Uso

Nota

El idioma predeterminado es el francés. Cuando se invoca sin especificar un idioma, la biblioteca intentará conjugar el verbo en francés»

Utilizar MLConjug en un proyecto con los modelos de conjugación pre-entrenados proporcionados

import mlconjug

# To use mlconjug with the default parameters and a pre-trained conjugation model.
default_conjugator = mlconjug.Conjugator(language='fr')

# Verify that the model works
test1 = default_conjugator.conjugate("manger").conjug_info['Indicatif']['Passé Simple']['1p']
test2 = default_conjugator.conjugate("partir").conjug_info['Indicatif']['Passé Simple']['1p']
test3 = default_conjugator.conjugate("facebooker").conjug_info['Indicatif']['Passé Simple']['1p']
test4 = default_conjugator.conjugate("astigratir").conjug_info['Indicatif']['Passé Simple']['1p']
test5 = default_conjugator.conjugate("mythoner").conjug_info['Indicatif']['Passé Simple']['1p']
print(test1)
print(test2)
print(test3)
print(test4)
print(test5)

# You can now iterate over all conjugated forms of a verb by using the newly added Verb.iterate() method.
default_conjugator = mlconjug.Conjugator(language='en')
test_verb = default_conjugator.conjugate("be")
all_conjugated_forms = test_verb.iterate()
print(all_conjugated_forms)

Usar MLConjug en un proyecto y entrenar un nuevo modelo

# Set a language to train the Conjugator on
lang = 'fr'

# Set a ngram range sliding window for the vectorizer
ngrange = (2,7)

# Transforms dataset with CountVectorizer. We pass the function extract_verb_features to the CountVectorizer.
vectorizer = mlconjug.CountVectorizer(analyzer=partial(mlconjug.extract_verb_features, lang=lang, ngram_range=ngrange),
                             binary=True)

# Feature reduction
feature_reductor = mlconjug.SelectFromModel(mlconjug.LinearSVC(penalty="l1", max_iter=12000, dual=False, verbose=0))

# Prediction Classifier
classifier = mlconjug.SGDClassifier(loss="log", penalty='elasticnet', l1_ratio=0.15, max_iter=4000, alpha=1e-5, random_state=42, verbose=0)

# Initialize Data Set
dataset = mlconjug.DataSet(mlconjug.Verbiste(language=lang).verbs)
dataset.construct_dict_conjug()
dataset.split_data(proportion=0.9)

# Initialize Conjugator
model = mlconjug.Model(vectorizer, feature_reductor, classifier)
conjugator = mlconjug.Conjugator(lang, model)

#Training and prediction
conjugator.model.train(dataset.train_input, dataset.train_labels)
predicted = conjugator.model.predict(dataset.test_input)

# Assess the performance of the model's predictions
score = len([a == b for a, b in zip(predicted, dataset.test_labels) if a == b]) / len(predicted)
print('The score of the model is {0}'.format(score))

# Verify that the model works
test1 = conjugator.conjugate("manger").conjug_info['Indicatif']['Passé Simple']['1p']
test2 = conjugator.conjugate("partir").conjug_info['Indicatif']['Passé Simple']['1p']
test3 = conjugator.conjugate("facebooker").conjug_info['Indicatif']['Passé Simple']['1p']
test4 = conjugator.conjugate("astigratir").conjug_info['Indicatif']['Passé Simple']['1p']
test5 = conjugator.conjugate("mythoner").conjug_info['Indicatif']['Passé Simple']['1p']
print(test1)
print(test2)
print(test3)
print(test4)
print(test5)

# Save trained model
with open('path/to/save/data/trained_model-fr.pickle', 'wb') as file:
    pickle.dump(conjugator.model, file)

Para usar MLConjug desde la línea de comando

$ mlconjug manger

$ mlconjug bring -l en

$ mlconjug gallofar --language es