def CreationPoints(Iteration, X, Y):
    P1 = [(1 + X*3)/(3^Iteration), (1 + Y*3)/(3^Iteration)]
    P4 = [(2 + X*3)/(3^Iteration), (1 + Y*3)/(3^Iteration)]
    P2 = [(1 + X*3)/(3^Iteration), (2 + Y*3)/(3^Iteration)]
    P3 = [(2 + X*3)/(3^Iteration), (2 + Y*3)/(3^Iteration)]

    return [P1, P2, P3, P4]


def AffichageCarre(ListPoints):
    Carre = polygon([ListPoints[0],
                  ListPoints[1],
                  ListPoints[2],
                  ListPoints[3],
                  ListPoints[0]], aspect_ratio = 1)
    return Carre


def AffichageListCarre(ListCarre):
    H = AffichageCarre(ListCarre[0])
    for i in range(1, len(ListCarre)):
        H += AffichageCarre(ListCarre[i])
    return H

def CreationLCarre(Iteration, ListCarre):
    for X in range(0,(3^Iteration)):
        for Y in range(0,(3^Iteration)):
            ListCarre.append(CreationPoints(Iteration, X, Y))
    return ListCarre



ListCarre = []
ListCarre = CreationLCarre(0, ListCarre)


ListCarre += CreationLCarre(1, ListCarre)
ListCarre += CreationLCarre(2, ListCarre)
ListCarre += CreationLCarre(3, ListCarre)
ListCarre += CreationLCarre(4, ListCarre)
print(len(ListCarre))


Test = AffichageListCarre(ListCarre)


Test.show()