Animation Using Turtle Grapics

Updated jib 1 5K Views

• shooter_clicked(x,y): This function is called when the shooter turtle is clicked on the screen. If the bullet not already moving, this function sets a global flag to cause the bullet to start moving upward.
• Set the window dimensions and title. Call setup() to draw the window.
• Set random x and y coordinates for the ball using random.randrange().
• Create the ball as a new blue, circular turtle. Set penup(), and move the ball to its starting location in the window.
• Set the x and y movement increments for the ball to 5.
• Draw the shooter image on the screen with the “shooter” turtle. Make it a red square positioned at the bottom middle of the screen.
• Create the “bullet” turtle as a black circle, and draw it on the screen sitting on top of the shooter turtle.
• Set the bullet_moving flag to False to indicate that the bullet is not moving yet.
Inside the while-loop you can use the bouncing ball code from bouncing_ball.py. Then add code to the while-loop to do the following:
• If the bullet is also moving, move it to its new position.
• If the bullet is close to the moving ball (use turtle.distance() to check the distance), end the game and the while-loop.
• Congratulate the player for winning the game.

from turtle import *
from random import *
import winsound
import math

def shooter_clicked(clickx,clicky): 
    global start
    start=True
    return
    
setup(600,500)

maxx = 300
maxy = 250
minx= -maxx
miny= - maxy

title ("shooting ball")
bgcolor('grey')
ball=Turtle()

ball.penup()
ball.shape("circle")
ball.shapesize(3,3,3)
ball.color("blue")
bounce_point = 20


shooter=Turtle()
shooter.hideturtle()
shooter.penup()
shooter.shape("square")
shooter.shapesize(3,3,3)
shooter.color("red")
shooter.goto(-10,-220)


bullet=Turtle()
bullet.hideturtle()
bullet.penup()
bullet.shape("circle")
bullet.shapesize(1,1,1)
bullet.goto(-20,-100)


shooter.onclick(shooter_clicked)

x = randint(minx + bounce_point, maxx + bounce_point)
y = randint(miny + bounce_point, maxy + bounce_point)
ball.goto(x,y)

ball.showturtle()
bullet.showturtle()
shooter.showturtle()


dx = 10
dy = 10
bdy=30
by=-140
endloop = False
start=False

while not endloop:
    
    
    xx = x + dx


    if xx < minx+bounce_point:
        xx = minx + bounce_point
        dx = -dx
        

    if xx > maxx - bounce_point:
        xx = maxx- bounce_point
        dx = -dx
        


    yy=y+dy
    if yy < miny + bounce_point: 
        yy= miny + bounce_point
        dy = -dy
        

    if yy > maxy + bounce_point:   
        yy = maxy + bounce_point
        dy = -dy
        


    x = xx
    y = yy
    ball.goto(x,y)
  

    
    shooter.goto(-by,-bdy)
    if start==True:
        by=by+bdy
        if by>maxy:
            by=-220
            start= False
            

        if bullet.distance(ball)<40:
            print"target affirmed"
            print"You win!!!!!!"
            endloop=True
            start=False
        bullet.goto(0,by)

    
    
                       
bye()
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