you will be adding a little bit of detail to your grid. Building off Milestone 1, you will add a circle to the center of each cell. The circle should be filled a different color than the grid You are still allowed to choose the fill and pen colors yourself.

In addition to the 3 inputs you'll be asking from before, ask for an additional input for the circle's fill color.

Sample output:

Grid size (n): (input) Pen color: (input) Fill color: (input) Circle color: (input)

Here are some examples of what your program should be producing:

My code is this, which is something wrong, can you change my code to get the output as images shown:

# TODO: Write your header comment here.

import turtle

import random

turtle.tracer(False) # this will turn off drawing (recommended for development because drawing is slow, required for submitting or your code will timeout)

# TODO: Write your code here.

def create_grid_with_circle(size, pen_color, fill_color, circle_color):

    # Set up the screen

    screen = turtle.Screen()

    size_for_canvas = size * 50  # Adjust multiplier as needed

    screen.setup(width=size_for_canvas + 10, height=size_for_canvas + 10)

    screen.screensize(size_for_canvas, size_for_canvas)

    # Set up the turtle

    grid_turtle = turtle.Turtle()

    grid_turtle.speed(0)  # Set the drawing speed, 0 is the fastest

    turtle.tracer(False)  # Turn off drawing for faster rendering

    # Draw the grid

    for i in range(size):

        for j in range(size):

            draw_cell(grid_turtle, -size_for_canvas / 2 + j * 50, size_for_canvas / 2 - i * 50, fill_color, pen_color)

            draw_circle(grid_turtle, -size_for_canvas / 2 + j * 50, size_for_canvas / 2 - i * 50, circle_color)

# Function to draw a grid cell

def draw_cell(turtle, x, y, fill_color, pen_color):

    turtle.penup()

    turtle.goto(x, y)

    turtle.pendown()

    turtle.color(pen_color, fill_color)

    turtle.begin_fill()

    for _ in range(4):

        turtle.forward(50)

        turtle.right(90)

    turtle.end_fill()

# Function to draw a circle in the center of a cell

def draw_circle(turtle, x, y, circle_color):

    turtle.penup()

    turtle.goto(x + 25, y - 25)  # Move to the center of the cell

    turtle.pendown()

    turtle.color(circle_color, circle_color)

    turtle.begin_fill()

    turtle.circle(20)  # Adjust the radius to ensure the circle does not touch the border

    turtle.end_fill()

# Get user input

grid_size = int(input("Grid size (n): "))

pen_color = input("Pen color: ")

fill_color = input("Fill color: ")

circle_color = input("Circle color: ")

# Create the grid with circles

create_grid_with_circle(grid_size, pen_color, fill_color, circle_color)

turtle.tracer(True) # this will turn back on drawing, do not remove

turtle.mainloop() # Delete before submitting your code for grading otherwise your code will timeout and not su bmit, however, must include while developing your code in order to see the drawing (otherwise window will disappear)

Question

you will be adding a little bit of detail to your grid. Building off Milestone 1, you will add a circle to the center of each cell. The circle should be filled a different color than the grid You are still allowed to choose the fill and pen colors yourself.

In addition to the 3 inputs you'll be asking from before, ask for an additional input for the circle's fill color.

Sample output:

Grid size (n): (input) Pen color: (input) Fill color: (input) Circle color: (input)

Here are some examples of what your program should be producing:

My code is this, which is something wrong, can you change my code to get the output as images shown:

# TODO: Write your header comment here.

import turtle

import random

turtle.tracer(False) # this will turn off drawing (recommended for development because drawing is slow, required for submitting or your code will timeout)

# TODO: Write your code here.

def create_grid_with_circle(size, pen_color, fill_color, circle_color):

# Set up the screen

screen = turtle.Screen()

size_for_canvas = size * 50 # Adjust multiplier as needed

screen.setup(width=size_for_canvas + 10, height=size_for_canvas + 10)

screen.screensize(size_for_canvas, size_for_canvas)

# Set up the turtle

grid_turtle = turtle.Turtle()

grid_turtle.speed(0) # Set the drawing speed, 0 is the fastest

turtle.tracer(False) # Turn off drawing for faster rendering

# Draw the grid

for i in range(size):

for j in range(size):

draw_cell(grid_turtle, -size_for_canvas / 2 + j * 50, size_for_canvas / 2 - i * 50, fill_color, pen_color)

draw_circle(grid_turtle, -size_for_canvas / 2 + j * 50, size_for_canvas / 2 - i * 50, circle_color)

# Function to draw a grid cell

def draw_cell(turtle, x, y, fill_color, pen_color):

turtle.penup()

turtle.goto(x, y)

turtle.pendown()

turtle.color(pen_color, fill_color)

turtle.begin_fill()

for _ in range(4):

turtle.forward(50)

turtle.right(90)

turtle.end_fill()

# Function to draw a circle in the center of a cell

def draw_circle(turtle, x, y, circle_color):

turtle.penup()

turtle.goto(x + 25, y - 25) # Move to the center of the cell

turtle.pendown()

turtle.color(circle_color, circle_color)

turtle.begin_fill()

turtle.circle(20) # Adjust the radius to ensure the circle does not touch the border

turtle.end_fill()

# Get user input

grid_size = int(input("Grid size (n): "))

pen_color = input("Pen color: ")

fill_color = input("Fill color: ")

circle_color = input("Circle color: ")

# Create the grid with circles

create_grid_with_circle(grid_size, pen_color, fill_color, circle_color)

turtle.tracer(True) # this will turn back on drawing, do not remove

turtle.mainloop() # Delete before submitting your code for grading otherwise your code will timeout and not su bmit, however, must include while developing your code in order to see the drawing (otherwise window will disappear)

Accepted Answer

In this question, you are asked to use the turtle graphics library in Python to create a grid of…