@only.python

 In this Article I'll share the Source Code to draw Virat kohli's Cartoon face using python turtle graphics.  Source Code:- from turtle import * vk=Turtle() s=Screen() s.bgcolor("NavajoWhite2") vk.speed(1) vk.penup() vk.setposition(0,-200) vk.pendown() vk.begin_fill() vk.color('black') vk.right(75) vk.circle(100,90) vk.right(13) vk.forward(180) vk.circle(100,90) vk.forward(80) vk.right(-200) vk.circle(40,-90) vk.circle(80,-26) vk.right(90) vk.forward(140) vk.circle(50,90) vk.right(80) vk.circle(200,30) vk.right(120) vk.circle(1000,-26) vk.right(85) vk.circle(110,95) vk.right(-140) vk.backward(30) vk.right(60) vk.backward(50) vk.speed(1) vk.right(20) vk.forward(63) vk.right(120) vk.speed(1) vk.circle(50,45) vk.right(-30) vk.forward(240) vk.right(95) vk.circle(300,34) vk.right(40) vk.forward(50) vk.left(10) vk.forward(80) vk.right(90) vk.forward(150) vk.right(95) vk.backward(60) vk.right(-30) vk.forward(50) vk.speed(1) vk.right(-30) vk.forward(100) vk.right(80) ...

In this Article I'll share the source Code to draw A carromboard using Python turtle graphics. I hope that you will like it and share with those who need it.  Source Code :- def squares(x,y,f,p,c):  t.speed(0)  t.up()  t.goto(x,y)  t.down()  t.begin_fill()  t.pensize(p)  t.pencolor(c)  t.fillcolor(c)  for i in range(4):   t.forward(f)   t.left(90)  t.end_fill() def outline(x,y,f,p,c):  t.speed(0)  t.up()  t.goto(x,y)  t.down()  t.pensize(p)  t.pencolor(c)  for i in range(4):   t.forward(f)   t.left(90) def circlefill(x,y,r,c):   t.speed(0)   t.up()   t.goto(x,y)   t.down()   t.begin_fill()   t.fillcolor(c)   t.circle(r)   t.end_fill()   def circlefillout(x,y,r,c):   t.speed(0)   t.up()   t.goto(x,y)   t.down()   t.pencolor(c)   t.begin_fill()   t.fillcolor(c)   t.circle(r)   t.end_fill...

 In this article I'll share the source code to draw this beautiful 3d image using python turtle graphics.  Source code :- import turtle as t pen = t.Turtle() pen.color('cyan') pen.speed(0) screen=t.Screen() screen.bgcolor('black') def draw_square():     for side in range(4):         pen.forward(100)         pen.right(90)         for side in range(4):             pen.forward(50)             pen.right(90) pen.penup() pen.back(20) pen.pendown() for square in range(80):     draw_square()     pen.forward(5)     pen.left(5) Output :- Share your thoughts in comment box below.