Python Turtle Beginners projects

If you want to be good at python turtle ,you should try out these cool projects for practice. These involve simple basic python with turtle module.

1. A CAR :

import turtle

windows = turtle.Screen()
windows.title("CAR")
car = turtle.Turtle()
car.width(9)
car.speed(5)
d = turtle.Turtle()
d.width(9)
d.color("red")
d.forward(100)
d.setpos(200,0)
d.left(90)
d.forward(105)
d.hideturtle()
for i in range(2):
 car.begin_fill()
 car.color("green")
 car.forward(400)
 car.right(90)
 car.forward(70)
 car.right(90)
 car.end_fill()
car.begin_fill()
car.color("red")
car.forward(50)
car.left(45)
car.forward(150)
car.right(45)
car.forward(100)
car.right(45)
car.forward(150)
car.left(45)
car.forward(40)
car.penup()
car.setpos(70,-120)
car.pendown()
car.begin_fill()
car.color("black")
car.circle(30)
car.end_fill()
car.penup()
car.setpos(310, -120)
car.pendown()
car.begin_fill()
car.color("black")
car.circle(30)
car.end_fill()

2.  A CHESSBOARD:

import turtle

sc=turtle.Screen()
sc.title("chessboard")
bor=turtle.Turtle()
bor.speed(10)
sc.setup(600,600)
bor.penup()
bor.setpos(100,-100)
bor.pendown()
bor.write("THIS IS A CHESS BOARD")
def sqaure():
    for i in range(4):
      bor.forward(50)
      bor.right(90)
    bor.forward(50)

for  k in range(8):
    bor.penup()
    bor.setpos(0, 50*k)
    bor.pendown()

    for j in range(8):
      if (k + j) % 2 == 0:
        color = ("black")
      else :
        color = ("white")
      bor.fillcolor(color)
      bor.begin_fill()
      sqaure()
      bor.end_fill()

3. CIRCLE RING :

import turtle

window=turtle.Screen()
an=turtle.Turtle()
window.bgcolor("black")
an.speed(0)
an.width(1)
colors=["red","yellow","blue","orange","pink","green","purple"]
an.penup()
an.setpos(100,100)
an.pendown()


def cir():
    for j in range(150):
      an.forward(150)
      an.right(111)

for i in range(30):
    an.color(colors[i % 7])
    cir()
    an.penup()
    an.forward(161)
    an.left(30)
    an.pendown()

4. CLOCK :

import turtle

window=turtle.Screen()
clock=turtle.Turtle()


def clocki():
     clock.left(90)
     for i in range(1,13):
        clock.penup()
        clock.right(30)
        clock.forward(100)
        clock.pendown()
        clock.width(1)
        clock.color("red")
        clock.write(i,font="bold")
        clock.penup()
        clock.back(100)
        clock.pendown()

def cir():
 clock.penup()
 clock.setpos(120, 0)
 clock.pendown()
 clock.begin_fill()
 clock.color("lightblue")
 clock.circle(110)
 clock.end_fill()


def fullclock():
 clock.speed(0)
 cir()
 clock.penup()
 clock.setpos(120,100)
 clocki()


fullclock()
for i in range(100):
 clock.width(5)
 clock.speed(5)
 clock.color("red")
 clock.right(2)
 clock.forward(90)
 clock.color("lightblue")
 clock.back(90)
 clock.hideturtle()

5. GEEKSFORGEEKS LOGO :

import turtle

win = turtle.Screen()
win.title("geeks for geeks logo")
g = turtle.Turtle()
g.shapesize(2)
g.color("green")
g.speed(10)
g.width(10)
g.left(90)
g.forward(10)
g.left(90)
g.circle(150, -170)
g.left(80)
g.forward(100)
g.left(90)
g.forward(20)
g.back(300)
g.forward(20)
g.right(90)
g.right(180)
g.forward(100)
g.left(90)
g.circle(150,-170)
g.right(20)

6. COLORFUL SPRING :

import turtle


window=turtle.Screen()
an=turtle.Turtle()
window.bgcolor("black")
an.speed(0)
an.width(5)
colors=["red", "blue", "pink", "yellow", "orange"]
for i in range(100):
    an.color(colors[i % 5])
    an.right(45)
    an.circle(2*i, -70)
    an.circle(20, 70)

7. 

import turtle

win=turtle.Screen()
win.title("spring")
s=turtle.Turtle()
s.speed(0)
colors=["red","green","blue","pink","yellow","brown"]
win.bgcolor("black")
s.width(1)
for i in range(100):
 s.pencolor(colors[i % 6])
 s.forward(i)
 s.right(59)

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