En este repositorio realizaré la tarea del laberinto.

Overview

Laberinto

Perfil de GitHub del autor de este proyecto:

  1. @jmedina28

En este repositorio queda resuelta la composición de un laberinto 5x5 con sus muros correspondientes y con su posterior resolución en Python. Para mayor claridad véase la foto que se muestra a continuación:



El diagrama de flujo empleado para resolver el ejercicio es el siguiente:

(Diagrama de flujo)

El código empleado para resolver el ejercicio es el siguiente:

# Creo la tupla del muro.
muro = (
    (0, 1),
    (0, 2),
    (0, 3),
    (0, 4),
    (1, 1),
    (2, 1),
    (2, 3),
    (3, 3),
    (4, 0),
    (4, 1),
    (4, 2),
    (4, 3),
)


def creacionlab(dimension, muros):
    """Ahora vamos a crear la función
    que genera el laberinto.
    Para ello incluyo 2 parámetros en la misma:
    - La dimensión que es un integer.
    - Los muros que es una lista formada por tuplas.
    Buscamos que esta función genere el laberinto.
    """
    # Creo una lista en la que se van a incluir las filas del laberinto.
    lab = []
    # Ahora vamos a crear el bucle que añade las filas anteriormente mencionadas.
    for x in range(dimension):
        fila = []
        # El siguiente bucle va a "rellenar" las filas anteriormente generadas.
        for y in range(dimension):
            if tuple([x, y]) in muro:
                # En caso de que la tupla aparezca en la lista de muros se añade una X en la misma.
                fila.append("X")
            else:
                # En caso contrario se añadirá un espacio.
                fila.append(" ")
        lab.append(fila)
    return lab


# En la parte donde se encuentra la dimensión sustituimos por el 5 ya que el laberinto dado es 5x5.
laberinto = creacionlab(5, muro)
""" El join() devuelve un string 
uniendo todos los elementos 
de una lista, tupla o string 
 con otro string que elijamos.
"""
for x in laberinto:
    print("".join(x))
Owner
Juan Medina
Mathematical Engineering Student.
Juan Medina
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