def main():
# Create a circle and test it
circle1 = Circle(5)
print(circle1.area())
print(circle1.circumference())
circle2 = Circle(10)
print(circle2.area())
print(circle2.circumference())
from circle import Circle
circle1 = Circle(1, 22, "red")
circle2 = Circle(2, 43, "pink")
print("circumference of circle 1 is ", circle1.circumference())
print("circumference of circle 2 is ", circle2.circumference())
def calc_circle(r, x, y):
circle = Circle(r, x, y)
print("The circumference of a circle with a radius of {} at position {}, {} = {}".format(r, x, y, round(circle.circumference(), 2)))
print("The area of a circle with a radius of {} at position {}, {} = {}".format(r, x, y, round(circle.area(), 2)))
print("The top point of a circle with a radius of {} at position {}, {} = {}".format(r, x, y, circle.top_point()))
print("The right point of a circle with a radius of {} at position {}, {} = {}".format(r, x, y, circle.right_point()))
def test_larger_radius():
c = Circle(100)
assert (round(c.circumference(), 1) == 628.3)
assert (round(c.area(), 1) == 31415.9)
def test_small():
c = Circle(3)
assert (round(c.circumference(), 1) == 18.8)
assert (round(c.area(), 1) == 28.3)
def test_double_radius():
c = Circle(10.5)
assert (round(c.circumference(), 1) == 66.0)
assert (round(c.area(), 1) == 346.4)
def test_big():
c = Circle(9000)
assert (round(c.circumference(), 1) == 56548.7)
assert (round(c.area(), 1) == 254469004.9)
from circle import Circle
from coorddinate import Coordinate
center = Coordinate(3, 4)
myCircle = Circle(1, center, "red")
print("area: ", myCircle.area())
print("circumference: ", myCircle.circumference())
print("color: ", myCircle.color)
print("side: ", myCircle.side)
