A circle of radius 0.5 is inscribed inside a square with side length 1.
Script picks N points at random inside the square. It then checks to see if the point is inside the circle and then generates a figure in which the points ''in'' and ''out'' are plotted in different colors. Say we have M points inside the circle. Pi is then approximated as follows:
% Pi = 4*M/N.
Please provide a proper title for your function. "Dr., professor" is a joke!
-Does do exactly what it says it does though and has a decent description.
-For educational purposes the direct calculation of the distance from the point to the center of the circle is better than using inpolygon (and probably more accurate).
-The 'MY' in the title makes it unnecessarily long.
I have changed the title
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