Draw Cube and Cuboid in Python using Turtle
Prerequisite: Turtle Programming Basics
Turtle is an inbuilt module in Python. It provides drawing using a screen (cardboard) and turtle (pen). To draw something on the screen, we need to move the turtle (pen). To move the turtle, there are some functions i.e forward(), backward(), etc.
Drawing Cube
Following steps are used:
- First draw the front square
- Move to back square through one bottom left side
- Draw the back square
- Draw the remaining side as shown in code.
Below is the implementation.
Python3
#import the turtle modules import turtle # Forming the window screen tut = turtle.Screen() # background color green tut.bgcolor("green") # window title Turtle tut.title("Turtle") my_pen = turtle.Turtle() # object color my_pen.color("orange") tut = turtle.Screen() # forming front square face for i in range(4): my_pen.forward(100) my_pen.left(90) # bottom left side my_pen.goto(50,50) # forming back square face for i in range(4): my_pen.forward(100) my_pen.left(90) # bottom right side my_pen.goto(150,50) my_pen.goto(100,0) # top right side my_pen.goto(100,100) my_pen.goto(150,150) # top left side my_pen.goto(50,150) my_pen.goto(0,100) |
Output :
Drawing Cuboid
Following steps are used:
- First draw the front rectangle
- Move to back rectangle through one bottom left side
- Draw the back rectangle
- Draw the remaining side as shown in code.
Below is the implementation.
Python3
#import the turtle modules import turtle # Forming the window screen tut = turtle.Screen() # background color green tut.bgcolor("green") # window title Turtle tut.title("Turtle") my_pen = turtle.Turtle() # object color my_pen.color("orange") tut=turtle.Screen() # forming front rectangle face for i in range(2): my_pen.forward(100) my_pen.left(90) my_pen.forward(150) my_pen.left(90) # bottom left side my_pen.goto(50,50) # forming back rectangle face for i in range(2): my_pen.forward(100) my_pen.left(90) my_pen.forward(150) my_pen.left(90) # bottom right side my_pen.goto(150,50) my_pen.goto(100,0) # top right side my_pen.goto(100,150) my_pen.goto(150,200) # top left side my_pen.goto(50,200) my_pen.goto(0,150) |
Output :