# import turtle

# t = turtle.Turtle()

# t.shape("turtle")

# color_list = ["yellow", "red", "blue" , "green"]

# t.fillcolor(color_list[0])

# t.begin_fill()

# t.circle(100)

# t.end_fill()

# t.forward(50)

# t.fillcolor(color_list[1])

# t.begin_fill()

# t.circle(100)

# t.end_fill()

# import turtle

# t =turtle.Turtle()

# t.shape("turtle")

# t.penup()

# t.goto(100, 100)

# t.write("거북이가 여기로오면 0")

# t.goto(100, - 100)

# t.write("거북이가 여기로오면 음수입니다")

# t.goto(0, 0 )

# t.pendown()

# s= turtle.textinput ("","숫자를 입력하시오")

# n =int(s)

# if( n >0):

# t.goto(100, 100)

# if (n == 0):

# t.goto(100, 0)

# if(n < 0):

# t.goto(100, -100)

# import turtle

# t =turtle.Turtle()

# t.width(3)

# t.shape("turtle")

# t.shapesize(3,3)

# while True:

# command = input ("명령을 입력하시오")

# if command == "i":

# t.left(90)

# t.forward(100)

# if command == "r":

# t.right(90)

# t.forward(100)

# import random

# print("동전던지기")

# coin = random.randrange(2)

# if coin == 0:

# print("앞면")

# else:

# print("뒷면")

# print("게임종료")

# import turtle

# import random

# screen = turtle.Screen()

# image1 = "front.gif"

# image2 = "back.gif"

# screen.addshape(image1)

# screen.addshape(image2)

# t1 = turtle.Turtle()

# coin = random.randint(0, 1)

# if coin == 0 :

# t1.shape(image1)

# t2.stamp()

# else:

# t1.shape(image2)

# t1.stamp()

# import random

# time = random.randint(1, 24)

# print("좋은아침입니다 .지금시각은 ." + str(time)+ "시입니다")

# sunny = random.choice([True, False])

# if sunny:

# print("현재 날씨가 화창합니다")

# else:

# print("현재 날씨가 화창하징않습니다")

# if(time >= 6) and (time < 9) and sunny:

# print("종달새가 노래를한다.")

# else:

# print("종달새가 노래를 하지않는다")

# id =" i love python"

# s = input("아이디를 입력하시오")

# if s == id:

# print("환영합니다")

# else:

# print("아이디를 찾을수없습니다")

import turtle

t = turtle.Turtle()

t.shape("turtle")

s =turtle.textinput("", "도형을입력하시오")

if s =="사각형":

s = turtle.textinput("","가로:")

w = int(s)

s = turtle.textinput("","세로")

h = int(s)

t.forward(w)

t.left(90)

t.forward(h)

t.left(90)

t.forward(w)

t.left(90) t.forward(h)