def _frequency_generated_trips_rows(self, gtfs_soure_path, return_df_freq=False):
        """
        This function calculates the equivalent rowcounts for trips when
        taking into account the generated rows in the gtfs object
        Parameters
        ----------
        gtfs_soure_path: path to the source file
        param txt: txt file in question
        :return: sum of all trips
        """
        df_freq = source_csv_to_pandas(gtfs_soure_path, 'frequencies')
        df_trips = source_csv_to_pandas(gtfs_soure_path, "trips")
        df_freq['n_trips'] = df_freq.apply(lambda row: len(range(str_time_to_day_seconds(row['start_time']),
                                                                 str_time_to_day_seconds(row['end_time']),
                                                                 row['headway_secs'])), axis=1)
        df_trips_freq = pd.merge(df_freq, df_trips, how='outer', on='trip_id')
        n_freq_generated_trips = int(df_trips_freq['n_trips'].fillna(1).sum(axis=0))
        if return_df_freq:
            return df_trips_freq
        else:
            return n_freq_generated_trips
def _frequency_generated_trips_rows(self, gtfs_soure_path, return_df_freq=False):
        """
        This function calculates the equivalent rowcounts for trips when
        taking into account the generated rows in the gtfs object
        Parameters
        ----------
        gtfs_soure_path: path to the source file
        param txt: txt file in question
        :return: sum of all trips
        """
        df_freq = source_csv_to_pandas(gtfs_soure_path, 'frequencies')
        df_trips = source_csv_to_pandas(gtfs_soure_path, "trips")
        df_freq['n_trips'] = df_freq.apply(lambda row: len(range(str_time_to_day_seconds(row['start_time']),
                                                                 str_time_to_day_seconds(row['end_time']),
                                                                 row['headway_secs'])), axis=1)
        df_trips_freq = pd.merge(df_freq, df_trips, how='outer', on='trip_id')
        n_freq_generated_trips = int(df_trips_freq['n_trips'].fillna(1).sum(axis=0))
        if return_df_freq:
            return df_trips_freq
        else:
            return n_freq_generated_trips
def _frequency_generated_trips_rows ( self , gtfs_soure_path , return_df_freq = False ) : df_freq = source_csv_to_pandas ( gtfs_soure_path , 'frequencies' ) df_trips = source_csv_to_pandas ( gtfs_soure_path , "trips" ) df_freq [ 'n_trips' ] = df_freq . apply ( lambda row : len ( range ( str_time_to_day_seconds ( row [ 'start_time' ] ) , str_time_to_day_seconds ( row [ 'end_time' ] ) , row [ 'headway_secs' ] ) ) , axis = 1 ) df_trips_freq = pd . merge ( df_freq , df_trips , how = 'outer' , on = 'trip_id' ) n_freq_generated_trips = int ( df_trips_freq [ 'n_trips' ] . fillna ( 1 ) . sum ( axis = 0 ) ) if return_df_freq : return df_trips_freq else : return n_freq_generated_trips
This function calculates the equivalent rowcounts for trips when
        taking into account the generated rows in the gtfs object
        Parameters
        ----------
        gtfs_soure_path: path to the source file
        param txt: txt file in question
        :return: sum of all trips
This function calculates the equivalent rowcounts for trips when taking into account the generated rows in the gtfs object Parameters ---------- gtfs_soure_path : path to the source file param txt : txt file in question : return : sum of all trips