utils.functions.Utils
Module Contents
Functions
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Generate combination and permutation sets for for experiment analysis |
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Merge Previous Event with Next Event and create a Data Frame |
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get constant columns, NaNs do not count as a unique value |
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function to get datetime columns in df |
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find the object that can be converted to int |
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based on the convert to int columns |
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function to get the integer column using system schema |
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- utils.functions.Utils.write_to_file(file_name, data_str, append=False)
- utils.functions.Utils.read_file_raw(file_name)
- utils.functions.Utils.read_file_lines(file_name)
- utils.functions.Utils.getColsByType(inDF, dataType=None)
- utils.functions.Utils.rename_col_wc(inDF, wc_map={}, inplace=True)
- utils.functions.Utils.gen_combination_sets(lst, min_group_size=None, max_group_size=None, permutation_or_combination='combination')
Generate combination and permutation sets for for experiment analysis
- utils.functions.Utils.merge_prev_next_df(inDF, dim_cols_sets, cols_to_copy, prev_col_prefix='__prev_', next_col_prefix='__next_', attach_prev=True, attach_next=True)
Merge Previous Event with Next Event and create a Data Frame Also put in the same column previous and next event. :param inDF: _description_ :type inDF: _type_ :param dim_cols_sets: _description_ :type dim_cols_sets: _type_ :param cols_to_copy: _description_ :type cols_to_copy: _type_ :param prev_col_prefix: _description_. Defaults to “__prev_”. :type prev_col_prefix: str, optional :param next_col_prefix: _description_. Defaults to “__next_”. :type next_col_prefix: str, optional
- Returns:
_description_
- Return type:
_type_
- utils.functions.Utils.split_list(input_list, num_chunks=10, chunk_size=-1)
- utils.functions.Utils.sanitize_name_str(in_str)
- utils.functions.Utils.sanitize_dataset_col_names(input_df)
- utils.functions.Utils.set_data_types(entityDf, entitySchema)
- utils.functions.Utils.get_null_cols(df, percent_cutoff=1.0)
- utils.functions.Utils.get_constant_cols(df)
get constant columns, NaNs do not count as a unique value input: X_train output: constant column names
- utils.functions.Utils.get_topval(column, topn=10, reverse=False)
- utils.functions.Utils.get_entropy(column, base=None)
- utils.functions.Utils.get_datetime_cols(df, sample_size=1000)
function to get datetime columns in df
- utils.functions.Utils.get_object_to_int_columns(df, sample_size=1000)
find the object that can be converted to int input: df output: the object column that can be converted to integer
- utils.functions.Utils.convert_object_to_int(df, object_to_int_cols)
based on the convert to int columns convert object to integers
- utils.functions.Utils.get_int_cols(df, sample_size=1000)
function to get the integer column using system schema
- utils.functions.Utils.split_df(input_df, split_ratio=0.7)
- utils.functions.Utils.filter_datadiff(source_df, target_df, cols_to_match, topsize=1000, max_iterations=1)
- utils.functions.Utils.mergefiles(dfs, countfiles, i=0)
- utils.functions.Utils.check_invalid_datatype(datatype, value)
- utils.functions.Utils.get_col_stats(input_df, fieldschema=None, childDir=None, df_name='pd_dataframe', is_lite_mode=True, sample_size=1000000)
- utils.functions.Utils.gen_bin_cols(input_df, childDir, col_stats, bin_col_list, label_prefix=None, num_bins=10)
- utils.functions.Utils.attach_bin_cols(df, childDir, col_list)
- utils.functions.Utils.gen_counters(df, childDir, col_list)
- utils.functions.Utils.attach_counters(df, childDir, col_list)
- utils.functions.Utils.gen_counters_dimed(df, childDir, col_list, key_count_col, dim_col, dim_classes=2)
- utils.functions.Utils.attach_dim_counters(df, childDir, col_list)
- utils.functions.Utils.gen_aggregates(df, childDir, num_cols=[], dim_cols=[])
- utils.functions.Utils.attach_aggregates(df, childDir, dim_cols=[], num_cols=[])
- utils.functions.Utils.gen_full_dfs(input_df, childDir, key_col='eid', target_col=None, cat_cols=[], num_cols=[], inline=True)
- utils.functions.Utils.gen_ts_deltas(inDF, ts_cols=[])
- utils.functions.Utils.gen_ts_deltas_pairs(inDF, pairs_of_ts_cols)
- utils.functions.Utils.clean_df_get_bad_col(inDF, entity_schema=None, sample_size_for_eda=1000000, is_drop_null_cols=True, is_drop_constant_cols=True, null_ratio_cutoff=1.0)