More about Turtle

import turtle #Inside_Out

wn = turtle.Screen()

wn.bgcolor("light green")

skk = turtle.Turtle()

skk.color("blue")

def sqrfunc(size):

    for i in range(4):

        skk.fd(size)

        skk.left(90)

        size = size + 5

sqrfunc(6)

sqrfunc(26)

sqrfunc(46)

sqrfunc(66)

sqrfunc(86)

sqrfunc(106)

sqrfunc(126)

sqrfunc(146)

from turtle import *

import turtle as tur

tur.shape('turtle')

def triangle():

    for i in range(3):

        tur.forward(100)

        tur.left(360/3)

def square():

    for i in range(4):

        tur.forward(100)

        tur.left(360/4)

def pentagon():

    for i in range(5):

        tur.forward(100)

        tur.left(360/5)

answer = input('Choose the shape triangle, square or pentagon:')

if answer ==('triangle'):

    triangle()

elif answer == ('square'):

    square()

elif answer == ('pentagon'):

    pentagon()

else:

    print ('Input is wrong')

tur.done()

# Python program to draw

# Spiral Helix Pattern

# using Turtle Programming

import turtle

loadWindow = turtle.Screen()

turtle.speed(2)

for i in range(100):

    turtle.circle(5*i)

    turtle.circle(-5*i)

    turtle.left(i)

turtle.exitonclick()

# Python program to demonstrate

# circle drawing

import turtle

r=int(input("determine radius of the circle:"))

# Initializing the turtle

t = turtle.Turtle()

t.circle(r)

t.done()

# Python program to demonstrate

# tangent circle drawing

import turtle  

t = turtle.Turtle()

# radius for smallest circle

r = 10

# number of circles

n = 10

# loop for printing tangent circles

for i in range(1, n + 1, 1):

    t.circle(r * i)

t.done()

# import package

import turtle

sc = turtle.Screen()

sc.setup(400, 300)

turtle.textinput("title", "prompt")

# import package

import turtle

# taking input

name = turtle.textinput("Personal Detail", "Name")

# print name input

print(name)

# import package

import turtle

# write text

# align at right

turtle.write("Sekolahku is the best", align="right")

turtle.done()

# import package

import turtle

# write text

# align at right

#turtle.write("Sekolahku is the best", align="right")

turtle.write("SUGENG RIYANTO", font=("Verdana",15, "normal"))

turtle.done()

# draw color-filled square in turtle

import turtle

# creating turtle pen

t = turtle.Turtle()

# taking input for the side of the square

s = int(input("Enter the length of the side of the square: "))

# taking the input for the color

print("Use this link to pick up color")

print("===* https://www.rapidtables.com/web/color/RGB_Color.html *===")

col = input("Enter the color name or hex value of color(# RRGGBB): ")

# set the fillcolor

t.fillcolor(col)

# start the filling color

t.begin_fill()

# drawing the square of side s

for _ in range(4):

    t.forward(s)

    t.right(90)

# ending the filling of the color

t.end_fill()

turtle.done()

# Use this link to pick up color:

# https://www.rapidtables.com/web/color/RGB_Color.html

import turtle

# creating turtle pen

t = turtle.Turtle()

# taking input for the side of the triangle

s = int(input("Enter the length of the side of the triangle: "))

# taking the input for the color

col = input("Enter the color name or hex value of color(# RRGGBB): ")

# set the fillcolor

t.fillcolor(col)

# start the filling color

t.begin_fill()

# drawing the triangle of side s

for _ in range(3):

    t.forward(s)

    t.right(-120)

# ending the filling of the color

t.end_fill()

turtle.done()

import turtle

def draw_dream():

    window = turtle.Screen()

    window.bgcolor("white")

    draw_Scarlett()

    window.exitonclick()

def draw_Scarlett():

    brad = turtle.Turtle()

    brad.shape("turtle")

    brad.color("red")

    draw_head(brad)

    draw_body(brad)

    draw_arm(brad)

    draw_leg1(brad)

    draw_leg2(brad)

def draw_head(brad):

    brad.circle(60)

    brad.speed(3)

    brad.right(60)

def draw_body(brad):

    num = 0

    while num < 3:

        brad.forward(150)

        brad.right(120)

        brad.speed(1)

        num += 1

def draw_arm(brad):

    brad.forward(60)

    brad.left(60)

    brad.forward(60)

    brad.backward(60)

    brad.right(60)

    brad.backward(60)

    brad.right(60)

    brad.forward(60)

    brad.right(60)

    brad.forward(60)

    brad.backward(60)

    brad.left(60)

    brad.forward(90)

def draw_leg1(brad):

    brad.left(120)

    brad.forward(40)

    brad.right(120)

    brad.forward(120)

    draw_foot1(brad)

def draw_leg2(brad):

    brad.color("red")

    brad.right(180)

    brad.forward(120)

    brad.right(60)

    brad.forward(70)

    brad.right(60)

    brad.forward(120)

    draw_foot2(brad)

def draw_foot1(brad):

    brad.color("blue")

    num = 0

    while num < 4:

        brad.forward(20)

        brad.right(90)

        num += 1

def draw_foot2(brad):

    brad.color("blue")

    num = 0

    while num < 4:

        brad.forward(20)

        brad.left(90)

        num += 1

draw_dream()

from turtle import *

# Doraemon with Python Turtle

def ankur(x, y):

    penup()

    goto(x, y)

    pendown()

def aankha():

    fillcolor("#ffffff")

    begin_fill()

    tracer(False)

    a = 2.5

    for i in range(120):

        if 0 <= i < 30 or 60 <= i < 90:

            a -= 0.05

            lt(3)

            fd(a)

        else:

            a += 0.05

            lt(3)

            fd(a)

    tracer(True)

    end_fill()

def daari():

    ankur(-32, 135)

    seth(165)

    fd(60)

    ankur(-32, 125)

    seth(180)

    fd(60)

    ankur(-32, 115)

    seth(193)

    fd(60)

    ankur(37, 135)

    seth(15)

    fd(60)

    ankur(37, 125)

    seth(0)

    fd(60)

    ankur(37, 115)

    seth(-13)

    fd(60)

def mukh():

    ankur(5, 148)

    seth(270)

    fd(100)

    seth(0)

    circle(120, 50)

    seth(230)

    circle(-120, 100)

def muflar():

    fillcolor('#e70010')

    begin_fill()

    seth(0)

    fd(200)

    circle(-5, 90)

    fd(10)

    circle(-5, 90)

    fd(207)

    circle(-5, 90)

    fd(10)

    circle(-5, 90)

    end_fill()

def nak():

    ankur(-10, 158)

    seth(315)

    fillcolor('#e70010')

    begin_fill()

    circle(20)

    end_fill()

def black_aankha():

    seth(0)

    ankur(-20, 195)

    fillcolor('#000000')

    begin_fill()

    circle(13)

    end_fill()

    pensize(6)

    ankur(20, 205)

    seth(75)

    circle(-10, 150)

    pensize(3)

    ankur(-17, 200)

    seth(0)

    fillcolor('#ffffff')

    begin_fill()

    circle(5)

    end_fill()

    ankur(0, 0)

def face():

    fd(183)

    lt(45)

    fillcolor('#ffffff')

    begin_fill()

    circle(120, 100)

    seth(180)

    # print(pos())

    fd(121)

    pendown()

    seth(215)

    circle(120, 100)

    end_fill()

    ankur(63.56, 218.24)

    seth(90)

    aankha()

    seth(180)

    penup()

    fd(60)

    pendown()

    seth(90)

    aankha()

    penup()

    seth(180)

    fd(64)

def taauko():

    penup()

    circle(150, 40)

    pendown()

    fillcolor('#00a0de')

    begin_fill()

    circle(150, 280)

    end_fill()

def Doraemon():

    taauko()

    muflar()

    face()

    nak()

    mukh()

    daari()

    ankur(0, 0)

    seth(0)

    penup()

    circle(150, 50)

    pendown()

    seth(30)

    fd(40)

    seth(70)

    circle(-30, 270)

    fillcolor('#00a0de')

    begin_fill()

    seth(230)

    fd(80)

    seth(90)

    circle(1000, 1)

    seth(-89)

    circle(-1000, 10)

    # print(pos())

    seth(180)

    fd(70)

    seth(90)

    circle(30, 180)

    seth(180)

    fd(70)

    # print(pos())

    seth(100)

    circle(-1000, 9)

    seth(-86)

    circle(1000, 2)

    seth(230)

    fd(40)

    # print(pos())

    circle(-30, 230)

    seth(45)

    fd(81)

    seth(0)

    fd(203)

    circle(5, 90)

    fd(10)

    circle(5, 90)

    fd(7)

    seth(40)

    circle(150, 10)

    seth(30)

    fd(40)

    end_fill()

    seth(70)

    fillcolor('#ffffff')

    begin_fill()

    circle(-30)

    end_fill()

    ankur(103.74, -182.59)

    seth(0)

    fillcolor('#ffffff')

    begin_fill()

    fd(15)

    circle(-15, 180)

    fd(90)

    circle(-15, 180)

    fd(10)

    end_fill()

    ankur(-96.26, -182.59)

    seth(180)

    fillcolor('#ffffff')

    begin_fill()

    fd(15)

    circle(15, 180)

    fd(90)

    circle(15, 180)

    fd(10)

    end_fill()

    ankur(-133.97, -91.81)

    seth(50)

    fillcolor('#ffffff')

    begin_fill()

    circle(30)

    end_fill()

    # Doraemon with Python Turtle

    ankur(-103.42, 15.09)

    seth(0)

    fd(38)

    seth(230)

    begin_fill()

    circle(90, 260)

    end_fill()

    ankur(5, -40)

    seth(0)

    fd(70)

    seth(-90)

    circle(-70, 180)

    seth(0)

    fd(70)

    ankur(-103.42, 15.09)

    fd(90)

    seth(70)

    fillcolor('#ffd200')

    # print(pos())

    begin_fill()

    circle(-20)

    end_fill()

    seth(170)

    fillcolor('#ffd200')

    begin_fill()

    circle(-2, 180)

    seth(10)

    circle(-100, 22)

    circle(-2, 180)

    seth(180 - 10)

    circle(100, 22)

    end_fill()

    goto(-13.42, 15.09)

    seth(250)

    circle(20, 110)

    seth(90)

    fd(15)

    dot(10)

    ankur(0, -150)

    black_aankha()

if __name__ == '__main__':

    screensize(800, 600, "#f0f0f0")

    pensize(3)

    speed(9)

    Doraemon()

    ankur(100, -300)

    write('by Ankur Gajurel', font=("Bradley Hand ITC", 30, "bold"))

    mainloop()