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 turtle, there are some functions i.e forward(), backward(), etc.
1) Draw Dot Square
Following steps are used :
- Import turtle
- Make turtle
- Define a function to draw a square with dots
- Call that function
- Hide the turtle.
Below is the implementation :
Python3
# import package and making object import turtle pen = turtle.Turtle() # method to draw square with dots # space --> distance between dots # x --> side of square def draw(space,x): for i in range(x): for j in range(x): # dot pen.dot() # distance for another dot pen.forward(space) pen.backward(space*x) # direction pen.right(90) pen.forward(space) pen.left(90) # Main Section pen.penup() draw(10,8) # hide the turtle pen.hideturtle() |
Output :
2) Draw Dot Rectangle
Following steps are used :
- Import turtle
- Make turtle
- Define a function to draw a rectangle with dots
- Call that function
- Hide the turtle.
Below is the implementation :
Python3
# import package and making object import turtle pen = turtle.Turtle() # method to draw rectangle with dots # space --> distance between dots # x --> height of rectangle # y --> width of rectangle def draw(space,x,y): for i in range(x): for j in range(y): # dot pen.dot() # distance for another dot pen.forward(space) pen.backward(space*y) # direction pen.right(90) pen.forward(space) pen.left(90) # Main Section pen.penup() draw(10,5,12) # hide the turtle pen.hideturtle() |
Output :
3) Draw Dot Diamond:
Following steps are used :
- Import turtle
- Make turtle
- Define a function to draw a diamond with dots
- Call that function
- Hide the turtle.
Below is the implementation :
Python3
# import package and making object import turtle pen = turtle.Turtle() # method to draw diamond with dots # space --> distance between dots # x --> side of diamond def draw(space,x): for i in range(x): for j in range(x): # dot pen.dot() # distance for another dot pen.forward(space) pen.backward(space*x) # direction pen.right(90) pen.forward(space) pen.left(90) # Main Section pen.penup() # direction to form diamond pen.left(45) draw(10,8) # hide the turtle pen.hideturtle() |
Output :
