# data[].attributes.body
It's been almost 6 years! Ya Allah rindunyaaa semuaa orang 😭 If you happen to read this, semoga berjaya dalam apa jua bidang yang diceburi dan semoga dipermudahkan urusan selaluuu ><

# data[].attributes.body
Teacher Has : I want to make a birthday card using the Turtle module.
Teacher Aisyah : I want to make a road sign using the Turtle module.

# data[].attributes.attachment_link.readable_text
from turtle import *
from random import randint
mode('logo')
print ('Please maximize the window')


#Haresh Kumararajah(HK)
bgcolor('red')
speed(3)
pensize(10)
pencolor('green')
penup()
goto(-(199.70/2),-(199.70/2))
pendown()
fd(200)
bk(100)
seth(90)
fd(100)
a=(ycor()+100)
sety(a)
a-=200
sety(a)
seth(0)
fd(100)
seth(45)
fd(141)
bk(141)
seth(135)
fd(141)
penup()
home()
bgcolor('white')
clear()

#Road
dis=3
pendown()
pensize(2)
color('black')
penup()
goto(-500,-20)
pendown()
fillcolor('grey')
begin_fill()
setx(500)
sety(-100)
setx(-500)
goto(-500,-20)
end_fill()
penup()
goto(-500,-60)
rt(90)
pencolor('white')
for i in range(5):
    fd(100)
    pendown()
    fd(100)
    penup()
pencolor('black')
pendown()

#Sand
setheading(0)
fd(40)
print (position())
fillcolor('#DBD053')
begin_fill()
goto(500, 100)
print (position())
setheading(270)
fd(1000)
print (position())
setheading(180)
fd(120)
print (position())
end_fill()
speed(0)
penup()
# Credit to https://stackoverflow.com/questions/35612938/how-do-i-generate-random-dots-inside-my-turtle-circle-and-rectangle
# draw random dots inside of rectangle
# @param origin: is a touple, containing `x` and `y` coordinates
# @param number_of_dots: int, number of dots
# @param size:   is a touple, containing `width` and `height` of rectangle
def draw_random_dots_in_rectangle(origin, number_of_dots, size):
    # loops number_of_dots times
    for _ in range(number_of_dots):
        # generate a random position inside of given rectangle
        # using min/max, because of possible negative coordinates
        # weakness - does also place dots on the edges of the rectangle
        rand_x = randint(min(origin[0], origin[0] + size[0]), max(origin[0], origin[0] + size[0]))
        rand_y = randint(min(origin[1], origin[1] + size[1]), max(origin[1], origin[1] + size[1]))
        # moves to the random position
        goto((rand_x, rand_y))
        # creates a dot
        dot(3)
draw_random_dots_in_rectangle([-500,-20], 30, [1000,120])
goto(-500,-20)
pendown()
speed(3)
bk(120)

#Water
fillcolor('#006994')
begin_fill()
setheading(0)
fd(100)
setheading(90)
fd(1000)
rt(90)
fd(100)
end_fill()
bk(100)

#Sky
seth(0)
fillcolor('#FD2F24')
begin_fill()
fd(100)
seth(270)
fd(1000)
seth(180)
fd(100)
end_fill()
seth(90)
penup()
fd(430)
seth(0)
pendown()

#Sun
fillcolor('#FED800')
begin_fill()
circle(-70,180)
end_fill()

#Grass
penup()
goto(-500,-100)
pendown()
fillcolor('green')
begin_fill()
seth(180)
fd(150)
seth(90)
fd(1000)
seth(0)
fd(150)
end_fill()
    

# data[].attributes.body
import turtle
import math
import random #teaches python how to make generate random(ish) numbers

screen = turtle.getscreen() #names the background screen screen
screen.bgcolor("midnightblue")

turtle.speed(8)

def drawTriangle(t, length, color):
t.fillcolor(color)
t.begin_fill()
t.forward(length)
t.right(132)
t.forward(92)
t.right(90)
t.forward(99)
t.right(125)
t.end_fill()

def drawParallelogram(t, width, height, color):
t.fillcolor(color)
t.begin_fill()
t.left(30)
t.forward(width)
t.left(60)
t.forward(height)
t.left(120)
t.forward(width)
t.left(60)
t.forward(height)
t.left(90)
t.end_fill()

def drawFrontdoor(t, width, height, color):
t.fillcolor(color)
t.begin_fill()
t.forward(width)
t.left(85)
t.forward(53)
t.left(95)
t.forward(93)
t.left(80)
t.forward(height)
t.end_fill()

def drawRandom(t, width,height,color):
t.fillcolor(color)
t.begin_fill()
t.forward(width)
t.left(90)
t.forward(height)
t.left(90)
t.forward(width)
t.left(90)
t.forward(height)
t.left(90)
t.end_fill()

def drawRoof(t, width,height,color):
t.fillcolor(color)
t.begin_fill()
t.forward(300)
t.right(50)
t.forward(100)
t.right(130)
t.forward(313)
t.right(55)
t.forward(93)
t.right(90)
t.end_fill()

def drawFrontpart(t, width, height, color):
t.fillcolor(color)
t.begin_fill()
t.forward(width)
t.left(95)
t.forward(135)
t.left(78)
t.forward(137)
t.right(90)
t.end_fill()

def drawSquare(t, width, height, color):
t.fillcolor(color)
t.begin_fill()
t.forward(width)
t.right(90)
t.forward(height)
t.right(90)
t.forward(width)
t.right(90)
t.forward(height)
t.right(90)
t.end_fill()

def drawGround(t,width,height,color):
t.fillcolor(color)
t.begin_fill()
t.forward(2000)
t.left(90)
t.forward(500)
t.left(90)
t.forward(2000)
t.left(90)
t.forward(500)
t.left(90)
t.end_fill()

def drawFourRays(t, length, radius):
for i in range(4):
t.penup()
t.forward(radius)
t.pendown()
t.forward(length)
t.penup()
t.backward(length + radius)
t.left(90)

turtle.color("purple")
turtle.penup()
turtle.goto(700,-40)

turtle.left(180)
turtle.forward(0)

drawGround(turtle,2000,500,"palegreen")

turtle.penup()
turtle.goto(70,-150)
turtle.pendown()

turtle.right(90)
turtle.forward(80)

turtle.right(90)
turtle.forward(0)

drawRandom(turtle,300,150,"plum")

turtle.forward(300)

turtle.right(90)
turtle.forward(83)

turtle.left(180)
turtle.forward(233)

turtle.right(90)

turtle.left(180)

drawRoof(turtle,335,90,"thistle")

turtle.right(35)
turtle.forward(307)

turtle.left(-7)

drawTriangle(turtle,130,"thistle")

turtle.right(12)
drawFrontpart(turtle,133,140,"plum")

turtle.right(90)
turtle.forward(135)

turtle.left(102)
turtle.forward(80)

turtle.penup()
turtle.goto(28,-62)
turtle.pendown()

turtle.left(180)
drawFrontdoor(turtle,100,53,"white")

turtle.penup()
turtle.goto(125, -20)
turtle.pendown()
turtle.left(101)
drawSquare(turtle, 55, 55, "white")

turtle.penup()
turtle.goto(320, -20)
turtle.pendown()
turtle.left(90)
drawSquare(turtle, 55, 55, "white")

# Moon
turtle.penup()
turtle.goto(500, 280)
turtle.fillcolor("lavenderblush")
turtle.pendown()
turtle.begin_fill()
turtle.circle(33)
turtle.end_fill()

turtle.pencolor("yellow")
def draw_star():

turtle.penup()
turtle.goto(random.randint(-700,300), random.randint(200,300))
turtle.pendown()
for i in range (5):
turtle.left(144)
turtle.forward(20)

for i in range (10):
draw_star()

turtle.color("lightgray")
turtle.penup()
turtle.goto(-520, 140)
turtle.write("Selamat Hari Raya",font=("Vivaldi", 24, "normal"))

turtle.goto(-435, 110)
turtle.write("AIDILFITRI",font=("Niagara Engraved", 27, "normal"))

turtle.color("maroon")
turtle.penup()
turtle.goto(400,-350)
turtle.write("Nurin Qistina binti Azhar, 3K2", font=("Footlight MT Light",15,"normal"))

turtle.hideturtle()

# data[].attributes.attachment_link.readable_text
import turtle

kihyun=turtle.Pen()
kihyun.shape("classic")
kihyun.color("aqua","white")
wn=turtle.Screen()
wn.bgcolor("red")
kihyun.speed(15)
kihyun.goto(-500,0)

#K

kihyun.begin_fill()

kihyun.left(90)
kihyun.forward(300)

kihyun.right(90)
kihyun.forward(50)

kihyun.right(90)
kihyun.forward(130)

kihyun.left(150)
kihyun.forward (150)

kihyun.right(90)
kihyun.forward(50)

kihyun.right(90)
kihyun.forward(150)

kihyun.left(70)
kihyun.forward(145)

kihyun.right(90)
kihyun.forward(50)

kihyun.right(90)
kihyun.forward(140)

kihyun.left(140)
kihyun.forward(110)

kihyun.left(90)
kihyun.forward(250)

kihyun.end_fill()

#Y

kihyun.begin_fill()
kihyun.left(90)
kihyun.forward(120)

kihyun.left(30)
kihyun.forward(180)

kihyun.right(90)
kihyun.forward(50)

kihyun.right(90)
kihyun.forward(140)

kihyun.left(125)
kihyun.forward(130)

kihyun.right(90)
kihyun.forward(50)

kihyun.right(90)
kihyun.forward(180)

kihyun.left(25)
kihyun.forward(112)

kihyun.left(90)
kihyun.forward(150)

kihyun.end_fill()

#R

kihyun.begin_fill()
kihyun.left(90)
kihyun.forward(300)

kihyun.right(90)

for x in range(3):
    kihyun.forward(70)
    kihyun.right(45)

kihyun.forward(50)

kihyun.left(80)
kihyun.forward(140)

kihyun.right(90)
kihyun.forward(50)

kihyun.right(90)
kihyun.forward(110)

kihyun.left(145)
kihyun.forward(92)

kihyun.right(90)
kihyun.forward(60)

kihyun.end_fill()

#A

kihyun.begin_fill()

kihyun.right(180)
kihyun.forward(200)

kihyun.left(80)
kihyun.forward(305)

kihyun.right(80)
kihyun.forward(80)

kihyun.right(80)
kihyun.forward(305)

kihyun.right(100)
kihyun.forward(50)

kihyun.right(80)
kihyun.forward(90)

kihyun.left(80)
kihyun.forward(45)

kihyun.left(80)
kihyun.forward(90)

kihyun.right(80)
kihyun.forward(57)

kihyun.end_fill()

#BOX

kihyun.right(180)
kihyun.forward(182)

kihyun.left(90)
kihyun.forward(300)

kihyun.left(90)
kihyun.forward(870)

kihyun.forward(20)

#BOXBGCOLOUR

kihyun.left(90)
kihyun.forward(300)

kihyun.left(90)
kihyun.forward(56)

#1


kihyun.color("aqua")
kihyun.begin_fill()

kihyun.left(90)
kihyun.forward(108)

kihyun.right(140)
kihyun.forward(140)

kihyun.right(130)
kihyun.forward(90)

kihyun.end_fill()

kihyun.right(180)
kihyun.forward(90)

#2

kihyun.begin_fill()

kihyun.left(40)
kihyun.forward(53)

kihyun.left(90)
kihyun.forward(145)

kihyun.right(70)
kihyun.forward(150)

kihyun.left(90)
kihyun.forward(50)

kihyun.left(90)
kihyun.forward(150)

kihyun.right(150)
kihyun.forward(130)

kihyun.right(90)
kihyun.forward(210)

kihyun.right(150)
kihyun.forward(50)

kihyun.left(90)
kihyun.forward(180)

kihyun.right(30)
kihyun.forward(120)

kihyun.right(90)
kihyun.forward(200)

kihyun.end_fill()

#3

kihyun.begin_fill()

kihyun.right(180)
kihyun.forward(250)

kihyun.left(90)
kihyun.forward(120)

kihyun.right(25)
kihyun.forward(170)

kihyun.left(90)
kihyun.forward(50)

kihyun.left(90)
kihyun.forward(125)

kihyun.right(124)
kihyun.forward(140)

kihyun.right(122)
kihyun.forward(250)

kihyun.right(90)
kihyun.forward(300)

kihyun.right(90)
kihyun.forward(210)

kihyun.end_fill()

#4

kihyun.begin_fill()

kihyun.right(180)
kihyun.forward(270)

kihyun.left(90)
kihyun.forward(95)

kihyun.right(145)
kihyun.forward(110)

kihyun.left(90)
kihyun.forward(50)

kihyun.left(90)
kihyun.forward(143)

kihyun.right(80)
kihyun.forward(50)

kihyun.left(45)

for x in range(2):
    kihyun.forward(70)
    kihyun.left(45)

kihyun.right(180)
kihyun.forward(185)

kihyun.right(100)
kihyun.forward(305)

kihyun.right(80)
kihyun.forward(150)

kihyun.end_fill()

#5

kihyun.begin_fill()

kihyun.right(180)
kihyun.forward(213)

kihyun.left(82)
kihyun.forward(92)

kihyun.right(80)
kihyun.forward(47)

kihyun.right(82)
kihyun.forward(93)

kihyun.end_fill()

#6

kihyun.begin_fill()

kihyun.left(82)
kihyun.forward(50)

kihyun.left(90)
kihyun.forward(300)

kihyun.left(90)
kihyun.forward(50)

kihyun.left(100)
kihyun.forward(300)

kihyun.end_fill()






# data[].attributes.attachment_link.readable_text
import turtle

wn = turtle.Screen()
wn.bgcolor('black')
adam=turtle.Pen()
adam.shape("arrow")
adam.speed(-10)

for x in range (55):
    
    adam.color('yellow')
    adam.forward(250)
    adam.left(485)
    adam.forward(350)
    adam.left(535)
    adam.forward(100)
    adam.left(72)
    adam.forward(100)
    adam.right(144)
    adam.begin_fill()
    adam.left(200)
    adam.forward(144)
    adam.right(200)
    adam.forward(288)
    adam.end_fill()
    adam.begin_fill()
    adam.forward(100)
    adam.left(72)
    adam.forward(100)
    adam.right(144)
    adam.forward(100)
    adam.right(144)
    adam.forward(100)
    adam.left(72)
    adam.end_fill()
    adam.color('gold')
    adam.left(72)
    adam.forward(100)
    adam.right(144)
    
    adam.begin_fill()
    adam.left(200)
    adam.forward(144)
    adam.right(200)
    adam.forward(288)
    adam.end_fill()
    adam.color('orange red')
    adam.left(72)
    adam.forward(100)
    adam.right(144)
    adam.begin_fill()
    adam.left(200)
    adam.forward(144)
    adam.right(200)
    adam.forward(288)
    adam.end_fill()
    adam.left(1)
    adam.color('red')
    adam.left(72)
    adam.forward(100)
    adam.right(144)
    adam.begin_fill()
    adam.left(200)
    adam.forward(144)
    adam.right(200)
    adam.forward(288)
    adam.end_fill()

turtle.mainloop()

# data[].attributes.attachment_link.readable_text
import turtle
wn = turtle.Screen()
wn.bgcolor('black')
jeff=turtle.Pen()
jeff.shape("square")
jeff.speed(9)
for x in range(5):
    jeff.begin_fill()
    jeff.color("gold")
    jeff.forward(200)
    jeff.left(200)
    jeff.forward(200)
    jeff.right(200)
    jeff.right(144)
    jeff.end_fill()
    jeff.circle(100)

turtle.mainloop()

# data[].attributes.attachment_link.readable_text
import turtle

fred=turtle.Pen()
fred.shape("turtle")
fred.color("brown","green")
wn = turtle.getscreen()
wn.bgcolor("light blue")
fred.penup()
fred.goto(-400,0)

fred.begin_fill()

for x in range(3):
    fred.pendown()
    fred.forward(400)
    fred.left(120)
    
fred.end_fill()
    
fred.color("green","brown")

fred.begin_fill()

fred.forward(160)
fred.right(90)

for x in range(2):
    
    fred.forward(100)
    fred.left(90)
    
    fred.forward(50)
    fred.left(90)
    
fred.end_fill()
    
fred.color("red","yellow")
fred.penup()
fred.begin_fill()

fred.right(90)
fred.forward(160)

fred.right(120)
fred.forward(400)

fred.right(170)
fred.forward(370)

fred.end_fill()

fred.color("yellow","red")

fred.begin_fill()

fred.left(180)
fred.forward(370)

fred.right(160)
fred.forward(347)

fred.left(90)
fred.forward(60)

fred.left(100)
fred.forward(350)
fred.end_fill()

fred.color("red","yellow")

fred.begin_fill()

fred.right(165)
fred.forward(380)

fred.left(65)
fred.forward(40)

fred.end_fill()

fred.color("yellow","yellow")

fred.begin_fill()
fred.penup()

fred.left(120)
fred.forward(420)


fred.pendown()

for x in range(5):

    fred.forward(10)
    fred.right(144)
    fred.forward(10)
    fred.left(72)
    
fred.end_fill()

fred.penup()

fred.left(60)
fred.forward(300)

turtle.color("red")
turtle.write(" we wish you a merry christmas! ", font=("Showcard Gothic", 16, "bold",))


fred.color("yellow","yellow")

fred.begin_fill()
fred.penup()

fred.left(90)
fred.forward(50)

fred.pendown()
    
for x in range(5):

    fred.forward(10)
    fred.right(144)
    fred.forward(10)
    fred.left(72)
    
fred.end_fill()

fred.penup()

fred.color("yellow","yellow")

fred.begin_fill()
fred.penup()

fred.right(90)
fred.forward(100)

fred.pendown()
    
for x in range(5):

    fred.forward(20)
    fred.right(144)
    fred.forward(20)
    fred.left(72)
    
fred.end_fill()

fred.penup()

fred.color("yellow","yellow")

fred.begin_fill()
fred.penup()

fred.left(60)
fred.forward(200)

fred.pendown()
    
for x in range(5):

    fred.forward(30)
    fred.right(144)
    fred.forward(30)
    fred.left(72)
    
fred.end_fill()

fred.penup()

fred.color("yellow","yellow")

fred.begin_fill()
fred.penup()

fred.left(80)
fred.forward(100)

fred.pendown()
    
for x in range(5):

    fred.forward(20)
    fred.right(144)
    fred.forward(20)
    fred.left(72)
    
fred.end_fill()

fred.penup()

fred.color("yellow","yellow")

fred.begin_fill()
fred.penup()

fred.left(90)
fred.forward(150)

fred.pendown()
    
for x in range(5):

    fred.forward(20)
    fred.right(144)
    fred.forward(20)
    fred.left(72)
    
fred.end_fill()

fred.penup()



turtle.mainloop()

# data[].attributes.body
Dylan: I wanna make a cool program that shows a cool pattern

# data[].attributes.attachment_link.readable_text
from turtle import * # imports the module turtle,
                    #* stands for all, which makes things easier

speed(0) # sets the speed of drawing to 0, which is the fastest
bgcolor('black') # sets the color of the background/canvas to black

x = 0 # creates a variable x with value 0
up() # lifts up the pen, so no lines are drawn

#note fd() means move forward, bk() means move back
# rt() or lt() means tilt right by a certain angle

rt(45) 
fd(90) 
rt(135) 

down() # sets down the pen, so that turtle can draw
while x < 200: # while the value of x is lesser than 120,
               #continuously do this:
    fd(200)     
    rt(61)
    pencolor("red")
    fd(200)
    rt(61)
    pencolor("orange")
    fd(200)
    rt(61)
    pencolor("yellow")
    fd(200)
    rt(61)
    pencolor("green")
    fd(200)
    rt(61)
    pencolor("blue")
    fd(200)
    rt(61)

    rt(11.1111)
    x = x+1# adds 1 to the value of x,
            # so that it is closer to 120 after every loop

exitonclick() # When you click, turtle exits.

# data[].attributes.attachment_link.readable_text
import turtle

jack=turtle.Pen()
jack.shape("classic")
turtle.color("black")
wn = turtle.Screen()
wn.bgcolor("black")
jack.speed(10)

jack.begin_fill()

#LINE
jack.penup()
jack.penup()
jack.right(180)
jack.forward(500)

#A
jack.color("blue")
jack.begin_fill()

jack.pendown()
jack.right(90)
jack.forward(250)

jack.right(90)
jack.forward(200)

jack.right(90)
jack.forward(250)

jack.right(90)
jack.forward(70)

jack.right(90)
jack.forward(100)

jack.left(90)
jack.forward(60)

jack.left(90)
jack.forward(100)

jack.right(90)
jack.forward(70)

jack.right(90)
jack.forward(140)

jack.penup()
jack.right(90)
jack.forward(70)

jack.pendown()
jack.forward(60)
jack.left(90)
jack.forward(50)

jack.left(90)
jack.forward(60)

jack.left(90)
jack.forward(50)

jack.penup()
jack.right(90)
jack.forward(70)

jack.left(90)
jack.forward(140)
jack.end_fill()
#
jack.left(90)
jack.forward(250)

#L
jack.color("blue")
jack.begin_fill()

jack.pendown()
jack.left(90)
jack.forward(250)

jack.right(90)
jack.forward(62)#atas

jack.right(90)
jack.forward(195)

jack.left(90)
jack.forward(100)

jack.right(90)
jack.forward(55)

jack.right(90)
jack.forward(163)

jack.penup()
jack.right(180)
jack.forward(280)
jack.end_fill()

#Y
jack.color("blue")
jack.begin_fill()

jack.pendown()
jack.left(90)
jack.forward(140)

jack.left(45)
jack.forward(160)

jack.left(225)
jack.forward(62)

jack.right(45)
jack.forward(120)

jack.left(90)
jack.forward(120)

jack.right(45)
jack.forward(62)

jack.right(135)
jack.forward(160)

jack.left(45)
jack.forward(140)

jack.right(90)
jack.forward(67)

jack.penup()
jack.right(180)
jack.forward(450)
jack.end_fill()

#A
jack.color("blue")
jack.begin_fill()

jack.pendown()
jack.left(90)
jack.forward(250)

jack.left(90)
jack.forward(200)

jack.left(90)
jack.forward(250)

jack.left(90)
jack.forward(70)

jack.left(90)
jack.forward(100)

jack.right(90)
jack.forward(60)

jack.right(90)
jack.forward(100)

jack.left(90)
jack.forward(70)

jack.left(90)
jack.forward(140)

jack.penup()
jack.left(90)
jack.forward(70)

jack.pendown()
jack.forward(60)
jack.right(90)
jack.forward(50)

jack.right(90)
jack.forward(60)

jack.right(90)
jack.forward(50)

jack.penup()
jack.left(90)
jack.forward(70)

jack.right(90)
jack.forward(140)

jack.end_fill()

#box
jack.penup()
jack.forward(30)

jack.left(90)
jack.forward(50)

jack.pendown()
jack.left(90)
jack.forward(320)

jack.left(90)
jack.forward(1080)

jack.left(90)
jack.forward(320)

jack.left(90)
jack.forward(1082)

turtle.mainloop()

# data[].attributes.attachment_link.readable_text

import turtle

hann=turtle.Pen()
hann.shape("turtle")
hann.color("yellow")
hann.pensize(10)
hann.speed(10)
wn=turtle.getscreen()
wn.bgcolor("pink")
hann.penup()
hann.goto(-500,0)

#A
hann.begin_fill()
hann.pendown()

hann.left (65)
hann.forward(300)

hann.right (130)
hann.forward (300)

hann.right (115)
hann.forward (45)

hann.right (70)
hann.forward (250)

hann.left (140)
hann.forward (250)

hann.right (70)
hann.forward (40)

hann.right (180)
hann.forward (40)

hann.left (70)
hann.forward (120)

hann.right (73)
hann.forward (91)

hann.right (65)
hann.forward (23)

hann.right (115)
hann.forward (105)

hann.left (73)
hann.forward (95)

hann.end_fill()

hann.penup()
hann.left (110)
hann.forward(250)

#M

hann.begin_fill()

hann.pendown()
hann.left (90)
hann.forward (272)

hann.right (90)
hann.forward (35)

hann.right (55)
hann.forward (150)

hann.left (110)
hann.forward (150)

hann.right (55)
hann.forward (35)

hann.right (90)
hann.forward (272)
    
hann.right (90)
hann.forward (35)

hann.right (90)
hann.forward (197)

hann.left (145)
hann.forward (140)

hann.right (105)
hann.forward (140)

hann.left (140)
hann.forward (189)

hann.right (90)
hann.forward (35)

hann.end_fill()

hann.penup()
hann.right(180)
hann.forward (300)
#N
hann.begin_fill()
hann.pendown()
hann.left (90)
hann.forward (272)

hann.right (90)
hann.forward (35)

hann.right (55)
hann.forward (272)

hann.left (145)
hann.forward (220)

hann.right (90)
hann.forward (35)

hann.right (90)
hann.forward (272)

hann.right (90)
hann.forward (35)

hann.right (50)
hann.forward (240)

hann.left (140)
hann.forward (180)

hann.right (90)
hann.forward(35)

hann.end_fill()

hann.penup()
 
hann.right(180)
hann.forward(300)

hann.begin_fill()

hann.pendown()
hann.left(90)
hann.forward(272)

hann.right(90)
hann.forward(35)

hann.right(90)
hann.forward(272)

hann.right(90)
hann.forward(35)

hann.end_fill()

hann.penup()
hann.right(180)
hann.forward (100)

hann.color("red")

hann.pendown()

hann.left(90)
hann.forward (300)

hann.left(90)
hann.forward (1050)

hann.left (90)
hann.forward (350)

hann.left (90)
hann.forward (1050)

hann.left(90)
hann.forward(50)

turtle.mainloop()




# data[].attributes.attachment_link.readable_text
import turtle

Peanut=turtle.Pen()
wn=turtle.Screen()
wn.bgcolor("black")
Peanut.shape("turtle")
Peanut.color('violet', 'pink')
for x in range(37):
    Peanut.setposition(0,0)
    Peanut.speed(0)
    Peanut.forward(700)
    Peanut.left(175)
    Peanut.forward(700)
    Peanut.left(175)
    Peanut.forward(700)
    Peanut.left(175)
    Peanut.forward(700)
    Peanut.left(175)
    Peanut.forward(700)
    Peanut.left(175)
    Peanut.forward(200)
    Peanut.right(175)
    Peanut.forward(200)
    Peanut.right(175)
    Peanut.forward(200)
    Peanut.right(175)
    Peanut.forward(200)
    Peanut.right(175)
    Peanut.forward(200)
    Peanut.right(175)
    Peanut.forward(200)
    Peanut.right(175)
    Peanut.forward(200)
    Peanut.left(175)
    Peanut.forward(200)
    Peanut.left(175)
    Peanut.forward(200)
    Peanut.left(175)
    Peanut.forward(200)
    Peanut.left(175)
    Peanut.forward(200)
    Peanut.left(175)
    Peanut.forward(200)
    Peanut.left(175)
    Peanut.forward(500)
    Peanut.right(175)
    Peanut.forward(500)
    Peanut.right(175)
    Peanut.forward(500)
    Peanut.right(175)
    Peanut.forward(500)
    Peanut.right(175)
    Peanut.forward(500)
    Peanut.right(175)
    Peanut.forward(500)
    Peanut.right(175)
    Peanut.forward(10)
    Peanut.left(175)
    Peanut.forward(10)
    Peanut.left(175)
    Peanut.forward(10)
    Peanut.left(175)
    Peanut.forward(10)
    Peanut.left(175)
    Peanut.forward(10)
    Peanut.left(175)
    Peanut.forward(10)
    Peanut.left(175)
    Peanut.forward(700)
    Peanut.left(175)
    Peanut.forward(700)
    Peanut.left(175)
    Peanut.forward(700)
    Peanut.left(175)
    Peanut.forward(700)
    Peanut.left(175)
    Peanut.forward(700)
    Peanut.left(175)
    Peanut.forward(200)
    Peanut.right(175)
    Peanut.forward(200)
    Peanut.right(175)
    Peanut.forward(200)
    Peanut.right(175)
    Peanut.forward(200)
    Peanut.right(175)
    Peanut.forward(200)
    Peanut.right(175)
    Peanut.forward(200)
    Peanut.right(175)
    Peanut.forward(200)
    Peanut.left(175)
    Peanut.forward(200)
    Peanut.left(175)
    Peanut.forward(200)
    Peanut.left(175)
    Peanut.forward(200)
    Peanut.left(175)
    Peanut.forward(200)
    Peanut.left(175)
    Peanut.forward(200)
    Peanut.left(175)
    Peanut.forward(500)
    Peanut.right(175)
    Peanut.forward(500)
    Peanut.right(175)
    Peanut.forward(500)
    Peanut.right(175)
    Peanut.forward(500)
    Peanut.right(175)
    Peanut.forward(500)
    Peanut.right(175)
    Peanut.forward(500)
    Peanut.right(175)
    Peanut.forward(10)
    Peanut.left(175)
    Peanut.forward(10)
    Peanut.left(175)
    Peanut.forward(10)
    Peanut.left(175)
    Peanut.forward(10)
    Peanut.left(175)
    Peanut.forward(10)
    Peanut.left(175)
    Peanut.forward(10)
    Peanut.left(175)
    Peanut.forward(100)
    Peanut.right(175)
    Peanut.forward(100)
    Peanut.right(175)
    Peanut.forward(100)
    Peanut.right(175)
    Peanut.forward(100)
    Peanut.right(175)
    Peanut.forward(100)
    Peanut.right(175)
    Peanut.forward(100)
    Peanut.right(175)
    Peanut.forward(50)
    Peanut.left(175)
    Peanut.forward(50)
    Peanut.left(175)
    Peanut.forward(50)
    Peanut.left(175)
    Peanut.forward(50)
    Peanut.left(175)
    Peanut.forward(50)
    Peanut.left(175)
    Peanut.forward(50)
    Peanut.left(175)

# data[].attributes.body
This is my turtle project.

# data[].attributes.attachment_link.readable_text
import turtle
FONTSIZE = 26

FONT = ('Arial', FONTSIZE, 'normal')

wn=turtle.Screen()
wn.bgcolor("yellow")

xt=turtle.Pen()
xt.shape("triangle")
xt.color("black")


xt.begin_fill()
xt.forward(300)
xt.right(90)
xt.forward(20)
xt.right(90)

xt.forward(300)
xt.right(90)
xt.forward(20)
xt.right(90)

xt.right(240)
xt.forward(300)
xt.right(120)
xt.forward(15)
xt.right(60)
xt.forward(300)
xt.right(300)
xt.forward(285)
xt.left(90)
xt.end_fill()

xt.color("red")

xt.begin_fill()
xt.forward(150)
xt.right(90)
xt.forward(100)
xt.right(90)
xt.forward(250)
xt.right(90)
xt.forward(100)
xt.right(90)
xt.forward(80)
xt.end_fill()
xt.right(270)
xt.color("brown")
xt.begin_fill()
xt.forward(400)
xt.left(90)
xt.forward(30)
xt.left(90)
xt.forward(400)
xt.left(90)
xt.forward(30)
xt.end_fill()
xt.forward(170)
xt.right(90)
xt.forward(50)

xt.begin_fill()
xt.circle(50)
xt.left(180)
xt.end_fill()
xt.color("yellow")
xt.forward(200)
xt.right(90)
xt.forward(150)
xt.left(90)
xt.forward(600)

xt.color("cyan")

xt.write("Welcome to computer programming!", font=FONT)

xt.color("yellow")

turtle.hideturtle()
























# data[].attributes.attachment_link.readable_text
#Phyton module- turtle
#the syntax as followed:
#contoh 1

import turtle

bing=turtle.Pen()
bing.shape("arrow")
bing.color("dark blue","hot pink")
bing.speed(10)
wn = turtle.Screen()
wn.bgcolor("dark blue")
bing.goto(-950,0)


#A

bing.begin_fill()

bing.left(65)
bing.forward(250)

bing.right(65)
bing.forward(60)

bing.right(65)
bing.forward(250)

bing.right(115)
bing.forward(60)

bing.right(65)
bing.forward(125)

bing.left(65)
bing.forward(40)

bing.left(65)
bing.forward(125)

bing.right(65)
bing.forward(60)
bing.end_fill()



#M
bing.begin_fill()
bing.left(180)
bing.forward(300)

bing.left(90)
bing.forward(230)

bing.right(90)
bing.forward(60)

bing.right(65)
bing.forward(100)

bing.left(120)
bing.forward(110)

bing.right(55)
bing.forward(60)

bing.right(90)
bing.forward(229)

bing.right(90)
bing.forward(60)

bing.right(90)
bing.forward(120)

bing.left(140)
bing.forward(90)

bing.right(110)
bing.forward(85)

bing.left(150)
bing.forward(125)

bing.right(90)
bing.forward(60)
bing.end_fill()


#E
bing.begin_fill()
bing.left(180)
bing.forward(300)

bing.left(90)
bing.forward(230)

bing.right(90)
bing.forward(140)

bing.right(90)
bing.forward(50)

bing.right(90)
bing.forward(90)

bing.left(90)
bing.forward(40)

bing.left(90)
bing.forward(45)

bing.right(90)
bing.forward(40)

bing.right(90)
bing.forward(45)

bing.left(90)
bing.forward(40)

bing.left(90)
bing.forward(90)

bing.right(90)
bing.forward(60)

bing.right(90)
bing.forward(140)
bing.end_fill()

#L
bing.begin_fill()
bing.left(180)
bing.forward(200)

bing.left(90)
bing.forward(230)

bing.right(90)
bing.forward(60)

bing.right(90)
bing.forward(180)

bing.left(90)
bing.forward(110)

bing.right(90)
bing.forward(50)

bing.right(90)
bing.forward(170)
bing.end_fill()
#I
bing.begin_fill()
bing.left(180)
bing.forward(210)

bing.left(90)
bing.forward(230)

bing.right(90)
bing.forward(60)

bing.right(90)
bing.forward(230)

bing.right(90)
bing.forward(60)
bing.end_fill()

#A
bing.begin_fill()
bing.left(180)
bing.forward(110)


bing.left(65)
bing.forward(250)

bing.right(65)
bing.forward(60)

bing.right(65)
bing.forward(250)

bing.right(115)
bing.forward(60)

bing.right(65)
bing.forward(125)

bing.left(65)
bing.forward(40)

bing.left(65)
bing.forward(125)

bing.right(65)
bing.forward(60)

bing.end_fill()

bing.penup()
bing.left(180)
bing.forward(350)
bing.left(90)
bing.forward(150)
bing.right(90)

bing.color("pink","yellow")
bing.begin_fill()
for x in range(5):

 bing.forward(100)
 bing.left(72)

 bing.forward(100)
 bing.right(144)
 
bing.end_fill()

turtle.mainloop()




 


# data[].attributes.headline
I need the individual project by Monday 17/12.

# data[].attributes.subject
I need the individual project by Monday 17/12.

# data[].attributes.body
Teacher Has

# data[].attributes.headline
I need the individual project by Monday 17/12.

# data[].attributes.subject
I need the individual project by Monday 17/12.

# data[].attributes.body
Teacher Has

# data[].attributes.headline
I need the individual project by Monday 17/12.

# data[].attributes.subject
I need the individual project by Monday 17/12.

# data[].attributes.body
Teacher Has

# data[].attributes.attachment_link.readable_text
import turtle

Pancake=turtle.Pen()
wn=turtle.Screen()
wn.bgcolor("black")
Pancake.wn=turtle.Screen()
Pancake.shape("turtle")
Pancake.color("cyan")
Pancake.goto(-900,0)
#Pancake.speed(0)

Pancake.color("deep sky blue")
for x in range(1):
    Pancake.begin_fill()
    Pancake.color("violet")
    Pancake.forward(100)
    Pancake.left(90)
    Pancake.forward(100)
    Pancake.left(90)
    Pancake.forward(100)
    Pancake.right(90)
    Pancake.forward(50)
    Pancake.right(90)
    Pancake.forward(100)
    Pancake.left(90)
    Pancake.forward(50)
    Pancake.left(90)
    Pancake.forward(125)
    Pancake.left(90)
    Pancake.forward(125)
    Pancake.left(90)
    Pancake.forward(100)
    Pancake.right(90)
    Pancake.forward(25)
    Pancake.right(90)
    Pancake.forward(100)
    Pancake.left(90)
    Pancake.forward(50)
    Pancake.left(90)
    Pancake.forward(225)
    Pancake.left(90)
    Pancake.forward(100)
    
    Pancake.left(25)
    Pancake.forward(100)
    Pancake.right(115)
    Pancake.forward(50)
    Pancake.right(70)
    Pancake.forward(100)
    Pancake.left(145)
    Pancake.forward(100)
    Pancake.right(75)
    Pancake.forward(50)
    Pancake.right(115)
    Pancake.forward(103)
    Pancake.left(25)
    Pancake.forward(100)
    Pancake.left(90)
    Pancake.forward(100)
    Pancake.left(75)
    Pancake.forward(200)
    
    Pancake.right(75)
    Pancake.forward(50)
    Pancake.right(75)
    Pancake.forward(200)
    Pancake.right(106)
    Pancake.forward(30)
    Pancake.right(75)
    Pancake.forward(40)
    Pancake.left(77)
    Pancake.forward(75)
    Pancake.left(75)
    Pancake.forward(40)
    Pancake.right(902)
    Pancake.forward(120)
    Pancake.right(75)
    Pancake.forward(35)
    Pancake.right(77)
    Pancake.forward(118)
    Pancake.left(79)
    Pancake.forward(100)
    
    Pancake.left(90)
    Pancake.forward(205)
    Pancake.right(90)
    Pancake.forward(125)
    Pancake.right(90)
    Pancake.forward(35)
    Pancake.right(90)
    Pancake.forward(85)
    Pancake.left(90)
    Pancake.forward(35)
    Pancake.left(90)
    Pancake.forward(55)
    Pancake.right(90)
    Pancake.forward(35)
    Pancake.right(90)
    Pancake.forward(55)
    Pancake.left(90)
    Pancake.forward(100)
    Pancake.left(90)
    Pancake.forward(150)
    
    Pancake.left(90)
    Pancake.forward(200)
    Pancake.right(90)
    Pancake.forward(50)
    Pancake.right(90)
    Pancake.forward(200)
    Pancake.left(90)
    Pancake.forward(100)
    
    Pancake.left(90)
    Pancake.forward(205)
    Pancake.right(90)
    Pancake.forward(125)
    Pancake.right(90)
    Pancake.forward(35)
    Pancake.right(90)
    Pancake.forward(85)
    Pancake.left(90)
    Pancake.forward(35)
    Pancake.left(90)
    Pancake.forward(55)
    Pancake.right(90)
    Pancake.forward(35)
    Pancake.right(90)
    Pancake.forward(55)
    Pancake.left(90)
    Pancake.forward(100)
    Pancake.right(90)
    Pancake.forward(50)
    Pancake.right(180)
    Pancake.forward(1000)
    Pancake.left(180)
    Pancake.forward(1000)
    Pancake.right(180)
    Pancake.forward(1000)
    Pancake.end_fill()
     

# data[].attributes.attachment_link.readable_text
import turtle

wn = turtle.Screen()
wn.bgcolor('black')
adam=turtle.Pen()
adam.shape("arrow")
adam.speed(-10)

for x in range (11):
    
    adam.color('yellow')
    adam.forward(250)
    adam.left(485)
    adam.forward(350)
    adam.left(535)
    adam.forward(100)
    adam.left(72)
    adam.forward(100)
    adam.right(144)
    adam.begin_fill()
    adam.left(200)
    adam.forward(144)
    adam.right(200)
    adam.forward(288)
    adam.end_fill()
    adam.begin_fill()
    adam.forward(100)
    adam.left(72)
    adam.forward(100)
    adam.right(144)
    adam.forward(100)
    adam.right(144)
    adam.forward(100)
    adam.left(72)
    adam.end_fill()
    adam.color('gold')
    adam.left(72)
    adam.forward(100)
    adam.right(144)
    
    adam.begin_fill()
    adam.left(200)
    adam.forward(144)
    adam.right(200)
    adam.forward(288)
    adam.end_fill()
    adam.color('orange red')
    adam.left(72)
    adam.forward(100)
    adam.right(144)
    adam.begin_fill()
    adam.left(200)
    adam.forward(144)
    adam.right(200)
    adam.forward(288)
    adam.end_fill()
    adam.left(1)
    adam.color('red')
    adam.left(72)
    adam.forward(100)
    adam.right(144)
    adam.begin_fill()
    adam.left(200)
    adam.forward(144)
    adam.right(200)
    adam.forward(288)
    adam.end_fill()

turtle.mainloop()

# data[].attributes.attachment_link.readable_text
import turtle

fred=turtle.Pen()
fred.shape("turtle")
bg= turtle.Screen()
bg.bgcolor("black")
fred.speed(10)

fred=turtle.Pen()
fred.shape("turtle")
fred.color("sky blue")
for x in range(18):
    fred.circle(65)
    fred.right(20)

fred.penup()
fred.right(220)
fred.forward(200)
fred.goto(200,0)
turtle.color("white")
turtle.write("Nur Irdina Safiya" , font=("Georgia", 16, "bold",))
    
turtle.mainloop()

# data[].attributes.headline
Hi all! I want u to save your group folder in google drive by clicking the link below:

# data[].attributes.subject
Hi all! I want u to save your group folder in google drive by clicking the link below:

# data[].attributes.body
https://drive.google.com/drive/my-drive?ogsrc=32

# data[].attributes.attachment_link.description
Get access to files anywhere through secure cloud storage and file backup for your photos, videos, files and more with Google Drive.