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Subjects are:
Python
Your answers will be original?
The professor or anyone will not be able find these answers
on any online website?
Please answer:
1. Read all the instructions and let me know if you have any
questions about what must be done.
2. Your answers will be all original?
3. Do you guarantee that all your work is original and none
of what you write can or will be found on any online site?
Therefore, I try to provide a longer time for the work to be
completed.Assignment:Write appropriate comments for this program
and function. Include: A header comment for the programA header for
the function describing the parameters and return value.Comment the
blocks of code. The text has descriptions of all this, so reread
that if necessary. Create a new turtle, a black hole turtle, that
moves to some random location on the screen and draws a black dot
of diameter 100. Use the .dot function instead of .circle, since
you want the turtle at the center of the figure. [As of Fall 1,
2018, there is a bug in the active code window. If you are using
the textbook to write this program, use may have to use dot(50) to
get the correct size black hole. If you are using a stand-alone
python compiler, use dot(100).]This should be done in the main
function before creating the randomly walking turtle. Write a
boolean function that has two turtles as parameters, and returns
true if the turtles are within 50 units of each other and false
otherwise. There are several ways to determine the distance between
two turtles. You could use math.sqrt or math.hypot to compute the
distance. If you read the turtle documentation, you may find
another way as well. Talk to the instructor if you are having
trouble with this. Be sure to comment this function. Modify the
while loop so that the program stops when the turtle leaves the
screen or when it touches the black hole. Use your Boolean function
from Step 3.Modify the function isInScreen so that the function
only returns false if the turtle wanders off the top or bottom of
the screen. The next step is going to deal with the turtle moving
off the screen horizontally. Modify the body of the while loop so
that if the turtle wanders off the screen either to the right or
the left, it reappears on the opposite side of the screen. Add
another feature to your program. Either more randomness, or one
more randomly walking turtle, or multiple black holes, or ??? This
doesn’t have to be too fancy, but should be more than just adding
one line of code.
import random
import turtle
def isInScreen(win,turt):
leftBound = -win.window_width() / 2
rightBound = win.window_width() / 2
topBound = win.window_height() / 2
bottomBound = -win.window_height() / 2
turtleX = turt.xcor()
turtleY = turt.ycor()
stillIn = True
if turtleX > rightBound or turtleX < leftBound: stillIn
= False if turtleY > topBound or turtleY < bottomBound:
stillIn = False return stillIn def main(): wn = turtle.Screen() #
Define your turtles here june = turtle.Turtle()
june.shape('turtle') while isInScreen(wn,june): coin =
random.randrange(0, 2) if coin == 0: june.left(90) else:
june.right(90) june.forward(50) wn.exitonclick() main() ...
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