Ad115

"""
Generic recursive tree reduce algorithm
=======================================

Trees are one of the most ubiquitous data structures. It is amazing how often we 
as programmers tend to reimplement the same algorithms for different trees.

This module defines a generic tree-reduce algorithms that can be
used with any tree-like object such as filesystem paths, lists, nested 
dictionaries an expression tree or even specialized tree classes! The only thing 

Ad115

"""
Generic tree utilities for Python
=================================

Trees are one of the most ubiquitous data structures. It is amazing how often we 
as programmers tend to reimplement the same algorithms for different trees.

This module defines generic tree-traverse and tree-reduce algorithms that can be
used with any tree-like object such as filesystem paths, lists, nested 
dictionaries, expression trees or even specialized tree classes! The only thing 

Ad115

"""
A simple function `parse_newick` to parse tree structures specified in the 
Newick format (NHX supported). The function allows to customize the final
representation, be it lists, dicts or a custom Tree class.

Usage
-----
```
    def tree_as_dict(label, children, distance, features):
        if children:

Ad115

from turtle import Turtle

squirtle = Turtle()

def izquierda(pasos):
     squirtle.left(90)
     squirtle.forward(pasos)

def derecha(pasos):
     squirtle.right(90)

Ad115

edad = int(input("Cuántos años tienes?"))

if edad > 65:
  print("Ya te jubilaste?")
  
if edad > 21:
  print("Ya eres un adulto.")
  
if edad > 13:
  print("Eres todo un joven adolescente.")

Ad115

edad = int(input("Cuántos años tienes?"))

if edad > 65:
  print("Ya te jubilaste?")
  
elif tu_edad > 21:
  print("Ya eres un adulto.")
  
elif edad > 13:
  print("Eres todo un joven adolescente.")

Ad115

edad = int(input("Cuántos años tienes?")

if edad > 65:
  print("Ya te jubilaste?")
  
elif edad > 21:
  print("Ya eres un adulto.")
  
elif edad > 13:
  print("Eres todo un joven adolescente.")

Ad115

import turtle

squirtle = turtle.Turtle()

# Los colores que usaremos
colors = ["red", "yellow", "blue", "orange", "green", "purple"]
n_colors = len(colors)

for i in range(100):
    # Obtén el índice del color

Ad115

import turtle
import random

squirtle = turtle.Turtle()


for i in range(100):
  # Haz un giro aleatorio
  coin = random.choice([True, False])
  angle = random.randint(0, 360)

Ad115

from turtle import Turtle

gamera = Turtle()

# Podríamos hacer muchas cosas padres con sólo repetir:
gamera.forward(50)
gamera.left(30)
gamera.forward(50)
gamera.left(30)
gamera.forward(50)