def __init__(self,
mmsi,
imo,
vessel_name,
vessel_type,
length,
width,
country,
longitude,
latitude,
draft,
speed,
str_time,
mark=0):
self.mmsi = mmsi
self.mark = mark
self.imo = imo
if vessel_name is not None:
self.vessel_name = vessel_name.rstrip()
else:
self.vessel_name = None
self.vessel_type = vessel_type
self.length = length
self.width = width
self.country = country
self.longitude = longitude
self.latitude = latitude
self.draft = draft
self.speed = speed
self.date = Utils.convert_utc_to_str_time(str(str_time))
self.utc = Utils.convert_str_time_to_utc(str(str_time))
def final_deal(ship_info, trajectory_info, port_service, csv_writer):
arrive_time = Utils.convert_utc_to_str_time(int(ship_info[12]))
trajectory_info[10] = arrive_time
# input_or_output = trajectory_info[-1]
target_country = port_service.get_port_by_name(ship_info[14]).country
input_or_output = get_input_or_output_state(trajectory_info[-1],
target_country, False)
trajectory_info[-1] = input_or_output
# print(trajectory_info)
csv_writer.writerow(trajectory_info)
def start_init(ship_info, ships_deadweight, port_service):
# ["line_index", "mmsi", "mark", "imo", "vessel_name", "vessel_type", "length", "width", "longitude", "latitude",
# "draft", "speed", "date", "utc", "source_port", "target_port", "load_state", ]
deadweight_of_mmsi = ships_deadweight.get_deadweight_by_mmsi(ship_info[1])
start_time = Utils.convert_utc_to_str_time(int(ship_info[12]))
source_country = port_service.get_port_by_name(ship_info[13]).country
input_or_output = get_input_or_output_state(None, source_country, True)
trajectory_info = ship_info[:8] + [
deadweight_of_mmsi,
start_time,
None,
] + ship_info[13:] + [input_or_output]
# print(trajectory_info)
return trajectory_info
