def test_names():
    """ Test the regressor naming function
    """
    name = 'con'
    assert_equal(_regressor_names(name, 'spm'), ['con'])
    assert_equal(_regressor_names(name, 'spm_time'), ['con', 'con_derivative'])
    assert_equal(_regressor_names(name, 'spm_time_dispersion'),
                 ['con', 'con_derivative', 'con_dispersion'])
    assert_equal(_regressor_names(name, 'canonical'), ['con'])
    assert_equal(_regressor_names(name, 'canonical with derivative'),
                 ['con', 'con_derivative'])
def test_names():
    """ Test the regressor naming function
    """
    name = 'con'
    assert_equal(_regressor_names(name, 'spm'), ['con'])
    assert_equal(_regressor_names(name, 'spm_time'), ['con', 'con_derivative'])
    assert_equal(_regressor_names(name, 'spm_time_dispersion'),
        ['con', 'con_derivative', 'con_dispersion'])
    assert_equal(_regressor_names(name, 'canonical'), ['con'])
    assert_equal(_regressor_names(name, 'canonical with derivative'),
        ['con', 'con_derivative'])
def test_names():
    """ Test the regressor naming function
    """
    name = "con"
    assert_equal(_regressor_names(name, "spm"), ["con"])
    assert_equal(_regressor_names(name, "spm + derivative"), ["con", "con_derivative"])
    assert_equal(_regressor_names(name, "spm + derivative + dispersion"), ["con", "con_derivative", "con_dispersion"])
    assert_equal(_regressor_names(name, "glover"), ["con"])
    assert_equal(_regressor_names(name, "glover + derivative"), ["con", "con_derivative"])
    assert_equal(
        _regressor_names(name, "glover + derivative + dispersion"), ["con", "con_derivative", "con_dispersion"]
    )
def test_names():
    """ Test the regressor naming function
    """
    name = 'con'
    assert_equal(_regressor_names(name, 'spm'), ['con'])
    assert_equal(_regressor_names(name, 'spm + derivative'),
                 ['con', 'con_derivative'])
    assert_equal(_regressor_names(name, 'spm + derivative + dispersion'),
                 ['con', 'con_derivative', 'con_dispersion'])
    assert_equal(_regressor_names(name, 'glover'), ['con'])
    assert_equal(_regressor_names(name, 'glover + derivative'),
                 ['con', 'con_derivative'])
    assert_equal(_regressor_names(name, 'glover + derivative + dispersion'),
                 ['con', 'con_derivative', 'con_dispersion'])
def test_names():
    """ Test the regressor naming function
    """
    name = 'con'
    assert_equal(_regressor_names(name, 'spm'), ['con'])
    assert_equal(_regressor_names(name, 'spm + derivative'),
                 ['con', 'con_derivative'])
    assert_equal(_regressor_names(name, 'spm + derivative + dispersion'),
        ['con', 'con_derivative', 'con_dispersion'])
    assert_equal(_regressor_names(name, 'glover'), ['con'])
    assert_equal(_regressor_names(name, 'glover + derivative'),
        ['con', 'con_derivative'])
    assert_equal(_regressor_names(name, 'glover + derivative + dispersion'),
        ['con', 'con_derivative', 'con_dispersion'])