dividere_lettere

gistfile1.py

def clear_string(string):
    dictionary = str.maketrans('àáâãäåèéêëìíîïòóôõöøùúûüýÿ', 'aaaaaaeeeeiiiioooooouuuuyy')

    return ''.join(e for e in string if e.isalpha()).translate(dictionary)


def is_vowel(letter, vowels='aeiouyj'):
    return letter in vowels


def get_dividere_lettere(string):
    cleared_string = clear_string(string)
    syllables = []
    pointer = 0
    current_syllable = ''
    for letter in cleared_string:
        pointer += 1
        current_syllable += letter
        stayed_string = cleared_string[pointer:]
        if not stayed_string: 
            syllables.append(current_syllable)
            break
        if is_vowel(letter) and not is_vowel(stayed_string[0]):
            syllables.append(current_syllable)
            current_syllable = ''
    return syllables


def count_se(dividere_lettere):
    return len(dividere_lettere)


def get_sound_elements(dividere_lettere):
    return len(dividere_lettere)

def get_final_element(dividere_lettere):
    return dividere_lettere[-1]

def get_prosodic_structure(list_of_final):
    unique_syllables = list(set(list_of_final))
    return [unique_syllables.index(el) for el in list_of_final]


with open ('example.txt', 'r') as file:
    poem = file.read().splitlines()

poem_syllables = [get_dividere_lettere(string) for string in poem]
poem_list_of_se = [count_se(syllables) for syllables in poem_syllables]
print(poem_list_of_se)
list_of_final = [get_final_element(syllables) for syllables in poem_syllables]
print(list_of_final)
prosodic_structure = get_prosodic_structure(list_of_final)
print(prosodic_structure)
integer_representing = max(prosodic_structure)
print(integer_representing)