Flags

#Drawing flags usiong Python Turtle - www.101computing.net/drawing-flags-using-python-turtle

import turtle

myPen = turtle.Turtle()

myPen.shape("arrow")

myPen.speed(10)

window = turtle.Screen()

window.bgcolor("#DDDDDD")

#Position the pen in the bottom left corner

myPen.penup()

myPen.goto(-180, -120)

myPen.pendown()

#Draw the frame for the flag

myPen.color("white")

myPen.pensize(2)

myPen.fillcolor("white")

myPen.begin_fill()

for i in range(0, 2):

  myPen.forward(360)

  myPen.left(90)

  myPen.forward(240)

  myPen.left(90)

myPen.end_fill()  

#Draw the blue stripe

myPen.color("blue")

myPen.pensize(2)

myPen.fillcolor("blue")

myPen.penup()

myPen.goto(-180, -120)

myPen.pendown()

myPen.begin_fill()

for i in range(0, 2):

  myPen.forward(120)

  myPen.left(90)

  myPen.forward(240)

  myPen.left(90)

myPen.end_fill()  

#Draw the red stripe

myPen.color("red")

myPen.pensize(2)

myPen.fillcolor("red")

myPen.penup()

myPen.goto(60, -120)

myPen.pendown()

myPen.begin_fill()

for i in range(0, 2):

  myPen.forward(120)

  myPen.left(90)

  myPen.forward(240)

  myPen.left(90)

myPen.end_fill()  

turtle.done()

#Adding Text...

myPen.penup()

myPen.goto(-62, -160)

myPen.color("white")

myPen.write("FRANCE", None, None, "24pt bold")

#myPen.hideturtle()

#Drawing flags usiong Python Turtle - www.101computing.net/drawing-flags-using-python-turtle

import turtle

myPen = turtle.Turtle()

myPen.shape("arrow")

myPen.speed(10)

window = turtle.Screen()

window.bgcolor("#DDDDDD")

#Position the pen in the bottom left corner

myPen.penup()

myPen.goto(-180, -120)

myPen.pendown()

#Draw the frame for the flag

myPen.color("#307DC1")

myPen.pensize(2)

myPen.fillcolor("#307DC1")

myPen.begin_fill()

for i in range(0, 2):

  myPen.forward(360)

  myPen.left(90)

  myPen.forward(240)

  myPen.left(90)

myPen.end_fill()  

#Draw the yellow horizontal stripe

myPen.color("#FFD900")

myPen.pensize(2)

myPen.fillcolor("#FFD900")

myPen.penup()

myPen.goto(-180, -20)

myPen.pendown()

myPen.begin_fill()

for i in range(0, 2):

  myPen.forward(360)

  myPen.left(90)

  myPen.forward(40)

  myPen.left(90)

myPen.end_fill()  

#Draw the yellow vertical stripe

myPen.penup()

myPen.goto(-80, -120)

myPen.pendown()

myPen.begin_fill()

for i in range(0, 2):

  myPen.forward(40)

  myPen.left(90)

  myPen.forward(240)

  myPen.left(90)

myPen.end_fill()  

turtle.done()

#Adding Text...

myPen.penup()

myPen.goto(-62, -160)

myPen.color("#307DC1")

myPen.write("SWEDEN", None, None, "24pt bold")

myPen.hideturtle()

#Drawing flags usiong Python Turtle - www.101computing.net/drawing-flags-using-python-turtle

import turtle

myPen = turtle.Turtle()

myPen.shape("arrow")

myPen.speed(10)

window = turtle.Screen()

window.bgcolor("#DDDDDD")

#Position the pen in the bottom left corner

myPen.penup()

myPen.goto(-180, -120)

myPen.pendown()

#Draw the frame for the flag

myPen.color("white")

myPen.pensize(2)

myPen.fillcolor("white")

myPen.begin_fill()

for i in range(0, 2):

  myPen.forward(360)

  myPen.left(90)

  myPen.forward(240)

  myPen.left(90)

myPen.end_fill()  

#Draw the red horizontal stripe

myPen.color("#CC2222")

myPen.pensize(2)

myPen.fillcolor("#CC2222")

myPen.penup()

myPen.goto(-180, -120)

myPen.pendown()

myPen.begin_fill()

for i in range(0, 2):

  myPen.forward(360)

  myPen.left(90)

  myPen.forward(120)

  myPen.left(90)

myPen.end_fill()  

#Draw the blue triangle

myPen.penup()

myPen.goto(-180, -120)

myPen.pendown()

myPen.color("#2222BB")

myPen.pensize(2)

myPen.fillcolor("#2222BB")

myPen.begin_fill()

myPen.goto(0,0)

myPen.goto(-180,120)

myPen.goto(-180,-120)

myPen.end_fill()  

turtle.done()

#Adding Text...

myPen.penup()

myPen.goto(-130, -160)

myPen.color("#2222BB")

myPen.write("CZECH REPUBLIC", None, None, "24pt bold")

myPen.hideturtle()

#import the time and turtle module

import turtle

import time

# create a screen

scr = turtle.getscreen()

scr.title("Flag of America")

scr.bgcolor("white")

#Set the turtle object and speed of the turtle

t = turtle.Turtle()

t.speed(20)

t.penup()

# flag height and width

flag_ht = 250

flag_wth = 475

# starting points of the flag

x1 = -250

y1 = 120

# red and white stripes (total 13 stripes in flag)

stripe_ht = flag_ht/13

stripe_wdt = flag_wth

#star size

star_size = 12

def draw_rectangle(x, y, height, width, color):

    t.goto(x,y)

    t.pendown()

    t.color(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()

    t.penup()

def star_shape(x,y,color,length) :

    t.goto(x,y)

    t.setheading(0)

    t.pendown()

    t.begin_fill()

    t.color(color)

    for turn in range(0,5) :

        t.forward(length)

        t.right(144)

        t.forward(length)

        t.right(144)

    t.end_fill()

    t.penup()

# function to create stripes of flag

def draw_stripes():

    x = x1

    y = y1

    # draw 6 red and 7 white strips

    for stripe in range(0,6):

        for color in ["red", "white"]:

            draw_rectangle(x, y, stripe_ht, stripe_wdt, color)

            # decrease value of y by stripe_height

            y = y - stripe_ht

    # create last red stripe

    draw_rectangle(x, y, stripe_ht, stripe_wdt, 'red')

    y = y - stripe_ht

# this function create navy color square

def draw_square():

    square_ht = (7/13) * flag_ht

    square_wdt = (0.76) * flag_ht

    draw_rectangle(x1, y1, square_ht, square_wdt, 'navy')

#defining a function for drawing a 6 row star

def stars1():

    dist_of_stars = 30

    dist_bet_lines = stripe_ht + 6

    y = 112

    # create 5 rows of stars

    for row in range(0,5) :

        x = -234

        # create 6 stars in each row

        for star in range (0,6) :

            star_shape(x, y, 'white', star_size)

            x = x + dist_of_stars

        y = y - dist_bet_lines

def stars_five():

    dist_of_stars = 30

    dist_bet_lines = stripe_ht + 6

    y = 100

    # create 4 rows of stars

    for row in range(0,4) :

        x = -217

        # create 5 stars in each row

        for star in range (0,5) :

            star_shape(x, y, 'white', star_size)

            x = x + dist_of_stars

        y = y - dist_bet_lines

#Call all the functions

# start after 5 seconds.

time.sleep(5)

# draw 13 stripes

draw_stripes()

# draw squares

draw_square()

# draw 30 stars, 6 * 5

stars1()

# draw 20 stars, 5 * 4

stars_five()

# hides the turtle

t.hideturtle()

scr.mainloop

turtle.done()

#Drawing flags usiong Python Turtle - www.101computing.net/drawing-flags-using-python-turtle

import turtle

myPen = turtle.Turtle()

myPen.shape("arrow")

myPen.speed(10)

window = turtle.Screen()

window.bgcolor("#DDDDDD")

#Position the pen in the bottom left corner

myPen.penup()

myPen.goto(-180, -120)

myPen.pendown()

#Draw the frame for the flag

myPen.color("white")

myPen.pensize(2)

myPen.fillcolor("white")

myPen.begin_fill()

for i in range(0, 2):

  myPen.forward(360)

  myPen.left(90)

  myPen.forward(240)

  myPen.left(90)

myPen.end_fill()  

#Draw the red stripe

myPen.color("red")

myPen.pensize(2)

myPen.fillcolor("red")

myPen.penup()

myPen.goto(-180, 0)

myPen.pendown()

myPen.begin_fill()

for i in range(0, 2):

  myPen.forward(360)

  myPen.left(90)

  myPen.forward(120)

  myPen.left(90)

myPen.end_fill()  

turtle.done()