fin-traffic-data 0.0.3

Installation

pip3 install fin-traffic-data

Fetching raw traffic data

The console script fin-traffic-fetch-raw-data allows you to fetch the raw traffic data of all traffic measuring stations between two dates. Usage:

fin-traffic-fetch-raw-data --begin-date 2020-01-01 --end-date 2020-02-01

The dates are formatted as YYYY-MM-DD. The script spits out HDF5 files storing pandas dataframes with the filenaming convention fin_traffic_raw_<begin-date>_<end_date>.h5.

The output file contains the raw traffic data for each TMS in a dataset called tms_<tms id>.

Aggregating raw data

The console script fin-traffic-aggregate-raw-data allows you the aggregate pre-fetched traffic data. Usage:

fin-traffic-aggregate-raw-data --dir raw_data/ --time-resolution 1h

Here the options are

–dir

Directory from which to load the datafiles for raw traffic data

–time-resolution

Time-resolution of the aggregation. Use the literals w for weeks, d for days, and h for hours.

The script spits out a file named fin_traffic_aggregated_<begin-date>_<end-date>_<time-resolution>.h5.

Computing traffic between provinces and university hospital catchment areas

The console script fin-traffic-compute-traffic-between-areas can be used to compute traffic between different regions. For computing traffic between provinces, use the command:

fin-traffic-compute-traffic-between-areas --area province --input aggregated_data/fi_traffic_aggregated-2020-01-01 00:00:00-2020-09-16 00:00:00-1:00:00.h5

For traffic between university hospital catchment areas, use the flag –area erva. This tool spits out a file named tms_between_ervas.h5 or tms_between_provinces.h5.

Converting province/ERVA level traffic to CSV format

For converting province/ERVA level traffic to a compressed archive of CSV-files, use the command:

fin-traffic-export-traffic-between-areas-to-csv --area erva

This requires the file tms_between_ervas.h5 and outputs the archive tms_between_ervas.tar.bz2.