Programación Visual

from turtle import * import turtle import RPi.GPIO as GPIO, time #t=Turtle() n=Turtle() s=turtle.getscreen() screen=n.getscreen() setup(1200,720,0,0) screensize(500,150) GPIO.setmode(GPIO.BCM) colormode(255) m=0 turtle.bgcolor(189,177,177) #t.speed(50) n.speed(50) #t.speed(10) #n.speed(10) '''t.penup() t.pensize(5) t.pencolor() t.color("Black", "Black") t.begin_fill() t.home() t.goto(0,-100) t.pendown() t.pencolor() t.color("Black", "black")''' n.penup() n.pensize(5) n.pencolor() n.color("Black", "Black") n.begin_fill() n.home() n.goto(0,-100) n.pendown() n.pencolor() n.color("Black", "yellow") n.lt(205) n.circle(-190,-310) n.rt(155) n.fd(160) n.end_fill() n.lt(90) n.fd(200) n.circle(10,-180) n.circle(-10,180) n.circle(10,-180) n.circle(-10,180) n.circle(10,-180) n.circle(-10,180) n.circle(10,-180) n.circle(-10,180) n.lt(180) ...

from turtle import * from gpiozero import LED from time import sleep import random camino=Turtle() screen=camino.getscreen() rayas=Turtle() rayas.hideturtle() camino.hideturtle() #carretera 1 t1=Turtle() t1.shape("turtle") t1.penup() t2=Turtle() t2.shape("turtle") t2.penup() t2.color("red") t3=Turtle() t3.shape("turtle") t3.penup() t3.color("blue") t4=Turtle() t4.shape("turtle") t4.penup() t4.color("gray") t5=Turtle() t5.shape("turtle") t5.penup() t5.color("blue") t6=Turtle() t6.shape("turtle") t6.penup() t6.color("red") t7=Turtle() t7.shape("turtle") t7.penup() t7.color("green") #carretera 2 tt1=Turtle() tt1.shape("turtle") tt1.penup() tt2=Turtle() tt2.shape("turtle") tt2.penup() tt2.color("red") tt3=Turtle() tt3.shape("turtle") tt3.penup() tt3.color("blue"...

U4t1.py from turtle import* U4t2.py from turtle import* aln=Turtle() screen=aln.getscreen() shape("turtle") aln.goto(20,20) aln.goto(20,-20) aln.goto(0,-20) aln.goto(-20,0) aln.goto(20,20) screen.exitonclick() U4t3.py from turtle import* a=Turtle() screen=a.getscreen() setup(450,200,0,0) screensize(400,200) a=forward(50) a=forward(-50) screen.exitonclick() U4t4.py from turtle import* t=Turtle() screen=getscreen() setup(450,200,0,0) screensize(400,200) '''t.forward(80) t.right(120) t.forward(80) t.right(120) t.forward(80) t.forward(80) t.write('tan tan')''' lados=int(numinput("modulo turtle","tamaño del dibujo (10-200)",,3,12)); distancia=size=int(numinput("modulo turtle","tamaño del dibujo (10-200)",,,)) angulo=360/lados for c in range(lados):             t.forward(distancia)          ...