import random 

INTERVAL= 1000

circle_points= 0
square_points= 0

# Total Random numbers generated= possible x 
# values* possible y values 
for i in range(INTERVAL**2): 

	# Randomly generated x and y values from a 
	# uniform distribution 
	# Rannge of x and y values is -1 to 1 
	rand_x= random.uniform(-1, 1) 
	rand_y= random.uniform(-1, 1) 

	# Distance between (x, y) from the origin 
	origin_dist= rand_x**2 + rand_y**2

	# Checking if (x, y) lies inside the circle 
	if origin_dist<= 1: 
		circle_points+= 1

	square_points+= 1

	# Estimating value of pi, 
	# pi= 4*(no. of points generated inside the 
	# circle)/ (no. of points generated inside the square) 
	pi = 4* circle_points/ square_points 

## print(rand_x, rand_y, circle_points, square_points, "-", pi) 
## print("\n") 

print("Final Estimation of Pi=", pi)