Kalin_georgiev_17.py

import math

def check_circles(c1_center, c1_radius, c2_center, c2_radius):

    (x1, y1) = c1_center
    (x2, y2) = c2_center
    distance_from_centers = math.sqrt((x1 - x2)**2 + (y1 - y2)**2)
    sum_of_radiuses = c1_radius + c2_radius
    


#checks if the circles match each other
    if distance_from_centers == 0 and c1_radius == c2_radius:
        return "The given circles are MATCHING!"


#checks if the circles are touching each other
    if distance_from_centers == sum_of_radiuses:
        return "The given circles are TOUCHING!"


#checks if one circle contain the other other
    elif  distance_from_centers + c2_radius <= c1_radius or distance_from_centers + c1_radius <= c2_radius:
        return "One circle is CONTAINING the other!"


#checks if circles are touching in two points 
    elif distance_from_centers < sum_of_radiuses:
        return "The given circles are INTERSECTING!"


#then circles have no common points
    else:
        return "Circles have NO_COMMON points!"



#print(check_circles((1, 2), 3, (15, 27), 6))