whats wrong with my code? Draw a boundary for the game as a circle with a $300$ unit radius centered on $(0,0).$ You will use an

invisible turtle to do this.

Add a hunter turtle $($with a different color and shape than the other turtles$).$ The user should be

able to move the turtle left and right and should be able to speed up and slow down the turtle

with its speed never dropping below $1($like from lab $5).$ If the hunter turtle hits the wall, it should

move jump to the center of the screen.

Add two shark "turtles" to hunt the hunter. These sharks should begin the game at location $(200,$

$0)$ and $(-200,0).$ They should move toward the hunter turtle in some non$-$random fashion.

None of the turtles should leave lines behind as they move.

import turtle

import random

win $=$ turtle.Screen$()$

boundary $=$ turtle.Turtle$()$

boundary.hideturtle$()$

boundary.penup$()$

boundary.goto$(0,-300)$

boundary.pendown$()$

boundary.circle$(300)$

hunt $=$ turtle.Turtle$()$

hunt.color$(\text{'}$pink$\text{'})$

hunt.shape$(\text{'}$square$\text{'})$

hunt.width$(5)$

sharkTurtles $=[]$

shark$1=$ turtle.Turtle$()$

shark$1.$color$(\text{'}$blue$\text{'})$

shark$1.$width$(6)$

shark$1.$shape$(\text{'}$arrow$\text{'})$

shark$2=$ turtle.Turtle$()$

shark$2.$color$(\text{'}$blue$\text{'})$

shark$2.$width$(6)$

shark$2.$shape$(\text{'}$arrow$\text{'})$

speed $=1$

sharkSpeed $=1$

running $=$ True

def go$\_$left$()$:

hunt.left$(15)$

def go$\_$right$()$:

hunt.right$(15)$

def go$\_$home$()$:

hunt.setposition$(0,0)$

def stop$()$:

global running

running $=$ False

def speed$\_$up$()$:

global speed

speed $=$ speed $+1$

def speed$\_$down$()$:

global speed

if speed $>0$:

speed $=$ speed $-1$

win.listen$()$

win.onkey$($go$\_$left, "Left"$)$

win.onkey$($go$\_$right, "Right"$)$

win.onkey$($go$\_$home, "space"$)$

win.onkey$($stop$,"$q$")$

win.onkey$($speed$\_$up$,"$Up$")$

win.onkey$($speed$\_$down, "Down"$)$

shark$1.$penup$()$

shark$1.$setposition$(200,0)$

shark$2.$penup$()$

shark$2.$setposition$(-200,0)$

sharks $=$ shark$1,$ shark$2$

while running:

hunt.forward$($speed$)$

angleToHunt $=$ sharks.towards$($int$($hunt$.$xcor$()),$ int$($hunt$.$ycor$()))$

sharks.setheading$($angleToHunt$)$

sharks.forward$($sharkSpeed$)$