# Support from scikit learn
# http://scikit-learn.org/stable/user_guide.html
# http://scikit-learn.org/stable/supervised_learning.html

# Machine Algorithms
DECISION_TREE = 'decision_tree'
RANDOM_FOREST = 'random_forest'
K_NEIGHBORS = 'k_neighbors'
SVM_SVC = 'svc'
AdaBoost = 'ada_boost'
Gaussian_Naive_Bayes = 'gaussian_nb'
Linear_Discriminant_Analysis = 'lda'
Quadratic_Discriminant_Analysis = 'qda'

MACHINE_LEARNING_ALGORITHMS = [
                                DECISION_TREE,
                                RANDOM_FOREST,
                                # K_NEIGHBORS,
                                # SVM_SVC,
                                AdaBoost,
                                Gaussian_Naive_Bayes
                                # Linear_Discriminant_Analysis,
                                # Quadratic_Discriminant_Analysis
                            ]



a969f2cfed098cac4d9e6d7258e3918770c32fad
<mask token>

DECISION_TREE = 'decision_tree'
RANDOM_FOREST = 'random_forest'
K_NEIGHBORS = 'k_neighbors'
SVM_SVC = 'svc'
AdaBoost = 'ada_boost'
Gaussian_Naive_Bayes = 'gaussian_nb'
Linear_Discriminant_Analysis = 'lda'
Quadratic_Discriminant_Analysis = 'qda'
MACHINE_LEARNING_ALGORITHMS = [DECISION_TREE, RANDOM_FOREST, AdaBoost,
    Gaussian_Naive_Bayes]

# Support from scikit learn
# http://scikit-learn.org/stable/user_guide.html
# http://scikit-learn.org/stable/supervised_learning.html

# Machine Algorithms
DECISION_TREE = 'decision_tree'
RANDOM_FOREST = 'random_forest'
K_NEIGHBORS = 'k_neighbors'
SVM_SVC = 'svc'
AdaBoost = 'ada_boost'
Gaussian_Naive_Bayes = 'gaussian_nb'
Linear_Discriminant_Analysis = 'lda'
Quadratic_Discriminant_Analysis = 'qda'

MACHINE_LEARNING_ALGORITHMS = [
                                DECISION_TREE,
                                RANDOM_FOREST,
                                # K_NEIGHBORS,
                                # SVM_SVC,
                                AdaBoost,
                                Gaussian_Naive_Bayes
                                # Linear_Discriminant_Analysis,
                                # Quadratic_Discriminant_Analysis
                            ]


