Some Creative Program of Python by using Turtle

 

Some Creative Program of Python by using Turtle

1.Spirograph Program

Input program :

1. import turtle
2. import math
3. 
   
4. # Set up turtle
5. t = turtle.Turtle()
6. t.speed(0)
7. t.hideturtle()
8. 
   
9. # Set up parameters
10. R = 200
11. r = 50
12. d = 100
13. 
    
14. # Draw spirograph
15. for theta in range(0, 360*4, 5):
16.     x = (R-r)*math.cos(theta) + d*math.cos(((R-r)/r)*theta)
17.     y = (R-r)*math.sin(theta) - d*math.sin(((R-r)/r)*theta)
18.     t.goto(x, y)
19. 
    
20. # Close window on click
21. turtle.exitonclick()

Output of Program :

2.Fractal Tree Program

Input of Program :

1. import turtle
2. 
   
3. # Set up turtle
4. t = turtle.Turtle()
5. t.speed(0)
6. t.left(90)
7. t.penup()
8. t.goto(0,-250)
9. t.pendown()
10. 
    
11. # Draw tree
12. def draw_tree(branch_len, pensize):
13.     if branch_len > 10:
14.         t.pensize(pensize)
15.         t.forward(branch_len)
16.         t.right(30)
17.         draw_tree(branch_len*0.7, pensize*0.8)
18.         t.left(60)
19.         draw_tree(branch_len*0.7, pensize*0.8)
20.         t.right(30)
21.         t.backward(branch_len)
22. 
    
23. draw_tree(100, 10)
24. 
    
25. # Close window on click
26. turtle.exitonclick()

Output Of Program :

3.Sierpinnski  Triangle Program 

Input of Program :

1. import turtle
2. 
   
3. # Set up turtle
4. t = turtle.Turtle()
5. t.speed(0)
6. t.hideturtle()
7. t.penup()
8. t.goto(-250, -250)
9. t.pendown()
10. 
    
11. # Draw Sierpinski Triangle
12. def sierpinski(size, depth):
13.     if depth == 0:
14.         for i in range(3):
15.             t.forward(size)
16.             t.left(120)
17.     else:
18.         sierpinski(size/2, depth-1)
19.         t.forward(size/2)
20.         sierpinski(size/2, depth-1)
21.         t.backward(size/2)
22.         t.left(60)
23.         t.forward(size/2)
24.         t.right(60)
25.         sierpinski(size/2, depth-1)
26.         t.left(60)
27.         t.backward(size/2)
28.         t.right(60)
29. 
    
30. sierpinski(500, 5)
31. 
    
32. # Close window on click
33. turtle.exitonclick()

Output Of Program :

4.Koch Snowflake Program 

Input of  Program :

1. import turtle
2. Input of  Program :
3. # Set up turtle
4. t = turtle.Turtle()
5. t.speed(0)
6. t.hideturtle()
7. 
   
8. # Draw Koch Snowflake
9. def koch_snowflake(size, depth):
10.     if depth == 0:
11.         t.forward(size)
12.     else:
13.         koch_snowflake(size/3, depth-1)
14.         t.left(60)
15.         koch_snowflake(size/3, depth-1)
16.         t.right(120)
17.         koch_snowflake(size/3, depth-1)
18.         t.left(60)
19.         koch_snowflake(size/3, depth-1)
20. 
    
21. for i in range(3):
22.     koch_snowflake(300, 4)
23.     t.right(120)
24. 
    
25. # Close window on click
26. turtle.exitonclick()

Output Of Program :