from turtle import Pen from time import sleep pen = Pen() pen.right(60) pen.forward(60) pen.right(120) pen.forward(60) pen.right(120) pen.forward(60) pen.left(120) pen.up() pen.forward(55) pen.down() for i in range(4): pen.forward(35) pen.up() pen.forward(15) pen.left(90) pen.forward(15) pen.down() pen.forward(15) pen.right(90) pen.up() pen.forward(10) pen.down() pen.forward(120)
from turtle import Pen from time import sleep Karen = Pen() Peter = Pen() Bob = Pen() Govno = Pen() Karen.forward(120) Peter.forward(120) Bob.forward(140) Govno.forward(140) Karen.left(90) Peter.right(90) Bob.left(90) Govno.right(90) Karen.forward(60) Peter.forward(60) Bob.forward(30) Govno.forward(30) Karen.right(90) Peter.left(90) Bob.right(90) Govno.left(90)
def step(t: turtle.Pen):
t.penup()
t.forward(i)
t.left(46)
t.pendown()
t.dot(4 + i / 16)
from time import sleep
t1 = Pen()
t2 = Pen()
t1.up()
t2.up()
t1.right(90)
t2.right(90)
for i in range(25):
t1.forward(8)
t2.forward(8)
t1.left(90)
t1.down()
t2.down()
t2.right(90)
t2.forward(200)
for i in range(15):
t1.forward(6)
t2.forward(6)
t1.left(6)
t2.right(6)
for i in range(6):
t1.forward(6)
#!/usr/bin/env python
from turtle import Pen, bgcolor, pencolor, forward, left, width
from time import sleep
bgcolor("black") #set canvas background color
colors = ["red", "green", "orange", "purple", "yellow", "blue"]
canvas = Pen()
for num in xrange(360):
canvas.pencolor(colors[num % 6])
canvas.width(num / 100 + 1) #to give the effect of the line getting bigger as it "approaches"
canvas.forward(num) #so line length keeps increasing
canvas.left(59)
sleep(500) #so we have some time to admire the artwork, before it closes automatically
from turtle import Pen
from time import sleep
pen = Pen()
pen.up()
pen.forward(150)
pen.down()
for i in range(4):
pen.forward(100)
pen.left(90)
sleep(1)
pen2 = Pen()
pen2.forward(80)
pen2.up()
pen2.right(90)
pen2.forward(20)
pen2.down()
pen2.right(90)
pen2.forward(80)
sleep(4)
from turtle import Pen
t=Pen()
colors=['red','blue','black','green']
for i in colors:
t.pencolor(i)
t.forward(100)
t.left(90)
class Personagem:
def __init__(self, nome = str, exibir=True):
self._img = Pen()
self._img.up()
self._img.shape(nome+'.gif')
print(nome+'.gif')
self._img.speed('fastest')
self._caneta = Pen()
self._caneta.hideturtle()
self._caneta.pensize(2)
self._caneta.color('white')
if not exibir:
self._img.hideturtle()
def esconder(self):
self._img.hideturtle()
def exibir(self):
self._img.showturtle()
def falar(self, mensagem = str):
#mensagem = formata(mensagem)
x,y = self._img.position()
self._caneta.up()
self._caneta.goto(x,y)
self._caneta.down()
self._caneta.goto(x+100,y+100)
self._caneta.write(mensagem)
time.sleep(4)
self._caneta.clear()
def andar_direita(self, distancia = int):
self._img.forward(distancia)
def andar_esquerda(self, distancia = int):
self._img.left(180)
self._img.forward(distancia)
def vapara (self, x = int, y = int):
self._img.goto(x, y)
def pular_cima (self):
x,y = self._img.position()
self._img.goto(x, y+100)
time.sleep(0.5)
self._img.goto(x+50, y-100)
def pular_tras (self):
x,y = self._img.position()
self._img.goto(x-100, y+100)
time.sleep(0.5)
self._img.goto(x-100, y-100)
def pular_frente (self):
x,y = self._img.position()
self._img.goto(x+100, y+100)
time.sleep(0.5)
self._img.goto(x+100, y-100)
def posicao(self):
return self._img.position()
def lancar(self, vx = int, vy = int):
x,y = self.posicao()
for i in range(20):
self.vapara(x+i*vx, y+i*vy)
vy -= 1
from turtle import Pen from time import sleep t1 = Pen() t2 = Pen() t1.up() t2.up() t1.right(90) t2.right(90) t1.forward(200) t2.forward(200) t1.left(90) t1.down() t2.down() t2.right(90) t2.forward(200) t1.left(45) t2.right(45) for i in range(3): t1.forward(20) t2.forward(20) t1.left(15) t2.right(15)