def duty_day_classifier(duty_day):
"""Given a DutyDay, this classifier will insert the following tags:
- regular : any continental flight under 10:00 duty time. It is the default value
- transoceanic : MAD, CDG, MXP, FCO, LHR, AMS, SVO, BCN, MUC, FRA, NRT, ICN, PVG, PEK
- special transoceanic :
a) MUST be transoceanic
b) scheduled block time > 13:00 hrs
c) scheduled duty time > 15:00 hrs
- long haul : Any flight with
a) #of legs <= 2
b) AND at least one leg > 4:30 hrs
c) AND
- OR BLK > 10:00
- OR DUTY > 12:00
- OR DUTY > 09:30 AND DUTY.OVERLAPS(00:59, 04:59) inclusive
"""
if set(duty_day._credits['routing']).intersection(TRANSOCEANIC):
duty_day._credits['duty_type'] = 'transoceanic'
if (duty_day._credits['total']) > MINIMUM_BLOCK or duty_day._credits['daily'] > MINIMUM_DUTY:
duty_day._credits['duty_type'] = 'special trans'
elif len(duty_day.events) <= 2:
for event in duty_day.events:
if event.duration > Duration(4 * 60 + 30):
if duty_day._credits['block'] > Duration(10 * 60) or \
duty_day._credits['daily'] > Duration(12 * 60) or \
(duty_day._credits['daily'] > Duration(9 * 60 + 30) and
Creditator.has_early_morning_time(duty_day)):
duty_day._credits['duty_type'] = 'long haul'
break
def credits_from_line(self, line):
"""Returns a credits_list with all credits for given line"""
# 1. Calculate pending credits for line DESC 7DAT HDAY
line._credits.update({'day': '',
'routing': 'TOTALS',
'report': '',
'release': '',
'duty_type': '',
'event_names': '',
'daily': Duration(0),
'block': Duration(0),
'dh': Duration(0),
'night': Duration(0),
'xduty': Duration(0),
'xblock': Duration(0),
'maxirre': Duration(0),
'delay': Duration(0),
'pending_rest': Duration(0),
'xturn': Duration(0),
'sunday': 0,
'7day': 0})
# 2 Add all credits to find totals
line_credits_list = []
consecutive_days = ConsecutiveDays(7)
for duty in line.duties:
credit_list = duty.compute_credits(self)
if credit_list:
line_credits_list.extend(credit_list)
line._credits['block'] += duty._credits['block']
line._credits['dh'] += duty._credits['dh']
line._credits['daily'] += duty._credits['daily']
line._credits['night'] += duty._credits['night']
line._credits['xblock'] += duty._credits['xblock']
line._credits['xduty'] += duty._credits['xduty']
line._credits['maxirre'] += duty._credits['maxirre']
line._credits['delay'] += duty._credits['delay']
line._credits['pending_rest'] += duty._credits['pending_rest']
line._credits['xturn'] += duty._credits['xturn']
line._credits['sunday'] += duty._credits['sunday']
consecutive_days.calculate(duty)
# 3 How many 7day do we have?
days7 = consecutive_days.dates
line._credits['7day'] += len(days7)
# 4 Assign the needed template to print credits
line._credits['header'] = line_credits_header
line._credits['template'] = line_credits_template
return line_credits_list
def calculate_night_time(event):
"""
Returns the nighttime flown in a given event, value is returned in seconds
"""
BEGIN = event.begin.hour * 60 + event.begin.minute
END = event.end.hour * 60 + event.end.minute
NIGHTTIME_BEGIN = 22 * 60
NIGHTTIME_END = 5 * 60
MIDNIGHT = 24 * 60
morninginter = [0, NIGHTTIME_END]
nightinter = [NIGHTTIME_BEGIN, MIDNIGHT]
if BEGIN > END: # Event starts and ends in different days
total = Creditator.overlapping(nightinter, [BEGIN, MIDNIGHT]) + Creditator.overlapping(morninginter,
[0, END])
else: # Event starts and ends in same day
total = Creditator.overlapping(morninginter, [BEGIN, END]) + Creditator.overlapping(nightinter,
[BEGIN, END])
return Duration(total)
def credits_from_trip(self, trip):
"""Returns a list of all duty_day_credits_dict within the trip"""
credits_list = []
trip._credits = CreditsDict()
# 1 Add all credits to find totals
trip._credits['block'] = Duration(0)
trip._credits['dh'] = Duration(0)
trip._credits['daily'] = Duration(0)
trip._credits['night'] = Duration(0)
trip._credits['xblock'] = Duration(0)
trip._credits['xduty'] = Duration(0)
trip._credits['maxirre'] = Duration(0)
trip._credits['delay'] = Duration(0)
trip._credits['pending_rest'] = Duration(0)
trip._credits['xturn'] = Duration(0)
trip._credits['sunday'] = 0
for duty_day in trip.duty_days:
if duty_day.begin.month == self.month_scope:
duty_day.compute_credits(self)
trip._credits['block'] += duty_day._credits['block']
trip._credits['dh'] += duty_day._credits['dh']
trip._credits['daily'] += duty_day._credits['daily']
trip._credits['night'] += duty_day._credits['night']
trip._credits['xblock'] += duty_day._credits['xblock']
trip._credits['xduty'] += duty_day._credits['xduty']
trip._credits['maxirre'] += duty_day._credits['maxirre']
trip._credits['delay'] += duty_day._credits['delay']
trip._credits['xturn'] += duty_day._credits['xturn']
trip._credits['sunday'] += duty_day._credits['sunday']
credits_list.append(duty_day._credits)
# 2. Calculate pending_rest between each duty day
for rest, duty_day in zip(trip.rests, trip.duty_days):
if (duty_day.begin.month == self.month_scope) and rest < Duration(12 * 60):
tempo = Creditator.calculate_pending_rest(rest)
duty_day._credits['pending_rest'] = tempo
trip._credits['pending_rest'] += duty_day._credits['pending_rest']
# 3. How many sundays?
trip._credits['sunday'] = trip.how_many_sundays()
trip_release_time = Duration(duty_day.release.hour * 60 + duty_day.release.minute)
trip_ending_weekday = duty_day.release.isoweekday()
is_a_worked_day = trip_release_time > WORKED_DAY
if trip_ending_weekday == 7 and not is_a_worked_day:
trip._credits['sunday'] -= 1
# 4 Assign the needed template to print credits
trip._credits['header'] = trip_credits_header
trip._credits['template'] = trip_credits_template
return credits_list
def credits_from_duty_day(duty_day):
"""
Returns
"""
# 1. Init our _credits
duty_day._credits = CreditsDict()
duty_day._credits.update({'day': duty_day.begin.day,
'routing': FormattedList([duty_day.origin]),
'report': duty_day.report,
'release': duty_day.release,
'duty_type': 'regular',
'event_names': FormattedList(['']),
'daily': duty_day.duration,
'block': Duration(0),
'dh': Duration(0),
'night': Duration(0),
'xduty': Duration(0),
'xblock': Duration(0),
'maxirre': Duration(0),
'delay': duty_day.delay,
'pending_rest': Duration(0),
'xturn': Duration(0),
'sunday': 0})
# 2. Calculate night, event_names and routing
for event in duty_day.events:
event.compute_credits()
# TODO : I don´t like this, should think of using isinstance or another alternative
if event.is_flight:
duty_day._credits['night'] += Creditator.calculate_night_time(event)
duty_day._credits['block'] += event._credits['block']
duty_day._credits['dh'] += event._credits['dh']
duty_day._credits['event_names'].append(event.name)
duty_day._credits['routing'].append(event.destination)
duty_day._credits['total'] = duty_day._credits['block'] + duty_day._credits['dh']
# 3. Calculate xturn:
for turn in duty_day.turns:
duty_day._credits['xturn'] += (turn - MAX_TURN_TIME)
# 4. Classify duty
Creditator.duty_day_classifier(duty_day)
if duty_day._credits['duty_type'] == 'regular':
duty_day._credits['xblock'] = duty_day._credits['block'] - JORNADA_ORDINARIA_VUELO_REGULAR
duty_day._credits['xduty'] = duty_day._credits['daily'] - JORNADA_ORDINARIA_SERVICIO_REGULAR
duty_day._credits['maxirre'] = duty_day._credits['daily'] - MAXIMA_IRREBASABLE_SERVICIO_REGULAR
elif duty_day._credits['duty_type'] == 'transoceanic':
duty_day._credits['xblock'] = duty_day._credits['block'] - JORNADA_ORDINARIA_VUELO_TRAN
duty_day._credits['xduty'] = duty_day._credits['daily'] - JORNADA_ORDINARIA_SERVICIO_TRAN
duty_day._credits['maxirre'] = duty_day._credits['daily'] - MAXIMA_IRREBASABLE_SERVICIO_TRAN
elif duty_day._credits['duty_type'] == 'special trans':
duty_day._credits['xblock'] = duty_day._credits['block'] - JORNADA_ORDINARIA_VUELO_TRANSP
duty_day._credits['xduty'] = duty_day._credits['daily'] - JORNADA_ORDINARIA_SERVICIO_TRANSP
duty_day._credits['maxirre'] = duty_day._credits['daily'] - MAXIMA_IRREBASABLE_SERVICIO_TRANSP
# If there is a maxirre, normal xduty time ends where maxirre starts
elif duty_day._credits['duty_type'] == 'long haul':
duty_day._credits['xblock'] = duty_day._credits['block'] - JORNADA_ORDINARIA_VUELO_LARGO_ALCANCE
duty_day._credits['xduty'] = duty_day._credits['daily'] - JORNADA_ORDINARIA_SERVICIO_LARGO_ALCANCE
duty_day._credits['maxirre'] = duty_day._credits['daily'] - MAXIMA_ASIGNABLE_SERVICIO_LARGO_ALCANCE
# If there is a maxirre, normal xduty time ends where maxirre starts
if duty_day._credits['maxirre'] > Duration(0):
duty_day._credits['xduty'] = Duration(5 * 60)
# 5. If there is a maxirre, normal xduty time ends where maxirre starts
if duty_day._credits['maxirre'] > Duration(0):
duty_day._credits['xduty'] = Duration(5 * 60)
# 6. How many sundays?
duty_day._credits['sunday'] = duty_day.how_many_sundays()
duty_day_release_time = Duration(duty_day.release.hour * 60 + duty_day.release.minute)
duty_day_ending_weekday = duty_day.release.isoweekday()
is_a_worked_day = duty_day_release_time > WORKED_DAY
if duty_day_ending_weekday == 7 and not is_a_worked_day:
duty_day._credits['sunday'] -= 1
# 7. Assign the needed template to print credits
duty_day._credits['header'] = duty_day_credits_header
duty_day._credits['template'] = duty_day_credits_template
""" Created on 23/06/2016 @author: Xico """ from datetime import timedelta from model.timeClasses import Duration # TODO : Move all this constants into a configuration file, associated to method set_rules TRANSOCEANIC = ['MAD', 'CDG', 'MXP', 'FCO', 'LHR', 'AMS', 'SVO', 'BCN', 'MUC', 'FRA', 'NRT', 'ICN', 'PVG', 'PEK'] MINIMUM_BLOCK = Duration(13 * 60) MINIMUM_DUTY = Duration(15 * 60) WORKED_DAY = Duration(1 * 60 + 30) # TABLA 1 Jornada continental JORNADA_ORDINARIA_VUELO_REGULAR = Duration(7 * 60 + 30) MAXIMA_IRREBASABLE_VUELO_REGULAR = Duration(10 * 60) JORNADA_ORDINARIA_SERVICIO_REGULAR = Duration(9 * 60) MAXIMA_IRREBASABLE_SERVICIO_REGULAR = Duration(12 * 60) # TABLA 1 Jornada transoceanica JORNADA_ORDINARIA_VUELO_TRAN = Duration(8 * 60) MAXIMA_IRREBASABLE_VUELO_TRAN = Duration(13 * 60) JORNADA_ORDINARIA_SERVICIO_TRAN = Duration(10 * 60) MAXIMA_IRREBASABLE_SERVICIO_TRAN = Duration(15 * 60) # TABLA 2 Largo alcance JORNADA_ORDINARIA_VUELO_LARGO_ALCANCE = Duration(8 * 60) MAXIMA_ASIGNABLE_VUELO_LARGO_ALCANCE = Duration(13 * 60)
def test_duration(self):
d = Duration.from_timedelta(self.end1 - self.begin1)
self.assertEqual(d.minutes, self.i1.duration.minutes)