Compose a test client for Rectangle that takes three command-line arguments n, lo, and hi; generates n random rectangles whose width and height are uniformly distributed between lo and hi in the unit square; draws those rectangles to standard drawing, and writes their average area and average perimeter to standard output.

import stddraw class Rectangle:

# Create rectangle with center (_x, _y),

# width w, and height h.

def __init__(self, _x, _y, w, h): self._x = _x self._y = _y self._width = w self._height = h

# The area of self.

def area(self): return self._width * self._height

# The perimeter of self.

def perimeter(self): return 2*(self._width * self._height)

# True if self intersects other; False otherwise.

def intersects(self, other): #check if one rectangle is to the left or right of other if((self._x+self._width/2)<(other._x-other._width/2) or (self._x-self._width/2)>(other._x+other._width/2)): return False #check if one rectangle is to the top or bottom of other if((self._y+self._height/2)<(other._y-other._height/2) or (self._y-self._height/2)>(other._y+other._height/2)): return False return True

# True if self contains other; False otherwise.

def contains(self, other):

if(self._x+self._width/2other._x-other._width/2): return False if(self._y+self._height/2other._y-other._height/2): return False return True

# Draw self on stddraw.

def draw(self): stddraw.rectangle((self._x-self._width/2),(self._y-self._height/2), self._width, self._height)