def main():
# Get the live aircraft vector data around Dulles airport
dulles_airport_position = aclib.Position(lat=38.9519444444,
long=-77.4480555556)
area_surrounding_dulles = aclib.bounding_box(
position=dulles_airport_position, radius_km=200)
print("fetching reference data...")
ref_data = aclib.fetch_reference_data()
print("fetching live aircraft data...")
raw_aircraft_data = aclib.fetch_live_aircraft_data(
area=area_surrounding_dulles)
print("cleaning & transform aircraft data...")
live_aircraft_data = []
for raw_vector in raw_aircraft_data:
vector = aclib.clean_vector(raw_vector)
if vector:
aclib.add_airline_info(vector, ref_data.airlines)
live_aircraft_data.append(vector)
print("saving live aircraft data...")
db = aclib.Database()
db.add_live_aircraft_data(live_aircraft_data)
print("saving reference data...")
db.update_reference_data(ref_data)
print("complete!")
def load_live_data(live_aircraft_data):
print("saving live aircraft data...")
db = aclib.Database()
db.add_live_aircraft_data(live_aircraft_data)
def load_reference_data(ref_data):
print("saving reference data...")
db = aclib.Database()
db.update_reference_data(ref_data)
import aircraftlib as aclib
dulles_airport_position = aclib.Position(lat=38.9519444444,
long=-77.4480555556)
area_surrounding_dulles = aclib.bounding_box(dulles_airport_position,
radius_km=200)
# Extract: fetch data from multiple data sources
ref_data = aclib.fetch_reference_data()
raw_aircraft_data = aclib.fetch_live_aircraft_data(
area=area_surrounding_dulles)
# Transform: clean the fetched data and add derivative data to aid in the analysis
live_aircraft_data = []
for raw_vector in raw_aircraft_data:
vector = aclib.clean_vector(raw_vector)
if vector:
aclib.add_airline_info(vector, ref_data.airlines)
live_aircraft_data.append(vector)
# Load: save the data for future analysis
db = aclib.Database()
db.add_live_aircraft_data(live_aircraft_data)
db.update_reference_data(ref_data)
