def replace_outlier_value(self, input_data_features, mode="fit"):
if self.outlier_replace:
from federatedml.feature.imputer import Imputer
imputer_processor = Imputer(self.outlier_impute)
if mode == "fit":
input_data_features, self.outlier_replace_value = \
imputer_processor.fit(input_data_features,
replace_method=self.outlier_replace_method,
replace_value=self.outlier_replace_value)
if self.outlier_impute is None:
self.outlier_impute = imputer_processor.get_missing_value_list(
)
else:
input_data_features = imputer_processor.transform(
input_data_features,
transform_value=self.outlier_replace_value)
self.outlier_replace_rate = imputer_processor.get_impute_rate(mode)
# callback("outlier_value_ratio",
# outlier_replace_rate,
# self.tracker)
# callback("outlier_value_list",
# self.outlier_impute,
# self.tracker)
return input_data_features
def test_transform_float(self):
imputer_value = ['', 'none', 'na', 'null', "10000", "-10000"]
imputer = Imputer(missing_value_list=imputer_value)
cols_transform_value_ground_true = [0.963102, 1.467675, 0.829202, 0.772457, 1.000835, 0.962702, 1.077099,
1.053586, 2.996525, 0.961696]
process_data = imputer.transform(self.table_instance, cols_transform_value_ground_true, output_format="float")
test_data_fit = self.fit_test_data_float(self.test_data, cols_transform_value_ground_true, imputer_value)
self.assertListEqual(self.table_to_list(process_data), test_data_fit)
def transform(self, data):
LOGGER.info(f"Enter Feature Imputation transform")
imputer_processor = Imputer(self.missing_impute)
imputed_data = imputer_processor.transform(
data, transform_value=self.default_value, skip_cols=self.skip_cols)
if self.missing_impute is None:
self.missing_impute = imputer_processor.get_missing_value_list()
self.missing_impute_rate = imputer_processor.get_impute_rate(
"transform")
return imputed_data
def test_get_impute_rate(self):
imputer_value = ['', 'none', 'na', 'null', "10000", "-10000"]
imputer = Imputer(missing_value_list=imputer_value)
_, _ = imputer.fit(self.table_instance, "median", output_format='str')
cols_impute_rate_ground_true = [0, 0.3, 0.1, 0.1, 0.1, 0.1, 0, 0.1, 0, 0]
cols_fit_impute_rate = imputer.get_impute_rate(mode="fit")
self.assertListEqual(cols_fit_impute_rate, cols_impute_rate_ground_true)
cols_transform_value_ground_true = [-0.606584, -0.193332, -0.620475, -0.591332, -0.327392, -0.519504, -0.610669,
-0.768581, -0.28757, -0.247477]
_ = imputer.transform(self.table_instance, cols_transform_value_ground_true)
cols_transform_impute_rate = imputer.get_impute_rate(mode="fit")
self.assertListEqual(cols_transform_impute_rate, cols_impute_rate_ground_true)
def replace_outlier_value(self, input_data_features, mode="fit"):
if self.outlier_replace:
from federatedml.feature.imputer import Imputer
imputer_processor = Imputer(self.outlier_impute)
if mode == "fit":
input_data_features, self.outlier_replace_value = \
imputer_processor.fit(input_data_features,
replace_method=self.outlier_replace_method,
replace_value=self.outlier_replace_value)
if self.outlier_impute is None:
self.outlier_impute = imputer_processor.get_imputer_value_list()
else:
input_data_features = imputer_processor.transform(input_data_features,
replace_method=self.outlier_replace_method,
transform_value=self.outlier_replace_value)
return input_data_features
def fill_missing_value(self, input_data_features, mode="fit"):
if self.missing_fill:
from federatedml.feature.imputer import Imputer
imputer_processor = Imputer(self.missing_impute)
if mode == "fit":
input_data_features, self.default_value = imputer_processor.fit(input_data_features,
replace_method=self.missing_fill_method,
replace_value=self.default_value)
if self.missing_impute is None:
self.missing_impute = imputer_processor.get_imputer_value_list()
else:
input_data_features = imputer_processor.transform(input_data_features,
replace_method=self.missing_fill_method,
transform_value=self.default_value)
if self.missing_impute is None:
self.missing_impute = imputer_processor.get_imputer_value_list()
return input_data_features
def fill_missing_value(self, input_data, tags_dict, mode="fit"):
str_trans_method = functools.partial(
self.change_tag_to_str,
tags_dict=tags_dict,
delimitor=self.delimitor,
with_label=self.with_label,
tag_value_delimitor=self.tag_value_delimitor)
input_data = input_data.mapValues(str_trans_method)
schema = make_schema(self.header, self.sid_name, self.label_name)
set_schema(input_data, schema)
from federatedml.feature.imputer import Imputer
imputer_processor = Imputer()
if mode == "fit":
data, self.default_value = imputer_processor.fit(
input_data,
replace_method=self.missing_fill_method,
replace_value=self.default_value)
LOGGER.debug("self.default_value is {}".format(self.default_value))
else:
data = imputer_processor.transform(
input_data, transform_value=self.default_value)
if self.missing_impute is None:
self.missing_impute = imputer_processor.get_missing_value_list()
LOGGER.debug("self.missing_impute is {}".format(self.missing_impute))
self.missing_impute_rate = imputer_processor.get_impute_rate(mode)
str_trans_tag_method = functools.partial(
self.change_str_to_tag,
tags_dict=tags_dict,
delimitor=self.delimitor,
tag_value_delimitor=self.tag_value_delimitor)
data = data.mapValues(str_trans_tag_method)
return data