Your Tasks

Define a function drawCircle $($in the file circle.py$).$ This function should expect a Turtle object, the coordinates of the circle$$s center point, and the circle$$s radius as arguments. The function should draw the specified circle. The algorithm should draw the circle$$s circumference by turning $3$ degrees and moving a given distance $120$ times. Calculate the distance moved with the formula: $2\mathrm{.}0*\backslash$pi $*$ radius $/120\mathrm{.}0.($LO: $8\mathrm{.}1)$

Instructions

Task $1$: Define the drawCircle function so that it draws the specified circle.

NB: This question has already been answered on Chegg but it doesn't work.This is the code I used:

import turtle

import math

# Function to draw a circle

def drawCircle$($turtle$\_$obj, x$,$ y$,$ radius$)$:

step$\_$distance $=2*$ math.pi $*$ radius $/120\mathrm{.}0$ # Distance moved per step

turtle$\_$obj.penup$()$ # Do not draw when moving to the start point

turtle$\_$obj.goto$($x $+$ radius, y$)$ # Moving to the start point on circumference

turtle$\_$obj.pendown$()$ # Start drawing

for $\_$ in range$(120)$: # Draw the circle through $120$ small segments

turtle$\_$obj.left$(3)$ # Turn $3$ degrees to the left

turtle$\_$obj.forward$($step$\_$distance$)$ # Move forward by the calculated distance

# Setting up the screen $($Optional based on environment, useful if running standalone$)$

turtle.setup$(800,600)$ # Set the window size to $800$x$600$ pixels

# Now, create a turtle object and use the function

my$\_$turtle $=$ turtle.Turtle$()$

my$\_$turtle.speed$(0)$ # Set the drawing speed to the fastest

# Draw a circle with the center at $(0,0)$ and a radius of $100$

drawCircle$($my$\_$turtle, $0,0,100)$

# To keep the window open until the user closes it

turtle.done$()$