def missing_value_treatment(self, min_threshold):
# Identify na values exist and add them to a list
missing_value_feats = f.get_missing_value_feats(self.ds1_df)
print(missing_value_feats)
# Calculate Missing Value percentage and Visualize
missing_values_perc_df = f.missing_val_perc(missing_value_feats,
self.ds1_df)
val = missing_values_perc_df[0].sort_values(ascending=False)
f.plot_bar(val.index, (50, 10), val)
# Check direct imputations such as remove the records for attributes which contain less than 5% of null values or remove
# attributes which contain more than 65% of null values.
self.ds1_df = f.impute_values(self.ds1_df,
missing_value_feats,
min_threshold,
action=True)
self.ds1_df.reset_index(drop=True)
# How row in dataframe having more than x% NaN values
na_row_cnt = f.get_rowcnt_most_missing_val(self.ds1_df, 30)
print('No of rows having more than 30% NA Values', na_row_cnt)
# Identify na values exist and add them to a list
missing_value_feats = f.get_missing_value_feats(self.ds1_df)
print(missing_value_feats)
# Delete the original dataset and work with Sample to free some space for processing.
del train_df
# In[4]:
color_list = ['green','blue','orange','yellow','red','violet','cyan']
# In[5]:
val = x_df.isna().sum().sort_values(ascending=False)
f.plot_bar(val.index,(70,10),val,30)
# In[6]:
f.get_missing_value_feats(x_df)
# In[5]:
# Seperate the categorical and numerical features
num_feats,cat_feats = f.distinct_feats(x_df)
print(len(num_feats),len(cat_feats))
num_feats.remove('TARGET')
