DODGE Game Source Code

import turtle

import time

import random

#screen

a = turtle.Screen()

a.setup(600,600)

a.bgcolor('orange')

a.title('DODGE')

# cannon 1

can1 = turtle.Turtle()

can1.hideturtle()

can1.color('crimson')

can1.shape('square')

can1.shapesize(2,18)

can1.penup()

can1.right(60)

can1.goto(-325,325)

can1.showturtle()

#cannon 1 head

ch1 = turtle.Turtle()

ch1.hideturtle()

ch1.color('light blue')

ch1.shape('circle')

ch1.shapesize(2,4)

ch1.penup()

ch1.goto(-240,170)

ch1.showturtle()

# cannon 2

can2 = turtle.Turtle()

can2.hideturtle()

can2.color('crimson')

can2.shape('square')

can2.shapesize(2,18)

can2.penup()

can2.left(60)

can2.goto(325,325)

can2.showturtle()

#cannon 2 head

ch2 = turtle.Turtle()

ch2.hideturtle()

ch2.color('light blue')

ch2.shape('circle')

ch2.shapesize(2,4)

ch2.penup()

ch2.goto(240,170)

ch2.showturtle()

# deffender

b = turtle.Turtle()

b.left(90)

b.color('green')

b.shapesize(2,2)

b.penup()

b.goto(0,-250)

def up():

b.forward(50)

b.speed(0)

def left():

b.left(90)

b.speed(0)

def right():

b.right(90)

b.speed(0)

def down():

b.backward(50)

b.speed(0)

# pen

s = turtle.Turtle()

s.hideturtle()

s.color('white')

s.pensize(10)

s.penup()

s.goto(0,220)

s.pendown()

# bullet cannon 1

b1 = turtle.Turtle()

b1.hideturtle()

b1.shape('triangle')

b1.shapesize(1,1,1)

b1.penup()

b1.goto(-240,170)

b1.color('dark red')

b1.right(60)

# bullet cannon 1 2

b11 = turtle.Turtle()

b11.hideturtle()

b11.shape('triangle')

b11.shapesize(1,1,1)

b11.penup()

b11.goto(-240,170)

b11.color('dark red')

b11.right(60)

# bullet cannon 1 3

b12 = turtle.Turtle()

b12.hideturtle()

b12.shape('triangle')

b12.shapesize(1,1,1)

b12.penup()

b12.goto(-240,170)

b12.color('dark red')

b12.right(60)

# bullet cannon 2

b2 = turtle.Turtle()

b2.hideturtle()

b2.shape('triangle')

b2.shapesize(1,1,1)

b2.penup()

b2.goto(240,170)

b2.color('dark red')

b2.left(60)

# bullet cannon 2 2

b22 = turtle.Turtle()

b22.hideturtle()

b22.shape('triangle')

b22.shapesize(1,1,1)

b22.penup()

b22.goto(240,170)

b22.color('dark red')

b22.left(60)

# bullet cannon 2 3

b23 = turtle.Turtle()

b23.hideturtle()

b23.shape('triangle')

b23.shapesize(1,1,1)

b23.penup()

b23.goto(240,170)

b23.color('dark red')

b23.left(60)

#line boundary

l = turtle.Turtle()

l.color('white')

l.pensize(15)

l.hideturtle()

l.forward(290)

l.backward(580)

l.right(90)

l.forward(290)

l.left(90)

l.forward(580)

l.left(90)

l.forward(290)

#score board

s2 = turtle.Turtle()

s2.hideturtle()

s2.color('white')

s2.pensize(15)

# fuctions

a.listen()

a.onkeypress(up , 'w')

a.onkeypress(left , 'a')

a.onkeypress(right , 'd')

a.onkeypress(down , 's')

#score variable

score = 0

def collid():

if b.xcor() == b1.xcor() and b.ycor() == b1.ycor() or b1.xcor() > b.xcor()-20 and b1.xcor() < b.xcor() +20 and (b1.ycor() < b.ycor() + 20) and b1.ycor() > b.ycor() - 20:

s.write('GAME OVER' , align = 'center' , font = ('courier' , 24 , 'underline'))

time.sleep(3)

turtle.bye()

def collid1():

if b.xcor() == b11.xcor() and b.ycor() == b11.ycor() or b11.xcor() > b.xcor()-20 and b11.xcor() < b.xcor() +20 and (b11.ycor() < b.ycor() + 20) and b11.ycor() > b.ycor() - 20:

s.write('GAME OVER' , align = 'center' , font = ('courier' , 24 , 'underline'))

time.sleep(3)

turtle.bye()

def collid2():

if b.xcor() == b12.xcor() and b.ycor() == b12.ycor() or b12.xcor() > b.xcor()-20 and b12.xcor() < b.xcor() +20 and (b12.ycor() < b.ycor() + 20) and b12.ycor() > b.ycor() - 20:

s.write('GAME OVER' , align = 'center' , font = ('courier' , 24 , 'underline'))

time.sleep(3)

turtle.bye()

def collide():

if b.xcor() == b2.xcor() and b.ycor() == b2.ycor() or b2.xcor() > b.xcor()-10 and b2.xcor() < b.xcor() +10 and (b2.ycor() < b.ycor() + 20) and b2.ycor() > b.ycor() - 20:

s.write('GAME OVER' , align = 'center' , font = ('courier' , 24 , 'underline'))

time.sleep(3)

turtle.bye()

def collide1():

if b.xcor() == b22.xcor() and b.ycor() == b22.ycor() or b22.xcor() > b.xcor()-10 and b22.xcor() < b.xcor() +10 and (b22.ycor() < b.ycor() + 20) and b22.ycor() > b.ycor() - 20:

s.write('GAME OVER' , align = 'center' , font = ('courier' , 24 , 'underline'))

time.sleep(3)

turtle.bye()

def collide2():

if b.xcor() == b23.xcor() and b.ycor() == b23.ycor() or b23.xcor() > b.xcor()-10 and b23.xcor() < b.xcor() +10 and (b23.ycor() < b.ycor() + 20) and b23.ycor() > b.ycor() - 20:

s.write('GAME OVER' , align = 'center' , font = ('courier' , 24 , 'underline'))

time.sleep(3)

turtle.bye()

# boundary restriction

def boundaryup():

if b.xcor() >= -300 and b.ycor() >= -10:

s.write('GAME OVER' , align = 'center' , font = ('courier' , 24 , 'underline'))

time.sleep(3)

turtle.bye()

def boundarylt():

if b.xcor() <= -290 or b.ycor() <= -290:

s.write('GAME OVER' , align = 'center' , font = ('courier' , 24 , 'underline'))

time.sleep(3)

turtle.bye()

def boundaryrt():

if b.xcor() >= 300 or b.ycor() <= -290:

s.write('GAME OVER' , align = 'center' , font = ('courier' , 24 , 'underline'))

time.sleep(3)

turtle.bye()

def boundarydwn():

if b.ycor() <= -290:

s.write('GAME OVER' , align = 'center' , font = ('courier' , 24 , 'underline'))

time.sleep(3)

turtle.bye()

def move():

if c6 >= 3:

b.forward(20)

time.sleep(0.5)

b.forward(20)

# misc

c6 = time.perf_counter()

# main loop

while True:

move()

b1.speed(5)

b11.speed(5)

b12.speed(5)

b2.speed(5)

b22.speed(5)

b23.speed(5)

x = random.randint(-280,280)

y = random.randint(-280,-10)

x2 = random.randint(-280,280)

y2 = random.randint(-280,-10)

x3 = random.randint(-280,280)

y3 = random.randint(-280,-10)

x1 = random.randint(-280,280)

y1 = random.randint(-280,-10)

x11 = random.randint(-280,280)

y11 = random.randint(-280,-10)

x12 = random.randint(-280,280)

y12 = random.randint(-280,-10)

#showturtle

b1.showturtle()

b2.showturtle()

b11.showturtle()

b22.showturtle()

b12.showturtle()

b23.showturtle()

#goto

b1.goto(x,y)

boundaryup()

boundarylt()

boundaryrt()

boundarydwn()

collide()

collid()

collid1()

collide1()

collid2()

collide2()

b2.goto(x1,y1)

boundaryup()

boundarylt()

boundaryrt()

boundarydwn()

collide()

collid()

collid1()

collide1()

collid2()

collide2()

b11.goto(x2,y2)

boundaryup()

boundarylt()

boundaryrt()

boundarydwn()

collide()

collid()

collid1()

collide1()

collid2()

collide2()

b22.goto(x11,y11)

boundaryup()

boundarylt()

boundaryrt()

boundarydwn()

collide()

collid()

collid1()

collide1()

collid2()

collide2()

b12.goto(x3,y3)

boundaryup()

boundarylt()

boundaryrt()

boundarydwn()

collide()

collid()

collid1()

collide1()

collid2()

collide2()

b23.goto(x12,y12)

boundaryup()

boundarylt()

boundaryrt()

boundarydwn()

time.sleep(0.5)

#restrictions

collid()

collid1()

collide()

collide1()

collid2()

collide2()

boundaryup()

boundarylt()

boundaryrt()

boundarydwn()

collide()

collid()

collid1()

collide1()

collid2()

collide2()

#hide

b1.hideturtle()

b2.hideturtle()

b11.hideturtle()

b22.hideturtle()

b12.hideturtle()

b23.hideturtle()

boundaryup()

boundarylt()

boundaryrt()

boundarydwn()

#return

b1.goto(-240,170)

b2.goto(240,170)

b11.goto(-240,170)

b22.goto(240,170)

b12.goto(-240,170)

b23.goto(240,170)

boundaryup()

boundarylt()

boundaryrt()

boundarydwn()

score += 10

s2.undo()

s2.penup()

s2.goto(0,110)

scoreq = "SCORE: %s" %score

s2.write( scoreq , False , align = 'center' , font = ('Arial' , 32 , 'underline'))