Introduction
Are you fascinated by the art of drawing and intrigued by the mystique of Radha Krishna? If so, you're in for a treat! In this step-by-step tutorial, we'll explore how to draw the divine duo of Radha and Krishna using Python's Turtle module.
Radha and Krishna, the eternal lovers from Hindu mythology, symbolize the epitome of divine love and devotion. Their imagery has captivated artists and devotees alike for centuries, and now, with the power of programming and the simplicity of Python, you can bring their divine presence to life on your screen.
Python Turtle provides a fun and interactive way to explore the world of drawing. By breaking down complex shapes into simple steps, even beginners can create stunning artworks. So, whether you're an aspiring artist, a Python enthusiast, or simply curious about Radha Krishna's iconic imagery, join us on this creative journey.
In this tutorial, we'll start with the basics, guiding you through each stroke and curve until Radha and Krishna's divine forms emerge on your canvas. Along the way, you'll learn essential techniques, such as controlling the Turtle's movement, drawing shapes, and combining them to create intricate designs.
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Description
In this tutorial, you'll learn how to create a beautiful representation of Radha Krishna using Python's Turtle module. Python Turtle provides a simple and interactive way to draw shapes and patterns. By following along with this step-by-step guide, you'll gain hands-on experience in Python programming while creating a stunning artistic piece.
Whether you're a beginner in Python or an experienced programmer looking to explore the creative side of coding, this tutorial is for you. Get ready to immerse yourself in the world of art and programming as we guide you through the process of drawing Radha Krishna, a beloved deity in Hindu mythology.
Join us as we combine code and creativity to bring Radha Krishna to life on your screen. Let's embark on this artistic journey together!
Source Code :
#code with ravi
import turtle
wn=turtle.Screen()
wn.setup(768,768)
wn.bgcolor("black")
b=turtle.Turtle()
b.color('yellow')
b.up()
b.speed(0)
b.seth(0)
b.fd(22)
b.seth(90)
b.fd(103)
b.pensize(5)
b.down()
b.seth(10)
b.circle(-50,25)
b.pensize(4)
b.circle(-50,10)
b.pensize(3)
b.circle(-50,5)
b.pensize(2)
b.circle(-50,3)
b.up()
b.seth(180)
b.fd(35)
b.seth(-90)
b.fd(14)
b.down()
#1 eye1 2
b.seth(-46)
b.fd(5)
b.pensize(3)
b.fd(10)
b.pensize(4)
b.fd(4)
b.pensize(5)
b.circle(25,62)
b.pensize(4)
b.seth(-48)
b.fd(3)
b.pensize(3)
b.fd(4)
b.pensize(2)
b.fd(3)
b.up()
b.seth(45)
b.fd(63)
b.down()
b.circle(-100,3)
b.pensize(3)
b.circle(-100,8)
b.pensize(4)
b.circle(-100,9)
b.pensize(5)
b.circle(-100,13)
b.pensize(4)
b.circle(-100,8)
b.pensize(3)
b.circle(-100,6)
b.pensize(2)
b.circle(-100,3)
b.up()
b.seth(-139)
b.fd(103)
b.down()
#1 eye2 2
b.seth(46)
b.fd(4)
b.pensize(3)
b.fd(6)
b.pensize(4)
b.fd(6)
b.seth(-5)
b.circle(115,5)
b.pensize(5)
b.circle(115,10)
b.pensize(6)
b.circle(115,15)
b.pensize(5)
b.circle(115,10)
b.pensize(4)
b.circle(115,5)
b.pensize(3)
b.circle(115,5)
b.pensize(2)
b.circle(115,5)
b.up()
b.seth(176)
b.fd(142)
b.down()
b.pensize(7)
b.circle(2)
b.pensize(4)
b.up()
b.seth(-94)
b.fd(118)
b.down()
b.seth(-125)
b.circle(15,85)
b.fd(10)
b.pensize(3)
b.up()
b.seth(-115)
b.fd(22)
b.down()
b.seth(28)
b.fd(15)
b.circle(-9,85)
b.seth(75)
b.circle(-9,83)
b.circle(40,48)
b.seth(-131)
b.circle(-65,62)
b.up()
b.seth(-70)
b.fd(6)
b.down()
b.seth(-34)
b.circle(35,80)
b.pensize(2)
b.up()
b.seth(150)
b.fd(99)
b.down()
b.seth(-67)
b.fd(10)
b.pensize(3)
b.fd(40)
b.circle(122,36)
b.seth(0)
b.fd(27)
b.seth(27)
b.circle(220,40)
b.pensize(2)
b.circle(220,5)
b.pensize(3)
b.up()
b.seth(-60)
b.fd(10)
b.down()
b.seth(-90)
b.fd(32)
b.seth(0)
b.circle(-25,160)
b.pensize(4)
b.circle(-25,100)
b.pensize(5)
b.circle(-25,50)
b.pensize(4)
b.circle(-25,35)
b.pensize(3)
b.circle(-25,15)
b.pensize(3)
b.up()
b.seth(-10)
b.fd(40)
b.down()
b.seth(-90)
b.fd(14)
b.seth(0)
b.circle(-10,160)
b.pensize(4)
b.circle(-10,100)
b.pensize(5)
b.circle(-10,50)
b.pensize(4)
b.circle(-10,35)
b.pensize(3)
b.circle(-10,15)
b.pensize(4)
b.up()
b.seth(147)
b.fd(315)
b.down()
b.seth(90)
b.circle(-120,5)
b.pensize(3)
b.circle(-120,40)
b.pensize(3)
b.circle(-45,50)
b.pensize(4)
b.circle(-45,42)
b.fd(70)
b.seth(-38)
b.fd(50)
b.pensize(5)
b.circle(-75,44)
b.fd(50)
b.circle(70,48)
b.seth(-5)
b.pensize(4)
b.fd(20)
b.circle(-7,82)
b.pensize(3)
b.fd(25)
b.circle(-60,33)
b.pensize(2)
b.circle(-60,10)
b.pensize(1)
b.up()
b.seth(-90)
b.fd(15)
b.seth(-179)
b.fd(212)
b.down()
b.pensize(7)
b.seth(80)
b.circle(30,51)
b.pensize(4)
b.fd(18)
b.pensize(7)
b.seth(150)
b.circle(-50,37)
b.pensize(6)
b.circle(-250,13)
b.pensize(5)
b.circle(-250,6)
b.pensize(4)
b.circle(-250,4)
b.pensize(1)
b.up()
b.seth(56)
b.fd(238)
b.down()
b.pensize(4)
b.seth(-2)
b.circle(-100,31)
b.pensize(6)
b.circle(-100,31)
b.fd(80)
b.pensize(4)
b.fd(45)
b.pensize(1)
b.up()
b.seth(133)
b.fd(100)
b.down()
b.seth(-78)
b.pensize(2)
b.circle(132,5)
b.pensize(3)
b.circle(132,10)
b.pensize(4)
b.circle(132,20)
b.pensize(5)
b.circle(132,20)
b.circle(-120,20)
b.pensize(4)
b.circle(-120,10)
b.pensize(3)
b.circle(-120,8)
b.pensize(2)
b.circle(-120,7)
b.pensize(1)
b.up()
b.seth(144)
b.fd(368)
b.down()
b.begin_fill()
b.seth(45)
b.circle(-35,92)
b.fd(70)
b.seth(-42)
b.fd(30)
b.circle(-80,14)
b.fd(60)
b.seth(152)
b.circle(-220,27)
b.seth(115)
b.circle(220,20)
b.circle(2,176)
b.circle(-150,25)
b.circle(281,27)
b.seth(138)
b.circle(-280,26)
b.circle(280,16)
b.circle(24,65)
b.end_fill()
b.ht()
c=turtle.Turtle()
c.speed(0)
c.color('yellow')
c.up()
c.seth(166)
c.fd(200)
c.down()
c.pensize(4)
c.seth(150)
c.circle(70,13)
c.pensize(5)
c.circle(70,10)
c.pensize(6)
c.circle(70,10)
c.pensize(7)
c.circle(70,15)
c.pensize(5)
c.circle(70,8)
c.pensize(3)
c.circle(70,7)
c.pensize(2)
c.circle(70,5)
c.up()
c.seth(-19.5)
c.fd(104)
c.down()
c.pensize(5)
c.seth(137)
c.fd(8)
c.pensize(4)
c.fd(5)
c.circle(8,92)
c.circle(-37,26)
c.pensize(5)
c.circle(-37,20)
c.pensize(6)
c.circle(-37,10)
c.pensize(7)
c.circle(-37,10)
c.pensize(6)
c.circle(-37,10)
c.pensize(4)
c.circle(-37,10)
c.pensize(3)
c.fd(8)
c.pensize(2)
c.fd(7)
c.pensize(1)
c.fd(5)
c.up()
c.seth(17.5)
c.fd(123)
c.down()
c.pensize(5)
c.seth(58)
c.circle(-80,5)
c.pensize(6)
c.circle(-80,10)
c.pensize(7)
c.circle(-80,15)
c.pensize(8)
c.circle(-80,15)
c.pensize(7)
c.circle(-80,10)
c.pensize(6)
c.circle(-80,8)
c.pensize(4)
c.circle(-80,7)
c.pensize(3)
c.circle(-80,5)
c.pensize(2)
c.circle(-80,3)
c.pensize(1)
c.circle(-80,2)
c.up()
c.seth(-139)
c.fd(118)
c.down()
c.pensize(5)
c.seth(68)
c.fd(6)
c.pensize(4)
c.fd(3)
c.pensize(3)
c.fd(6)
c.circle(-12,57)
c.pensize(4)
c.circle(-12,20)
c.pensize(5)
c.circle(-12,10)
c.pensize(6)
c.circle(45,30)
c.pensize(7)
c.circle(45,20)
c.pensize(6)
c.circle(45,15)
c.pensize(4)
c.circle(45,8)
c.pensize(3)
c.circle(45,7)
c.fd(17)
c.pensize(2)
c.fd(10)
c.up()
c.seth(163)
c.fd(165)
c.down()
c.seth(-10)
c.pensize(4)
c.fd(5)
c.seth(-45)
c.circle(-50,30)
c.pensize(5)
c.circle(-50,10)
c.pensize(6)
c.fd(15)
c.circle(45,39)
c.circle(7,138)
c.pensize(7)
c.fd(30)
c.pensize(6)
c.fd(20)
c.pensize(5)
c.fd(10)
c.pensize(4)
c.fd(5)
c.circle(-18,35)
c.pensize(3)
c.circle(-18,20)
c.up()
c.seth(-89.5)
c.fd(167)
c.down()
c.circle(45,40)
c.up()
c.seth(-120)
c.fd(31)
c.down()
c.seth(27)
c.fd(18)
c.circle(-9,85)
c.seth(78)
c.circle(-10,98)
c.circle(25,80)
c.seth(-127)
c.circle(-67,68)
c.up()
c.seth(-35)
c.fd(13)
c.down()
c.seth(-30)
c.circle(37,85)
c.pensize(1)
c.up()
c.seth(151.5)
c.fd(270)
c.down()
c.begin_fill()
c.seth(127)
c.circle(-90,43)
c.seth(45.5)
c.fd(118)
c.circle(-1,165)
c.fd(74)
c.circle(25,45)
c.seth(-111)
c.fd(50)
c.seth(-40)
c.fd(10)
c.seth(61)
c.fd(100)
c.circle(-185,32)
c.circle(1,175)
c.circle(200,37)
c.circle(-2.5,180)
c.fd(48)
c.seth(60)
c.circle(-180,58)
c.seth(173)
c.circle(150,60)
c.seth(-155)
c.circle(238,33)
c.seth(-92)
c.circle(95,43)
c.end_fill()
c.up()
c.seth(23)
c.fd(55)
c.down()
c.begin_fill()
c.seth(52)
c.circle(-400,24)
c.seth(-165)
c.circle(200,50)
c.end_fill()
c.up()
c.seth(38)
c.fd(150)
c.down()
c.begin_fill()
c.seth(2)
c.circle(-180,20)
c.seth(133)
c.circle(55,70)
c.end_fill()
c.up()
c.seth(9)
c.fd(152)
c.down()
c.begin_fill()
c.seth(-20)
c.circle(-50,98)
c.seth(80)
c.circle(70,65)
c.end_fill()
c.up()
c.seth(-91)
c.fd(80)
c.down()
c.seth(-35)
c.pensize(3)
c.circle(-25,45)
c.pensize(4)
c.circle(-25,50)
c.pensize(5)
c.circle(-10,70)
c.pensize(5)
c.circle(-18,80)
c.circle(-11,150)
c.pensize(4)
c.circle(-11,60)
c.pensize(3)
c.circle(-11,30)
c.pensize(2)
c.circle(-11,20)
c.pensize(1)
c.circle(-11,10)
c.up()
c.seth(32)
c.fd(29)
c.down()
c.seth(24)
c.pensize(3)
c.circle(-25,45)
c.pensize(4)
c.circle(-25,50)
c.pensize(5)
c.circle(-11,70)
c.pensize(5)
c.circle(-19,80)
c.circle(-12,150)
c.pensize(4)
c.circle(-12,60)
c.pensize(3)
c.circle(-12,30)
c.pensize(2)
c.circle(-12,20)
c.pensize(1)
c.circle(-12,10)
c.up()
c.seth(170)
c.fd(31)
c.down()
c.seth(-33)
c.pensize(3)
c.circle(-48,45)
c.pensize(4)
c.circle(-48,50)
c.pensize(5)
c.circle(-22,90)
c.pensize(6)
c.circle(-30,95)
c.pensize(6)
c.circle(-20,150)
c.pensize(5)
c.circle(-20,60)
c.pensize(4)
c.circle(-20,30)
c.pensize(3)
c.circle(-20,20)
c.pensize(2)
c.circle(-20,10)
c.up()
c.seth(169)
c.fd(245)
c.down()
c.seth(-155)
c.pensize(3)
c.circle(25,45)
c.pensize(4)
c.circle(25,50)
c.pensize(5)
c.circle(10,85)
c.pensize(6)
c.circle(16,70)
c.circle(10,150)
c.pensize(4)
c.circle(10,60)
c.pensize(3)
c.circle(10,30)
c.pensize(2)
c.circle(10,20)
c.pensize(1)
c.circle(10,10)
c.up()
c.seth(167)
c.fd(23)
c.down()
c.seth(168)
c.pensize(3)
c.circle(25,45)
c.pensize(4)
c.circle(25,50)
c.pensize(5)
c.circle(12,85)
c.pensize(6)
c.circle(19,70)
c.circle(11,150)
c.pensize(4)
c.circle(11,60)
c.pensize(3)
c.circle(11,30)
c.pensize(2)
c.circle(11,20)
c.pensize(1)
c.circle(11,10)
c.up()
c.seth(21)
c.fd(30)
c.down()
c.seth(-148)
c.pensize(3)
c.circle(48,40)
c.pensize(5)
c.circle(48,50)
c.pensize(6)
c.circle(22,90)
c.pensize(7)
c.circle(30,95)
c.pensize(6)
c.circle(20,150)
c.pensize(5)
c.circle(20,60)
c.pensize(4)
c.circle(20,30)
c.pensize(3)
c.circle(20,20)
c.pensize(2)
c.circle(20,10)
c.up()
c.seth(33)
c.fd(258)
c.down()
c.pensize(3)
c.seth(85)
c.circle(150,25)
c.pensize(1)
c.up()
c.seth(-88)
c.fd(42)
c.down()
c.begin_fill()
c.seth(131)
c.circle(-75,45)
c.circle(-12,150)
c.circle(-85,35)
c.seth(88)
c.circle(75,34)
c.circle(5,137)
c.circle(75,40)
c.end_fill()
c.up()
c.seth(135)
c.fd(15)
c.down()
c.begin_fill()
c.seth(140)
c.circle(-65,77)
c.circle(-20,125)
c.circle(-85,45)
c.seth(84)
c.circle(75,32)
c.circle(15,140)
c.circle(65,47)
c.end_fill()
c.end_fill()
c.up()
c.seth(-110)
c.fd(4)
c.down()
c.begin_fill()
c.seth(140)
c.circle(-70,70)
c.circle(-28,145)
c.circle(-85,27)
c.seth(54)
c.circle(50,50)
c.circle(-30,60)
c.seth(-140)
c.circle(50,35)
c.seth(74)
c.circle(100,36)
c.seth(-82)
c.circle(-70,35)
c.seth(92)
c.circle(55,50)
c.circle(-35,65)
c.seth(-135)
c.circle(125,70)
c.seth(140)
c.circle(-80,50)
c.seth(-94)
c.circle(100,70)
c.end_fill()
c.ht()
d=turtle.Turtle()
d.speed(0)
d.color('yellow')
d.up()
d.seth(-159)
d.fd(296)
d.down()
d.pensize(3)
d.seth(-90)
d.begin_fill()
d.fd(18)
d.seth(-179)
d.fd(20)
d.seth(90)
d.fd(18)
d.seth(1)
d.fd(20)
d.end_fill()
d.fd(550)
d.seth(-90)
d.fd(18)
d.seth(-179)
d.fd(550)
d.seth(90)
d.fd(18)
d.pensize(1)
d.seth(1)
d.fd(115)
d.seth(-50)
d.begin_fill()
d.circle(18,103)
d.end_fill()
d.seth(1)
d.fd(91)
d.seth(-50)
d.begin_fill()
d.circle(18,103)
d.end_fill()
d.seth(1)
d.fd(35)
d.seth(-50)
d.begin_fill()
d.circle(18,103)
d.end_fill()
d.seth(1)
d.fd(35)
d.seth(-50)
d.begin_fill()
d.circle(18,103)
d.end_fill()
d.seth(1)
d.fd(35)
d.seth(-50)
d.begin_fill()
d.circle(18,100)
d.end_fill()
d.seth(1)
d.fd(99)
d.seth(-90)
d.fd(18)
d.seth(-179)
d.fd(550)
d.seth(90)
d.fd(18)
d.seth(1)
d.fd(550)
d.seth(-90)
d.fd(1)
d.begin_fill()
d.seth(1)
d.fd(15)
d.seth(90)
d.fd(5)
d.circle(-7,115)
d.fd(55)
d.seth(-162)
d.fd(55)
d.circle(-7,115)
d.fd(5)
d.seth(-179)
d.fd(15)
d.end_fill()
d.pensize(5)
d.up()
d.seth(-90)
d.fd(1)
d.seth(-179)
d.fd(47)
d.down()
d.begin_fill()
d.seth(-110)
d.circle(-130,90)
d.circle(500,50)
d.seth(20)
d.circle(-400,46)
d.circle(204,101)
d.end_fill()
d.ht()
Output
Conclusion
In conclusion, learning to draw Radha Krishna with Python Turtle can be a fun and rewarding experience. Through this step-by-step tutorial, we've explored how to use Python Turtle to create intricate and beautiful artwork inspired by this beloved Hindu deity duo.
By following along with the tutorial, you've not only gained insight into how to manipulate Python Turtle's drawing capabilities but also delved into the rich cultural symbolism embodied by Radha Krishna. Whether you're an artist, a programmer, or simply someone looking to explore a new creative outlet, Python Turtle offers a unique and accessible way to bring your artistic visions to life.
Remember, practice makes perfect, so don't be discouraged if your first attempts aren't flawless. Embrace the learning process, experiment with different techniques, and most importantly, enjoy the journey of creating art with code. With dedication and perseverance, you'll soon find yourself crafting stunning renderings of Radha Krishna and other subjects with Python Turtle.
his website description aims to engage readers, explain the purpose of the tutorial, and encourage them to join the learning experience while emphasizing the fun and creativity involved in using Python Turtle to draw Radha Krishna.
So, while Python Turtle graphics draws on the spirit and concepts of Logo, it's a distinct module in Python's standard library, and Python itself is a separate programming language.Python, a language conceived by Guido van Rossum in the late 1980s, gave birth to Turtle graphics.. Python Turtle is one of the many Python modules that have made Python a versatile and beginner-friendly language.
Python Turtle is a module in Python's standard library that provides a simple way to create graphics and drawings using a turtle metaphor. It allows users to create drawings by controlling a virtual "turtle" on the screen, just like Logo's turtle graphics. This module retains many of the fundamental concepts of Logo, making it a great way to introduce programming to beginners while using Python.
By following the steps outlined in this guide, you can unlock your artistic potential and create your very own Pikachu masterpiece. We encourage you to experiment, customize, and share your creations with the growing community of Python artists and programmers. Join us on this exciting Python Turtle drawing journey, and let your imagination run wild!
In summary, Python Turtle graphics is a versatile module within Python's standard library that provides a fun and interactive way to learn programming while creating art. It's a testament to the power of Python and the creative possibilities it offers. So, what are you waiting for? Grab your virtual turtle and start drawing your favorite Pokémon, Pikachu, today!
This expanded text provides a detailed overview of the creative process of drawing Pikachu with Python's Turtle graphics, along with steps to get started. It aims to inspire and guide readers through the journey of combining technology and artistry.
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