from dlib import find_min_global
from .random import another_random_cube
from ..utilities import wrap_untrustworthy, final


def dlib_cube(objective, n_trials, n_dim):
    if n_dim > 35:
        return another_random_cube(objective, n_trials, n_dim)

    _objective = wrap_untrustworthy(objective, n_trials)

    def __objective(*args):
        return _objective(list(args))

    find_min_global(__objective, [0.0] * n_dim, [1.0] * n_dim, n_trials)
    return _objective(final)