def test_nyu_model_results():
trials = g.basic_trials(g.NYU_COLL)
names = ('obj', 'rxz', 'rxy', 'ryz', 'ty', 'tz', 's', 'bg_id', 'size',
'var', '_id', 'filename', 'id', 'category', 'rxz_semantic',
'rxy_semantic', 'ryz_semantic', 'correct', 'Response',
'two_way_type')
assert trials.dtypes.names == names
def test_nyu_basic_consistency():
human_data = h.get_basic_human_data()
model_data = g.basic_trials(g.NYU_COLL)
print h.trial_split_consistency(human_data,
model_data,
'dp_standard',
'two_way_type',
'category',
bstrapiter=3)
def test_nyu_basic_consistency():
human_data = h.get_basic_human_data()
model_data = g.basic_trials(g.NYU_COLL)
print h.trial_split_consistency(human_data, model_data,
'dp_standard', 'two_way_type', 'category', bstrapiter=3)
def test_nyu_model_results():
trials = g.basic_trials(g.NYU_COLL)
names = ('obj', 'rxz', 'rxy', 'ryz', 'ty', 'tz', 's', 'bg_id', 'size', 'var', '_id', 'filename', 'id', 'category',
'rxz_semantic', 'rxy_semantic', 'ryz_semantic', 'correct', 'Response', 'two_way_type')
assert trials.dtypes.names == names
