Glorieta

""" Con este programa se simula el comportamiento de una glorieta

usando como automoviles tortugas y con ayuda de pines gpio

prender unos lesd para simular el semaforo """

import RPi.GPIO as gpio

import time

from turtle import *

t=Turtle()

screen=t.getscreen()

setup(1366,768,0,0)

screensize(1366,768)

colormode(255)

t.speed(100)

t.color(120,120,120)#COLOR

t.penup()

t.goto(145,-384)

t.pendown()

t.begin_fill()

t.circle(-145,-110)#circle

t.goto(683,-110)

t.goto(683,110)

t.goto(145,384)

t.goto(-145,384)

t.goto(-683,110)

t.goto(-683,-110)

t.goto(-145,-384)

t.goto(145,-384)

t.end_fill()

t.penup()

t.pensize(8)

ds=-384

r=100

t.goto(0,ds)

for i in range(5):

t.pendown()

t.color("white")#COLOR

t.goto(0,ds-r)

r=r-100

t.penup()

t.goto(0,ds-r)

t.penup()

r=r-100

t.penup()

t.goto(-683,0)

ds=-683

r=100

t.goto(ds,0)

for i in range(8):

t.pendown()

t.color("white")#COLOR

t.goto(ds-r,0)

r=r-100

t.penup()

t.goto(ds-r,0)

t.penup()

r=r-100

#BANQUETAS

t.penup()

t.color(50,200,50)#color

t.goto(145,-384)

t.pendown()

t.begin_fill()

t.goto(683,-110)

t.goto(683,-384)

t.goto(145,-384)

t.end_fill()

t.penup()

t.goto(683,110)

t.pendown()

t.begin_fill()

t.goto(683,384)

t.goto(145,384)

t.goto(683,110)

t.end_fill()

t.penup()

t.goto(-683,-110)

t.pendown()

t.begin_fill()

t.goto(-683,-384)

t.goto(-145,-384)

t.goto(-683,-110)

t.end_fill()

t.penup()

t.goto(-145,384)

t.pendown()

t.begin_fill()

t.goto(-683,110)

t.goto(-683,384)

t.goto(-145,384)

t.end_fill()

from turtle import *

import time

#PINES

gpit.setmode(gpit.BOARD)

gpit.setup(3, gpit.OUT)#R1

gpit.setup(5, gpit.OUT)#A1

gpit.setup(7, gpit.OUT)#V1

gpit.setup(11, gpit.OUT)#R2

gpit.setup(13, gpit.OUT)#A2

gpit.setup(15, gpit.OUT)#V2

gpit.setup(19, gpit.OUT)#R3

gpit.setup(21, gpit.OUT)#A3

gpit.setup(23, gpit.OUT)#V3

gpit.setup(8, gpit.OUT)#R4

gpit.setup(10, gpit.OUT)#A4

gpit.setup(12, gpit.OUT)#V4

t1=Turtle()

t2=Turtle()

t3=Turtle()

t4=Turtle()

colormode(255)

screen=t1.getscreen()

setup(1366,768,0,0)

screensize(1366,768)

t1.speed(50)

t2.speed(50)

t3.speed(50)

t4.speed(50)

t1.penup()

t1.goto(100,-200)

t1.pendown()

t1.color((200,200,0))

t1.begin_fill()

t1.forward(25)

t1.left(90)

t1.forward(50)

t1.left(90)

t1.forward(25)

t1.left(90)

t1.forward(50)

t1.left(90)

t1.end_fill()

t1.penup()

t1.goto(112.5,-160)

t1.dot(10,200,100,100)

t1.goto(112.5,-175)

t1.dot(10,200,200,100)

t1.goto(112.5,-190)

t1.dot(10,100,200,100)

t1.penup()

t1.goto(108,-220)

t1.pendown

t1.color((0,0,0),(0,0,0))

t1.begin_fill()

t1.forward(10)

t1.left(90)

t1.forward(20)

t1.left(90)

t1.forward(10)

t1.left(90)

t1.forward(20)

t1.left(90)

t1.end_fill()

t1.penup()

t1.goto(97.5,-230)

t1.pendown()

t1.begin_fill()

t1.forward(30)

t1.left(90)

t1.circle(15,180)

t1.end_fill()

t2.left(90)

t2.penup()

t2.goto(-280,-85)

t2.pendown()

t2.color((200,200,0))#COLOR

t2.begin_fill()

t2.forward(25)

t2.left(90)

t2.forward(50)

t2.left(90)

t2.forward(25)

t2.left(90)

t2.forward(50)

t2.left(90)

t2.end_fill()

t2.penup()

t2.goto(-290,-72.5)

t2.dot(10,200,100,100)

t2.goto(-305,-72.5)

t2.dot(10,200,200,100)

t2.goto(-320,-72.5)

t2.dot(10,100,200,100)

t2.penup()

t2.goto(-330,-77.5)

t2.pendown

t2.color((0,0,0),(0,0,0))#COLOR

t2.begin_fill()

t2.forward(10)

t2.left(90)

t2.forward(20)

t2.left(90)

t2.forward(10)

t2.left(90)

t2.forward(20)

t2.left(90)

t2.end_fill()

t2.penup()

t2.goto(-360,-87.5)

t2.pendown()

t2.begin_fill()

t2.forward(30)

t2.left(90)

t2.circle(15,-180)

t2.end_fill()

t3.penup()

t3.goto(-120,180)

t3.pendown()

t3.color((200,200,0))#COLOR

t3.begin_fill()

t3.forward(25)

t3.left(90)

t3.forward(50)

t3.left(90)

t3.forward(25)

t3.left(90)

t3.forward(50)

t3.left(90)

t3.end_fill()

t3.penup()

t3.goto(-107.5,190)

t3.dot(10,200,100,100)

t3.goto(-107.5,205)

t3.dot(10,200,200,100)

t3.goto(-107.5,220)

t3.dot(10,100,200,100)

t3.penup()

t3.goto(-112.5,230)

t3.pendown

t3.color((0,0,0),(0,0,0))#COLOR

t3.begin_fill()

t3.forward(10)

t3.left(90)

t3.forward(20)

t3.left(90)

t3.forward(10)

t3.left(90)

t3.forward(20)

t3.left(90)

t3.end_fill()

t3.penup()

t3.goto(-122.5,260)

t3.pendown()

t3.begin_fill()

t3.forward(30)

t3.left(90)

t3.circle(15,-180)

t3.end_fill()

t4.left(180)

t4.penup()

t4.goto(330,85)

t4.pendown()

t4.color((200,200,0))#COLOR

t4.begin_fill()

t4.forward(50)

t4.left(90)

t4.forward(25)

t4.left(90)

t4.forward(50)

t4.left(90)

t4.forward(25)

t4.left(90)

t4.end_fill()

t4.penup()

t4.goto(290,72.5)

t4.dot(10,200,100,100)

t4.goto(305,72.5)

t4.dot(10,200,200,100)

t4.goto(320,72.5)

t4.dot(10,100,200,100)

t4.penup()

t4.goto(350,77.5)

t4.pendown

t4.color((0,0,0),(0,0,0))#COLOR

t4.begin_fill()

t4.forward(20)

t4.left(90)

t4.forward(10)

t4.left(90)

t4.forward(20)

t4.left(90)

t4.forward(10)

t4.left(90)

t4.end_fill()

t4.penup()

t4.goto(355,57.5)

t4.pendown()

t4.begin_fill()

t4.left(90)

t4.forward(-30)

t4.left(90)

t4.circle(-15,-180)

t4.end_fill()

from turtle import *

import random

import time

t=Turtle()

u=Turtle()

r=Turtle()

l=Turtle()

t.penup()

u.penup()

r.penup()

l.penup()

colores=["yellow","brown","black","blue","green","pink","red","white","silver","gold"]

t.shape("turtle")

u.shape("turtle")

r.shape("turtle")

l.shape("turtle")

t.goto(90,-200)

u.goto(-300,-50)

r.goto(-90,200)

l.goto(300,50)

t.left(90)

r.right(90)

l.left(180)

a=1

b=1

x=2

a1=1

b1=1

x1=2

a2=1

b2=1

x2=2

a3=1

b3=1

x3=2

t1.penup()

t1.goto(112.5,-160)

t1.pendown()

t1.dot(10,255,0,0)

t2.penup()

t2.goto(-290,-72.5)

t2.pendown()

t2.dot(10,255,0,0)

t3.penup()

t3.goto(-107.5,190)

t3.pendown()

t3.dot(10,255,0,0)

t4.penup()

t4.goto(290,72.5)

t4.pendown()

t4.dot(10,255,0,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 #rojo

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 #rojo

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 #ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(5)

for i in range (10):

t1.dot(10,200,100,100)

t1.penup()

t1.goto(112.5,-190)

t1.pendown()

t1.dot(10,0,255,0)

gpit.output(3, gpit.LOW)#R1

gpit.output(5, gpit.LOW)#A1 VERDE

gpit.output(7, gpit.HIGH)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

#tortuga 1

for i in range (4):

t.speed(2)

if a>0 and b>0:

t.color(colores[x])

t.resizemode("user")

t.shapesize(a,b,5)

t.fd(850)

if i==3:

t1.dot(10,100,200,100)

gpit.output(3, gpit.LOW)#R1

gpit.output(5, gpit.LOW)#A1 NADA

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t1.dot(10,0,255,0)

gpit.output(3, gpit.LOW)#R1

gpit.output(5, gpit.LOW)#A1 VERDE

gpit.output(7, gpit.HIGH)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t1.dot(10,100,200,100)

gpit.output(3, gpit.LOW)#R1

gpit.output(5, gpit.LOW)#A1 NADA

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t1.dot(10,0,255,0)

gpit.output(3, gpit.LOW)#R1

gpit.output(5, gpit.LOW)#A1 VERDE

gpit.output(7, gpit.HIGH)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t1.dot(10,100,200,100)

t1.penup()

t1.goto(112.5,-175)

t1.pendown()

t1.dot(10,255,255,0)

gpit.output(3, gpit.LOW)#R1

gpit.output(5, gpit.HIGH)#A1 AMARILLO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

t.hideturtle()

i=i+1

t.penup()

t.speed(10)

t.goto(90,-410)

a=random.randrange(1,3)

b=random.randrange(1,5)

x=random.randrange(1,10)

t.showturtle()

t.color(colores[x])

t.resizemode("user")

t.shapesize(a,b,5)

t.hideturtle()

t.penup()

t.goto(90,-410)

t.speed(1)

t.showturtle()

t.goto(90,-200)

t1.dot(10,200,200,100)

t1.penup()

t1.goto(112.5,-160)

t1.pendown()

t1.dot(10,255,0,0)

t2.goto(-290,-72.5)

t2.dot(10,200,100,100)

t2.penup()

t2.goto(-320,-72.5)

t2.pendown()

t2.dot(10,0,255,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.LOW)#R2

gpit.output(13, gpit.LOW)#A2 VERDE

gpit.output(15, gpit.HIGH)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

#tortuga 2

i=0

for i in range (4):

u.speed(2)

if a>0 and b>0:

u.color(colores[x1])

u.resizemode("user")

u.shapesize(a1,b1,5)

u.fd(1400)

if i==3:

t2.pendown()

t2.dot(10,100,200,100)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.LOW)#R2

gpit.output(13, gpit.LOW)#A2 NADA

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t2.dot(10,0,255,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.LOW)#R2

gpit.output(13, gpit.LOW)#A2 VERDE

gpit.output(15, gpit.HIGH)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t2.dot(10,100,200,100)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.LOW)#R2

gpit.output(13, gpit.LOW)#A2 NADA

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t2.dot(10,0,255,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.LOW)#R2

gpit.output(13, gpit.LOW)#A2 VERDE

gpit.output(15, gpit.HIGH)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t2.dot(10,100,200,100)

t2.penup()

t2.goto(-305,-72.5)

t2.pendown()

t2.dot(10,255,255,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.LOW)#R2

gpit.output(13, gpit.HIGH)#A2 AMARILLO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

u.hideturtle()

i=i+1

u.penup()

u.speed(10)

u.goto(-700,-50)

a1=random.randrange(1,3)

b1=random.randrange(1,5)

x1=random.randrange(1,10)

u.showturtle()

u.color(colores[x1])

u.resizemode("user")

u.shapesize(a1,b1,5)

u.hideturtle()

u.penup()

u.goto(-700,-50)

u.speed(1)

u.showturtle()

u.goto(-300,-50)

t2.dot(10,200,200,100)

t2.penup()

t2.goto(-290,-72.5)

t2.pendown()

t2.dot(10,255,0,0)

t3.dot(10,200,100,100)

t3.penup()

t3.goto(-107.5,220)

t3.pendown()

t3.dot(10,0,255,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.LOW)#R3

gpit.output(21, gpit.LOW)#A3 VERDE

gpit.output(23, gpit.HIGH)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

#tortuga 3

i=0

for i in range (4):

r.speed(2)

if a>0 and b>0:

r.color(colores[x2])

r.resizemode("user")

r.shapesize(a2,b2,5)

r.fd(850)

if i==3:

t3.pendown()

t3.dot(10,100,200,100)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.LOW)#R3

gpit.output(21, gpit.LOW)#A3 NADA

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t3.dot(10,0,255,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.LOW)#R3

gpit.output(21, gpit.LOW)#A3 VERDE

gpit.output(23, gpit.HIGH)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t3.dot(10,100,200,100)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.LOW)#R3

gpit.output(21, gpit.LOW)#A3 NADA

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t3.dot(10,0,255,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.LOW)#R3

gpit.output(21, gpit.LOW)#A3 VERDE

gpit.output(23, gpit.HIGH)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t3.dot(10,100,200,100)

t3.penup()

t3.goto(-107.5,205)

t3.pendown()

t3.dot(10,255,255,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.LOW)#R3

gpit.output(21, gpit.HIGH)#A3 AMARILLO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.HIGH)#R4

gpit.output(10, gpit.LOW)#A4 ROJO

gpit.output(12, gpit.LOW)#V4

r.hideturtle()

i=i+1

r.penup()

r.speed(10)

r.goto(-90,410)

a2=random.randrange(1,3)

b2=random.randrange(1,5)

x2=random.randrange(1,10)

r.showturtle()

r.color(colores[x2])

r.resizemode("user")

r.shapesize(a2,b2,5)

r.hideturtle()

r.penup()

r.speed(10)

r.goto(-90,410)

r.speed(1)

r.showturtle()

r.goto(-90,200)

t3.dot(10,200,200,100)

t3.penup()

t3.goto(-107.5,190)

t3.pendown()

t3.dot(10,255,0,0)

t4.dot(10,200,100,100)

t4.penup()

t4.goto(320,72.5)

t4.pendown()

t4.dot(10,0,255,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.LOW)#R4

gpit.output(10, gpit.LOW)#A4 VERDE

gpit.output(12, gpit.HIGH)#V4

#tortuga 4

i=0

for i in range (4):

l.speed(2)

if a>0 and b>0:

l.color(colores[x3])

l.resizemode("user")

l.shapesize(a3,b3,5)

l.fd(1400)

if i==3:

t4.pendown()

t4.dot(10,100,200,100)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.LOW)#R4

gpit.output(10, gpit.LOW)#A4 NADA

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t4.dot(10,0,255,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.LOW)#R4

gpit.output(10, gpit.LOW)#A4 VERDE

gpit.output(12, gpit.HIGH)#V4

time.sleep(1)

t4.dot(10,100,200,100)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.LOW)#R4

gpit.output(10, gpit.LOW)#A4 NADA

gpit.output(12, gpit.LOW)#V4

time.sleep(1)

t4.dot(10,0,255,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.LOW)#R4

gpit.output(10, gpit.LOW)#A4 VERDE

gpit.output(12, gpit.HIGH)#V4

time.sleep(1)

t4.dot(10,100,200,100)

t4.penup()

t4.goto(305,72.5)#

t4.pendown()

t4.dot(10,255,255,0)

gpit.output(3, gpit.HIGH)#R1

gpit.output(5, gpit.LOW)#A1 ROJO

gpit.output(7, gpit.LOW)#V1

gpit.output(11, gpit.HIGH)#R2

gpit.output(13, gpit.LOW)#A2 ROJO

gpit.output(15, gpit.LOW)#V2

gpit.output(19, gpit.HIGH)#R3

gpit.output(21, gpit.LOW)#A3 ROJO

gpit.output(23, gpit.LOW)#V3

gpit.output(8, gpit.LOW)#R4

gpit.output(10, gpit.HIGH)#A4 AMARILLO

gpit.output(12, gpit.LOW)#V4

l.hideturtle()

i=i+1

l.penup()

l.speed(10)

l.goto(700,50)

a3=random.randrange(1,3)

b3=random.randrange(1,5)

x3=random.randrange(1,10)

l.showturtle()

l.color(colores[x3])

l.resizemode("user")

l.shapesize(a3,b3,5)

l.hideturtle()

l.penup()

l.goto(700,50)

l.speed(1)

l.showturtle()

l.goto(300,50)

t4.dot(10,200,200,100)

t4.penup()

t4.goto(290,72.5)

t4.pendown()

t4.dot(10,255,0,0)

i=i+1

screen.exitonclick()

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Porgramacion Visual 2019

Glorieta

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