Draw Spiderman using Python Turtle Graphics in Python Programming | Code Hub

What is Turtle in Python

Turtle is like a drawing board in Python, which lets us command a turtle to draw over where we have insisted the direction like forward(), backward(), etc.

How to use Turtle

1. We need to import the "Turtle" package

2. We have to create a turtle where we need to control 

3. Give direction to draw around using the turtle methods

4. Finally, run turtle.done()

Note:

You can install these libraries using pip command.

Turtle is pre-installed in mostly all programming software if Turtle is not  installed please use this pip command  pip install PythonTurtle

Source Code

import turtle

turtle.bgcolor('black')

p=turtle.Turtle()

wn = turtle.Screen()

p.pencolor('red')

p.hideturtle()

#curve01

def curve01(a,d):

    for i in range(d):

        p.right(a)

        p.forward(1)

#making eye

p.width(15)

p.penup()

p.right(90)

p.forward(85)

p.left(90)

p.forward(35)

p.pendown()

p.fillcolor('white')

p.begin_fill()

p.left(55)

curve01(0.09,100)

curve01(0.2,100)

p.forward(70)

p.right(90)

curve01(0.5,100)

curve01(00,30)

curve01(0.3,50)

curve01(0.6,50)

p.forward(50)

p.right(47)

curve01(0.1,95)

p.end_fill()

#changing

p.penup()

p.left(36)

p.forward(70)

p.pendown()

#curve02

def curve02(a,d):

    for i in range(d):

        p.left(a)

        p.forward(1)

#second eye

p.fillcolor('white')

p.begin_fill()

p.right(55)

curve02(0.09,100)

curve02(0.2,100)

p.forward(70)

p.left(90)

curve02(0.5,100)

curve02(00,30)

curve02(0.3,50)

curve02(0.6,50)

p.forward(50)

p.left(47)

curve02(0.1,95)

p.end_fill()

p.penup()

p.width(0)

p.right(49)

p.forward(30)

p.left(102)  #100.40

p.forward(145)

p.pencolor('red')

#making left face

p.fillcolor('red')

p.begin_fill()

p.speed(0)

p.pendown()

p.left(90)

curve01(5,20)

p.left(175)

p.forward(50)

p.left(25)

p.forward(28)

p.right(160)

p.forward(170)

curve02(0.2,65)

p.right(60)

curve01(0.1,140)

curve01(0.5,50)

p.left(180)

curve02(0.2,150)

curve02(0.1,95)

p.left(127)

p.forward(5)

curve01(2,20)

p.right(30)

p.forward(90)

p.right(7)

p.forward(75)

p.right(160)

p.forward(100)

curve02(0.1,105)

p.right(70)

curve01(0.2,200)

curve01(0.3,70)

p.left(175)

curve02(0.2,150)

curve02(0.3,150)

p.forward(20)

p.left(65)

curve01(0.1,120)

curve01(0.010,105)

p.right(10)

curve01(0.2,110)

p.right(60)

curve01(0.3,138)

p.right(30)

curve01(0.2,160)

p.left(150)

curve02(0.2,100)

curve02(0.1,150)

p.forward(70)

curve02(0.4,40)

p.left(160)

curve01(0.1,60)

p.left(7)

curve01(0.1,120)

curve01(0.2,30)

p.forward(20)

p.right(140)

curve02(0.2,40)

p.right(50)

curve02(0.2,70)

p.right(8)

curve02(0.1,70)

curve02(0.5,50)

p.left(153)

curve01(0.1,170)

p.right(81)

curve02(0.2,20)

p.right(3)

curve02(0.1,62)

p.right(153) #..

curve01(0.1,63) 

p.left(50)

curve02(0.1,175)

p.left(60)

p.forward(7)

p.end_fill()

#going to replicate

p.left(92.15)

p.penup()

p.forward(417)

p.pendown()

p.fillcolor('red')

p.begin_fill()

#right face 

p.right(90)

curve02(5,20)

p.right(175)

p.forward(50)

p.right(25)

p.forward(28)

p.left(160)

p.forward(170)

curve01(0.2,65)

p.left(60)

curve02(0.1,140)

curve02(0.5,50)

p.right(180)

curve01(0.2,150)

curve01(0.1,95)

p.right(127)

p.forward(5)

curve02(2,20)

p.left(30)

p.forward(90)

p.left(7)

p.forward(75)

p.left(160)

p.forward(100)

curve01(0.1,105)

p.left(70)

curve02(0.2,200)

curve02(0.3,70)

p.right(175)

curve01(0.2,150)

curve01(0.3,150)

p.forward(20)

p.right(65)

curve02(0.1,120)

curve02(0.010,105)

p.left(10)

curve02(0.2,110)

p.left(60)

curve02(0.3,138)

p.left(30)

curve02(0.2,160)

p.right(150)

curve01(0.2,100)

curve01(0.1,150)

p.forward(70)

curve01(0.4,40)

p.right(160)

curve02(0.1,60)

p.right(7)

curve02(0.1,120)

curve02(0.2,30)

p.forward(20)

p.left(140)

curve01(0.2,40)

p.left(50)

curve01(0.2,70)

p.left(8)

curve01(0.1,70)

curve01(0.5,50)

p.right(153)

curve02(0.1,170)

p.left(81)

curve01(0.2,20)

p.left(3)

curve01(0.1,62)

p.left(153) #..

curve02(0.1,63) 

p.right(50)

curve01(0.1,100)  #0.1

p.forward(75)

p.right(75)

p.forward(2)

p.end_fill()

turtle.done()

import turtle

turtle.bgcolor('black')

p=turtle.Turtle()

wn = turtle.Screen()

p.pencolor('red')

p.hideturtle()

#curve01

def curve01(a,d):

    for i in range(d):

        p.right(a)

        p.forward(1)

#making eye

p.width(15)

p.penup()

p.right(90)

p.forward(85)

p.left(90)

p.forward(35)

p.pendown()

p.fillcolor('white')

p.begin_fill()

p.left(55)

curve01(0.09,100)

curve01(0.2,100)

p.forward(70)

p.right(90)

curve01(0.5,100)

curve01(00,30)

curve01(0.3,50)

curve01(0.6,50)

p.forward(50)

p.right(47)

curve01(0.1,95)

p.end_fill()

#changing

p.penup()

p.left(36)

p.forward(70)

p.pendown()

#curve02

def curve02(a,d):

    for i in range(d):

        p.left(a)

        p.forward(1)

#second eye

p.fillcolor('white')

p.begin_fill()

p.right(55)

curve02(0.09,100)

curve02(0.2,100)

p.forward(70)

p.left(90)

curve02(0.5,100)

curve02(00,30)

curve02(0.3,50)

curve02(0.6,50)

p.forward(50)

p.left(47)

curve02(0.1,95)

p.end_fill()

p.penup()

p.width(0)

p.right(49)

p.forward(30)

p.left(102)  #100.40

p.forward(145)

p.pencolor('red')

#making left face

p.fillcolor('red')

p.begin_fill()

p.speed(0)

p.pendown()

p.left(90)

curve01(5,20)

p.left(175)

p.forward(50)

p.left(25)

p.forward(28)

p.right(160)

p.forward(170)

curve02(0.2,65)

p.right(60)

curve01(0.1,140)

curve01(0.5,50)

p.left(180)

curve02(0.2,150)

curve02(0.1,95)

p.left(127)

p.forward(5)

curve01(2,20)

p.right(30)

p.forward(90)

p.right(7)

p.forward(75)

p.right(160)

p.forward(100)

curve02(0.1,105)

p.right(70)

curve01(0.2,200)

curve01(0.3,70)

p.left(175)

curve02(0.2,150)

curve02(0.3,150)

p.forward(20)

p.left(65)

curve01(0.1,120)

curve01(0.010,105)

p.right(10)

curve01(0.2,110)

p.right(60)

curve01(0.3,138)

p.right(30)

curve01(0.2,160)

p.left(150)

curve02(0.2,100)

curve02(0.1,150)

p.forward(70)

curve02(0.4,40)

p.left(160)

curve01(0.1,60)

p.left(7)

curve01(0.1,120)

curve01(0.2,30)

p.forward(20)

p.right(140)

curve02(0.2,40)

p.right(50)

curve02(0.2,70)

p.right(8)

curve02(0.1,70)

curve02(0.5,50)

p.left(153)

curve01(0.1,170)

p.right(81)

curve02(0.2,20)

p.right(3)

curve02(0.1,62)

p.right(153) #..

curve01(0.1,63) 

p.left(50)

curve02(0.1,175)

p.left(60)

p.forward(7)

p.end_fill()

#going to replicate

p.left(92.15)

p.penup()

p.forward(417)

p.pendown()

p.fillcolor('red')

p.begin_fill()

#right face 

p.right(90)

curve02(5,20)

p.right(175)

p.forward(50)

p.right(25)

p.forward(28)

p.left(160)

p.forward(170)

curve01(0.2,65)

p.left(60)

curve02(0.1,140)

curve02(0.5,50)

p.right(180)

curve01(0.2,150)

curve01(0.1,95)

p.right(127)

p.forward(5)

curve02(2,20)

p.left(30)

p.forward(90)

p.left(7)

p.forward(75)

p.left(160)

p.forward(100)

curve01(0.1,105)

p.left(70)

curve02(0.2,200)

curve02(0.3,70)

p.right(175)

curve01(0.2,150)

curve01(0.3,150)

p.forward(20)

p.right(65)

curve02(0.1,120)

curve02(0.010,105)

p.left(10)

curve02(0.2,110)

p.left(60)

curve02(0.3,138)

p.left(30)

curve02(0.2,160)

p.right(150)

curve01(0.2,100)

curve01(0.1,150)

p.forward(70)

curve01(0.4,40)

p.right(160)

curve02(0.1,60)

p.right(7)

curve02(0.1,120)

curve02(0.2,30)

p.forward(20)

p.left(140)

curve01(0.2,40)

p.left(50)

curve01(0.2,70)

p.left(8)

curve01(0.1,70)

curve01(0.5,50)

p.right(153)

curve02(0.1,170)

p.left(81)

curve01(0.2,20)

p.left(3)

curve01(0.1,62)

p.left(153) #..

curve02(0.1,63) 

p.right(50)

curve01(0.1,100)  #0.1

p.forward(75)

p.right(75)

p.forward(2)

p.end_fill()

turtle.done() (code-box)

Output 

Video Tutorial