The circle design a class which represents a circle in the (x,y) coordinate plane. a circle object is initialized with three input arguments. the center of the circle specified as the first two inputs (x,y) and the radius of the circle. by default the circle will be centered at (0, 0) with a radius of 1. c = circle(0, 0, 1) the circle class should provide proper getters/setters for the x and y coordinates of the center as well as the radius. the circle should also have a getarea() and getperimeter() method. finally, the circle should have a method called, ispointwithincircle(x, y) which takes as augments the x and y coordinate of a point and determines whether the point lies within the circle. it should return a boolean indicating whether the point is within the circle.

It is described as a set of points, where each point is at the same distance from a fixed point (called the centre of a circle)

from math import dist # to calculate distance between two points

# defining class circle

class Circle:

# constructor of Circle

# with default parameters

def __init__(self, x_coord=0, y_coord=0, radius=1):

self.centre_x = x_coord

self.centre_y = y_coord

self.radius = radius

# getters

def getX(self):

return self.centre_x

def getY(self):

return self.centre_y

def getRadius(self):

return self.radius

# setters

def setX(self, x):

self.centre_x = x

def sety(self, y):

self.centre_y = y

def setRadius(self, r):

self.radius = r

# function to calculate and return area

def getArea(self):

return 3.141*(self.radius**2)

# function to calculate and return perimeter

def getPerimeter(self):

return 2*3.141*self.radius

# calculates the distance between circle centre and

# given coordinates

# returns true if distance is less than radius

def isPointWithinCircle(self, x, y):

return dist([self.centre_x, self.centre_y], [x, y]) < self.radius

c1 = Circle(3, 3, 7)

c2 = Circle()

print("First Circle perimeter: " + str(c1.getPerimeter()))

print("First Circle area: " + str(c1.getArea()))

c2.setX(3)

c2.sety(3)

c2.setRadius(2)

if c2.isPointWithinCircle(4, 3.7):

print("(4, 3.7) is within circle two")

else:

print("(4, 3.7) is not within circle two")

print("Moving second Circle")

c2.setX(3+c2.getX())

if c2.isPointWithinCircle(4, 3.7):

print("(4, 3.7) is within circle two")

else:

print("(4, 3.7) is not within circle two")

Thus, the circle design a class which represents a circle in the (x,y) coordinate plane.

Learn more about circle here:

brainly.com/question/11833983

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