import turtle
lados = eval(input("Pon un número de lados del 2 al 10: "))
velocidad = eval(
input(
"Del 1 al 10 que tan rápido quieres que dibuje,si me me quieres lo más rápido posible escoge 0: "
))
tortuga = turtle.Pen()
turtle.bgcolor("black")
tortuga.speed(velocidad)
#Spyralhjisdj[
colores = [
"pink", "violet red", "turquoise", "sienna", "peru", "papaya whip",
"purple", "yellow", "blue", "gray"
]
for distancia in range(1000):
tortuga.pencolor(colores[distancia % lados])
tortuga.forward(distancia * 3 / lados + distancia)
tortuga.left(360 / lados + 1)
tortuga.width(distancia * lados / 200)
import turtle
wn= turtle.Screen()
e= turtle.Pen()
e.up()
e.backward(35)
e.left(90)
e.forward(250)
e.down()
image3="m.gif"
wn.addshape(image3)
e.shape(image3)
h= turtle.Pen()
h.up()
h.forward(500)
h.left(90)
h.forward(250)
h.down()
image6="yyy.gif"
wn.addshape(image6)
h.shape(image6)
g= turtle.Pen()
g.up()
g.forward(500)
g.left(90)
g.forward(250)
g.down()
image5="inter.gif"
wn.addshape(image5)
g.shape(image5)
wn.bgpic("pic5.gif")
s= turtle.Pen()
"circle pattern"
import turtle as t
colors = ["red", "purple", "green", "blue"]
t.bgcolor("black")
s = t.Pen()
for i in range(360):
s.pencolor(colors[i % 4])
s.width(i / 100 + 1)
s.forward(i)
s.left(59)
t.done()
import turtle
john = turtle.Pen()
mike = turtle.Pen()
john.forward(100)
john.fillcolor('red')
mike.right(90)
mike.forward(100)
turtle.done()
import turtle
lapis = turtle.Pen()
def quadrado():
for x in range(5):
lapis.forward(50)
lapis.right(90)
def espaco_depois_quadrado():
lapis.left(90)
lapis.penup()
lapis.forward(50)
lapis.pendown()
lapis.color('green', 'green')
lapis.begin_fill()
quadrado()
lapis.end_fill()
espaco_depois_quadrado()
lapis.color('red', 'red')
lapis.begin_fill()
import turtle avery = turtle.Pen() kate = turtle.Pen() avery.forward(50) avery.right(90) avery.right(20) kate.left(90) kate.forward(100) jakob = turtle.Pen() jakob.left(180) jakob.forward(80) kate = turtle.Pen() kate.forward(100) kate.left(200)
#Catch the turtle
import turtle
import math
import random
score = 0
print("\n" * 40)
print("Your score is:\n0")
#Title
t = turtle.Pen()
t.pencolor("Blue")
t.hideturtle()
t.penup()
t.setposition(-70, 350)
t.write("Catch the turtle", font=("Verdana", 18))
#Tip
text = turtle.Pen()
t.pencolor("Red")
t.hideturtle()
t.penup()
t.setposition(-70, -350)
t.write("DON'T TOUCH THE EDGES!", font=("Verdana", 18))
#Set up screen
wn = turtle.Screen()
wn.bgcolor("lightblue")
wn.title("Catch the Turtle")
#Draw border
#!/usr/bin/env python
import turtle
import random
aj = turtle.Pen()
y = 0
aj.speed(1)
turtle.screensize(600, 800)
turtle.bgcolor("black")
aj.shape("turtle")
aj.pensize(10)
x = aj.xcor()
for each in range(1, 2, 1):
aj.color(random.random(), random.random(), random.random())
aj.goto(random.randint(0, 600) - 300, random.randint(0, 800) - 400)
import turtle
wn = turtle.Screen()
bob = turtle.Pen()
#bob.goto(0,0)
def yay():
bob.forward(100)
wn.onkey(yay, "s")
wn.listen()
teca.forward(80)
teca.left(120)
#joana
cores = ["blue", "green", "red", "black"]
joana = turtle.Turtle()
#joana.color("blue")
joana.pensize(2) #int(input("Insira o tamanho da caneta: ")))
for i in cores:
joana.color(i)
joana.forward(50)
joana.left(90)
#esfera
esfera = turtle.Turtle()
esfera = turtle.Pen()
esfera.color("green") #input("Insira a cor do circulo: "))
esfera.circle(100)
#estrela
def star(estrela):
estrela = turtle.Turtle()
estrela.pensize(7)
for j in range(6):
estrela.left(int(input("Posicao: ")))
estrela.color(input("Insira a cor da estrela: "))
for i in range(5):
estrela.forward(144)
estrela.left(144)
# \*********************************************************\
# To access drawing function, use 'turtle' library
import turtle
# Let paint be the variable that manipulates the turtle pen
paint = turtle.Pen()
# \*********************************************************\
# Draw a dank symbol
def draw():
paint.forward(150)
paint.left(90)
paint.forward(100)
paint.left(45)
paint.forward(100)
paint.left(90)
paint.forward(150)
paint.left(180)
# Loop for drawing the drawing
for i in range(8):
draw()
# \*********************************************************\
#eg.绘制一个正方形
import turtle as p
p.reset()
p.Pen()
p.pencolor('red')
p.bgcolor('yellow')
p.pensize(5)
p.fillcolor('green')
p.begin_fill()
p.forward(150)
p.right(90)
p.forward(150)
p.right(90)
p.forward(150)
p.right(90)
p.forward(150)
p.right(90)
p.end_fill()
"""
知识点
1. 绘制一个正方形
import turtle as p[调用时直接赋变量]
p.pencolor('red')[画笔颜色]
p.bgcolor('yellow')[背景颜色]
p.pensize(5)[笔的粗细]
p.fillcolor('green')[填充颜色]
p.begin_fill().........p.end_fill()[只要是封闭区域，就填充颜色]
"""
#The "Irfan_Yusra_WinterScene"
#Instructor: Ms. Dorosz
#Assignment Name: Winter Scene
#Class: TEJ 3M0
#@Author Yusra Irfan
#@Version 1.9
#Date of Submission: 2016
import turtle
import random
import math
t=turtle.Pen()#other details
t1=turtle.Pen()#snowman
t2=turtle.Pen()#house and window
t3=turtle.Pen()#right eye
t4=turtle.Pen()#santa
t5=turtle.Pen()#deer
t6=turtle.Pen()#smoke
turtle.delay(0)
t.hideturtle()
t1.hideturtle()
t2.hideturtle()
t3.hideturtle()
t4.hideturtle()
t.speed("fastest")
t1.speed("fastest")
t2.speed("fastest")
t3.speed("fastest")
t4.speed("fastest")
import turtle
window = turtle.Screen()
window.bgcolor("white")
window.title("Zach's Square Spiral #1")
turtle_drawingpen = turtle.Pen()
turtle_drawingpen.pencolor("black")
turtle_drawingpen.speed(200)
for counter in range(1000):
turtle_drawingpen.forward(counter)
turtle_drawingpen.left(90)
if (counter > 50):
turtle_drawingpen.pensize(1)
window.bgcolor("blue")
else:
turtle_drawingpen.pensize(2)
window.bgcolor("red")
#meme.py
import turtle
meme21 = turtle.Pen()
meme21.speed(0)
meme21.hideturtle()
meme21.color("purple")
meme21.penup()
meme21.left(180)
meme21.forward(8)
meme21.right(90)
meme21.forward(290)
meme21.right(90)
meme21.begin_fill()
for x in range(73):
meme21.forward(22)
meme21.right(5)
meme21.end_fill()
meme20 = turtle.Pen()
meme20.speed(0)
meme20.hideturtle()
meme20.color("black")
meme20.penup()
meme20.left(180)
meme20.forward(5)
meme20.right(90)
meme20.forward(278)
meme20.right(90)
meme20.begin_fill()
for x in range(73):
import turtle
goldiloks = turtle.Pen()
goldiloks.color("red")
goldiloks.shape("turtle")
goldiloks.speed(0)
for i in range(360):
goldiloks.left(1)
for j in range(4):
goldiloks.forward(100 + 5 * i)
goldiloks.left(90)
turtle.done()
# avery.forward(20) # kate.left(40) # kate.forward(87) # jacob.left(123) # jacob.forward(63) # jacob.right(123) # jacob.forward(25) # jacob.right(102) # 1 reginald = Giraffes() reginald.dance() #2 import turtle a = turtle.Pen() e = turtle.Pen() w = turtle.Pen() t = turtle.Pen() l = turtle.Pen() a.backward(120) e.left(90) e.forward(50) e.right(90) e.forward(55) w.right(90) w.forward(50) w.left(90) w.forward(55) t.forward(10) t.right(90)
#-----------------------------------------------------------------------------------------------------------------------
#introdução a Programação de Computadores
#Prof. Jucimar Jr.
#Adham Lucas da Silva Oliveira 1715310001
#Erik Atilio Silva Rey 1715310059
#Enrique Leão Barbosa Izel 1715310048
#Guilherme Silva de Oliveira 1715310034
#Lukas Michel Souza Mota 1715310018
#Ulisses Antonio Antonino da Costa 1515090555
#
#Desenhar um polígono com 3 lados iguais. Cada lado uma cor diferente.
#-----------------------------------------------------------------------------------------------------------------------
import turtle #importando a tartaruga
colors = ['purple', 'blue', 'orange'] #definindo as cores
t = turtle.Pen() #simbolizando que a caneta da tartaruga significa t
turtle.bgcolor('black') #definindo a cor de fundo
for x in range(3): #quantidade de linhas que a tartaruga desenhará
t.pencolor(colors[x % 3]) #quais cores ela utilizará
t.forward(100) #a distancia que a tartaruga avançará
t.left(120) #o angulo que a a tartaruga irá se mover à esquerda
#importing the tutrle library
import turtle
#creating a turtle
myturtle = turtle.Pen()
#set turtle speed, default speed is 3
myturtle.speed(5)
#set color of turtle, first input value for lines second input value for filling
myturtle.color("red", "yellow")
#start filling
myturtle.begin_fill()
#draw line 100 forward 100 pixel
myturtle.forward(100)
#turns the turtles head to the left of 90 degrees. note: turtle head start with 0 degrees which is looking to the right
myturtle.left(90)
myturtle.forward(100)
myturtle.left(90)
myturtle.forward(100)
myturtle.left(90)
myturtle.forward(100)
myturtle.left(90)
#stop filling
myturtle.end_fill()
turtle.exitonclick()
import turtle
troye = turtle.Pen()
# troye.PenColor("red")
troye.pencolor("red")
troye.shape('turtle')
troye.left(60)
troye.forward(100)
troye.left(120)
troye.forward(100)
troye.left(120)
troye.forward(200)
troye.right(120)
troye.forward(100)
troye.right(120)
troye.forward(100)
troye.right(30)
troye.forward(100)
troye.right(120)
troye.forward(100)
troye.right(120)
troye.forward(200)
troye.left(120)
troye.forward(100)
troye.left(120)
troye.forward(100)
turtle.done()
import turtle #引用turtle库
q = turtle.Pen() #构造画笔
turtle.bgcolor("black") #画布的背景颜色为黑色
sides = 7 #定义变量控制环绕程度
colors = ["red", "orange", "yellow", "green", "cyan", "blue", "purple"]
for x in range(360): #for循环控制画笔的走向与速度
q.speed(35)
q.pencolor(colors[x % sides])
q.forward(x * 3 / sides + x)
q.left(360 / sides + 1)
q.width(x * sides / 200)
turtle.done()
def __init__(self, step):
self.step = step
self.pen = turtle.Pen()
self.pen.up()
self.pen.goto(300, 300)
self.pen.down()
import turtle
turtle.bgcolor("black")
tony = turtle.Pen()
tony.pencolor("blue")
for i in range(25):
tony.goto(i * 4, 100)
tony.goto(100, i * i)
tony.pencolor("yellow")
for n in range(25):
tony.goto(n * n, 100)
tony.goto(100, n - 100)
tony.pencolor("green")
for n in range(100):
tony.goto(n * n, 100)
tony.goto(100, n - 100)
#set tony at x = 0
##tony.setx(100)
##tony.sety(-100)
##
##tony.goto(200, 100)
##tony.goto(100, 200)
#draw a "switch back" pattern
##for x in range(25):
## tony.forward(200)
## tony.left(90)
## tony.forward(20)
import turtle
import time
leonardo = turtle.Pen()
leonardo.pencolor("blue") # '#0000ff'
mike = turtle.Pen()
mike.pencolor("yellow")
raf = turtle.Pen()
don = turtle.Pen()
leonardo.forward(90)
leonardo.left(45)
leonardo.forward(90)
mike.left(45)
mike.forward(90)
time.sleep(100)
import turtle
pen = turtle.Pen()
pen.up()
pen.backward(250)
pen.down()
pen.color('red', 'yellow')
pen.speed(0)
pen.begin_fill()
for var in range(200):
pen.forward(500)
pen.left(171)
pen.end_fill()
turtle.exitonclick()
# \*********************************************************\
# To access drawing function, use 'turtle' library
import turtle
# Let 'star' be the variable that manipulates the turtle pen
star = turtle.Pen()
# \*********************************************************\
# Define functions
def point():
star.pencolor("red")
star.backward(15)
star.forward(50)
star.left(85)
star.forward(80)
star.left(140)
star.forward(53)
star.backward(53)
star.right(140)
star.backward(80)
star.right(265)
star.forward(50)
star.right(150)
# \*********************************************************\
import turtle t1 = turtle.Pen() t2 = turtle.Pen() t3 = turtle.Pen() t4 = turtle.Pen() t1.left(180) t1.forward(200) t1.left(180) t1.forward(200) t1.left(90) t2.right(90) t1.forward(70) t2.forward(70) t3.forward(10) t4.forward(10) t1.right(90) t2.left(90) t1.forward(50) t2.forward(50) t3.left(90) t4.right(90) t3.forward(30) t4.forward(30) t3.right(90) t4.left(90) t3.forward(30) t4.forward(30)
import turtle fred = turtle.Pen()
import turtle
t = turtle.Pen()
turtle.bgcolor("black")
t.speed(0)
sides = 6
colors = ["red", "yellow", "blue", "orange", "green", "purple"]
for x in range(360):
t.pencolor(colors[x % sides])
t.forward(x * 3 / sides + x)
t.left(360 / sides + 360)
t.width(x * sides / 100)
#eg.1 #Pan[P要大写] >>> import turtle >>> p = turtle.Pen() #方向是0°，路径是100（向前）像素 >>> p.forward(100) #方向是0°，路径是50（向前）像素[比第一条长了一点] >>> p.forward(50) >>> p.left(90) >>> p.right(180) >>> p.backward(200) #向左转一圈 >>> p.left(45) >>> p.left(45) >>> p.left(45) >>> p.left(45) >>> p.left(45) >>> p.left(45) >>> p.left(45) >>> p.left(45) #向右转一圈 >>> p.right(45) >>> p.right(45) >>> p.right(45) >>> p.right(45) >>> p.right(45) >>> p.right(45) >>> p.right(45) >>> p.right(45) >>> p.right(45) >>> p.right(45)
