FFT functions, apply a fast Fourier transform (FFT) to your data. Display a plot of the Fourier transformed data. Comment on the differences between the original data and the FFT data. (iv)