Need help with this problem in MATLAB. Please show and explain how to code the solution, thank you.

Plot the results.

2-D Circ function. Perhaps more useful in optics is a circular opening. The circ function can be defined as t(r/d)=cire (6)={ 10 si otherwise Here, r is the radius in polar coordinates and d is the diameter of the intended aperture. We do not have an angular dependence because the aperture is assumed circularly symmetric. Convert the above into x and y and add a decenter term so you can position the aperture anywhere. Assume the sampling is equivalent in both x and y. Try a sampling of -256:1:256 with an offset of x = y = 45, and a diameter of 50. 2-D Circ function. Perhaps more useful in optics is a circular opening. The circ function can be defined as t(r/d)=cire (6)={ 10 si otherwise Here, r is the radius in polar coordinates and d is the diameter of the intended aperture. We do not have an angular dependence because the aperture is assumed circularly symmetric. Convert the above into x and y and add a decenter term so you can position the aperture anywhere. Assume the sampling is equivalent in both x and y. Try a sampling of -256:1:256 with an offset of x = y = 45, and a diameter of 50