class DeepLearningTest(unittest.TestCase):
PATH_DATASET_HOURLY = '../../../' + PATH_DATASET.get('hourly')
PATH_DATASET_DAILY = '../../../' + PATH_DATASET.get('daily')
df_hourly = load_dataframe_from_csv(PATH_DATASET_HOURLY)
df_daily = load_dataframe_from_csv(PATH_DATASET_DAILY)
def test_create_net(self):
# TODO
pass
class ModelingUtilsTest(unittest.TestCase):
PATH_DATASET_HOURLY = '../../../' + PATH_DATASET.get('hourly')
PATH_DATASET_DAILY = '../../../' + PATH_DATASET.get('daily')
df_hourly = load_dataframe_from_csv(PATH_DATASET_HOURLY)
df_daily = load_dataframe_from_csv(PATH_DATASET_DAILY)
def test_split_data(self):
print(self.df_hourly.dtypes)
train, test = split_data(self.df_hourly, test_size=TEST_SIZE)
expected_size = 524
self.assertEqual(expected_size, train.shape[0])
def runner(args: Namespace) -> None:
df_bikes = load_dataframe_from_csv(
create_path(args.home_path, PATH_BIKES_RAW))
df_bikes = clean_bikes_data(df_bikes,
without_employees=True,
remove_outliers=True)
save_dataframe(df_bikes, create_path(args.home_path, PATH_BIKES_CLEAN))
class AggregationOperationsTest(unittest.TestCase):
PATH_BIKES_CLEAN = '../../../' + PATH_BIKES_CLEAN
PATH_WEATHER = '../../../' + PATH_AEMET_PER_DAY
df_bikes = load_dataframe_from_csv(PATH_BIKES_CLEAN,
parse_dates=[COL_BIKES_DATE])
df_weather = load_dataframe_from_json(PATH_WEATHER,
parse_dates=[COL_WEATHER_DATE])
def test_preprocess_rides_per_day(self):
df_rides_per_day = preprocess_rides_per_day(self.df_bikes)
expected_size = 28
self.assertEqual(df_rides_per_day.shape[0], expected_size)
self.assertIn(COL_BIKES_RIDES, df_rides_per_day.columns)
def test_preprocess_rides_per_hour(self):
df_rides_per_hour = preprocess_rides_per_hour(self.df_bikes)
expected_size = 656
self.assertIn(COL_BIKES_RIDES, df_rides_per_hour.columns)
self.assertIn(COL_BIKES_HOUR, df_rides_per_hour.columns)
self.assertEqual(df_rides_per_hour.shape[0], expected_size)
def test_add_mean_rides_for_day(self):
df_rides_per_day = preprocess_rides_per_day(self.df_bikes)
dd = add_mean_rides_for_day(df_rides_per_day)
self.assertEqual(0, 0)
def test_add_weather_data_per_day(self):
df_rides_per_day = preprocess_rides_per_day(self.df_bikes)
df_with_weather = add_weather_data_per_day(df_rides_per_day,
self.df_weather)
self.assertIn(COL_WEATHER_RAIN, df_with_weather.columns)
self.assertIn(COL_WEATHER_TEMP_MEAN, df_with_weather.columns)
self.assertIn(COL_WEATHER_WIND_MEAN, df_with_weather.columns)
def test_prepare_daily_data(self):
dataset = prepare_daily_data(self.df_bikes, self.df_weather)
self.assertNotIn(COL_BIKES_DATE, dataset.columns)
def test_get_temperature_model(self):
model = get_temperature_model(20, 24, 10, 12)
print(model.predict(np.array(11.0).reshape(1, -1)))
self.assertAlmostEqual(model.coef_[0], 2.0)
self.assertAlmostEqual(model.intercept_, 0.0)
def test_get_temperature_simple(self):
expected_value = 20.0
self.assertEqual(expected_value,
get_temperature_simple(7, 20, 15, 35, 6, 14))
def test_get_hourly_weather(self):
df_rides_per_hour = preprocess_rides_per_hour(self.df_bikes)
df_with_weather = add_weather_data_per_day(df_rides_per_hour,
self.df_weather)
df_with_weather_hourly = get_hourly_weather(df_with_weather)
self.assertIn(COL_WEATHER_TEMP_HOURLY, df_with_weather_hourly.columns)
def runner(args: Namespace) -> None:
dataset = load_dataframe_from_csv(
create_path(args.home_path, PATH_DATASET.get(args.sampling_frequency)))
xgb_model, metrics = xgboost_model(dataset, args.sampling_frequency)
metrics = {
metric_name: str(metric_value)
for metric_name, metric_value in metrics.items()
}
# TODO implement saving XGB model in create_path(args.home_path, PATH_RESULTS[args.sampling_frequency]['xgboost']['model']))
with open(
create_path(
args.home_path,
PATH_RESULTS[args.sampling_frequency]['xgboost']['metrics']),
'w') as metrics_file: # TODO refactor this as a function
metrics_file.write(json.dumps(metrics))
class CleaningOperationsTest(unittest.TestCase):
PATH_BIKES = '../../../' + PATH_BIKES_RAW
PATH_WEATHER = '../../../' + PATH_AEMET_PER_DAY
df_bikes = load_dataframe_from_csv(PATH_BIKES)
df_weather = load_dataframe_from_json(PATH_WEATHER)
def test_clean_stations(self):
# TODO
pass
def test_transform_types(self):
# TODO
pass
def test_remove_outliers_travel_time(self):
# TODO improve test
expected_shape = 0
df_bikes = transform_types_bikes(self.df_bikes)
upper_limit = df_bikes[COL_BIKES_TRAVEL_TIME].quantile(UPPER_QUANTILE)
lower_limit = df_bikes[COL_BIKES_TRAVEL_TIME].quantile(LOWER_QUANTILE)
df_bikes_clean = remove_outliers_travel_time(df_bikes)
self.assertEqual(
df_bikes_clean[
(df_bikes_clean[COL_BIKES_TRAVEL_TIME] > upper_limit)
& (df_bikes_clean[COL_BIKES_TRAVEL_TIME] < lower_limit)].
shape[0], expected_shape)
def test_clean_date(self):
# TODO improve test
df_bikes = transform_types_bikes(self.df_bikes)
df_bikes_clean = clean_date_bikes(df_bikes)
self.assertIn(COL_BIKES_DAY_OF_WEEK, df_bikes_clean.columns)
self.assertIn(COL_BIKES_DAY, df_bikes_clean.columns)
self.assertIn(COL_BIKES_MONTH, df_bikes_clean.columns)
def test_filter_out_employees(self):
# TODO
pass
def test_clean_weather_data(self):
df_weather_clean = clean_weather_data(self.df_weather)
self.assertEqual(df_weather_clean[COL_WEATHER_RAIN].dtype, 'float32')
self.assertEqual(df_weather_clean[COL_WEATHER_TEMP_MEAN].dtype,
'float32')
self.assertEqual(df_weather_clean[COL_WEATHER_WIND_MEAN].dtype,
'float32')
def runner(args: Namespace) -> None:
df_bikes_clean = load_dataframe_from_csv(create_path(
args.home_path, PATH_BIKES_CLEAN),
parse_dates=[COL_BIKES_DATE])
df_weather = load_dataframe_from_json(create_path(args.home_path,
PATH_AEMET_PER_DAY),
parse_dates=[COL_WEATHER_DATE])
df_weather = clean_weather_data(df_weather)
if args.sampling_frequency == 'daily': # extract daily/hourly value as constant
df_prepared = prepare_daily_data(df_bikes_clean, df_weather)
elif args.sampling_frequency == 'hourly':
df_prepared = prepare_hourly_data(df_bikes_clean, df_weather)
pass
# TODO implement else, return error
save_dataframe(
df_prepared,
create_path(args.home_path, PATH_DATASET.get(args.sampling_frequency)))
def runner(args: Namespace) -> None:
dataset = load_dataframe_from_csv(
create_path(args.home_path, PATH_DATASET.get(args.sampling_frequency)))
net, metrics = deep_learning_model(dataset)
metrics = {
metric_name: str(metric_value)
for metric_name, metric_value in metrics.items()
}
save_model(
net,
create_path(
args.home_path,
PATH_RESULTS[args.sampling_frequency]['deep-learning']['model']))
with open(
create_path(
args.home_path, PATH_RESULTS[args.sampling_frequency]
['deep-learning']['metrics']),
'w') as metrics_file: # TODO refactor this as a function
metrics_file.write(json.dumps(metrics))
class XGBoostTest(unittest.TestCase):
PATH_DATASET_DAILY = '../../../' + PATH_DATASET.get('daily')
df_daily = load_dataframe_from_csv(PATH_DATASET_DAILY)
PATH_DATASET_HOURLY = '../../../' + PATH_DATASET.get('hourly')
df_hourly = load_dataframe_from_csv(PATH_DATASET_HOURLY)