def travel_by_ferry(state, me, x, y, pos):
data = get_travel_data(state,pos)
own = taxi_rate(data['dist'])
if state.money[me] >= own and \
data['dist'] <= ferry_max_distance and \
is_island_to(not_island_to[data['from']], data['to']):
if pos == len(places) - 2:
return [('get_souvenir', me, data['from']),
('buy_ferry_ticket', me, own),
('go_by_ferry', me, data['from'], data['to'])]
else:
return [('get_souvenir', me, data['from']),
('buy_ferry_ticket', me, own),
('go_by_ferry', me, data['from'], data['to']),
('travel', me, places[0], places[-1], pos + 1)]
return False
def travel_by_taxi(state, me, x, y, pos):
data = get_travel_data(state,pos)
own = taxi_rate(data['dist'])
if state.money[me] >= own and \
data['dist'] <= taxi_max_distane and \
not is_island_to(not_island_to[data['from']], data['to']):
if pos == len(places) - 2:
return [('get_souvenir', me, data['from']),
('call_taxi', me, data['from']),
('ride_taxi', me, data['from'], data['to']),
('pay_taxi_driver', me, own)]
else:
return [('get_souvenir', me, data['from']),
('call_taxi', me, data['from']),
('ride_taxi', me, data['from'], data['to']),
('pay_taxi_driver', me, own),
('travel', me, places[0], places[-1], pos + 1)]
return False