# -*- coding: UTF-8 -*-

#create humanclass

class human():

def __init__(self, name, age):

self.name = name

self.age = age

def buy_card(self):

self.CardName = raw_input("카드를 구입합니다. 어떤카드를 구입하시겠습니까? : ")

self.First_charge = input("최초에 얼마 충전하시겠습니까? : ")

self.CardName = card(self.age, self.First_charge)

def brain(self):

self.decision = input("탑승(환승)을 이용하시겠습니까? (Yes = 1, No = 2) :")

#self.time = input('현재시간은 몇시 몇분입니까? ex)15시 30분 = 15, 30 :')

if self.decision ==1:

self.destination = input("목적지와 위치는? ex) 'Pangyo', [3,5] : ")

self.choice = input("이용하실 대중교통은? (지하철 = 1 / 버스는 2) : ")

self.time = input("탑승하시는 시간은 어떻게 됩니까? (15시 30분 = 15, 30) : ")

if self.choice == 2:

self.choice = input("탑승하시려는 버스 번호는? : ")

else:

pass

else:

pass

#create cardclass (+history)

class history():

list_trafiic = []

list_location = []

list_time = []

transfer_num = 0

def transfer_count(self):

self.transfer_num = self.transfer_num+1

self.transfer_num = self.transfer_num%5

class card():

def __init__(self, age, money):

self.generation = age/10

self.Present_money = money

self.listcard = history()

#station

class Management_payment():

def __init__(self):

if name.CardName.generation ==1:

self.basic_pirce = 900

self.transfer_pirce = 50

else :

self.basic_pirce = 1000

self.transfer_pirce = 50

def cal_payment(self, station):

final_transfer = (station.check_transfer.P_transfer()*station.check_time.P_time())*station.check_traffic.P_traffic()

if final_transfer == 1:

result = self.basic_pirce*0 + self.transfer_pirce + station.check_distance.payment_distance(station)

return result

else:

result = self.basic_pirce + self.transfer_pirce*0

return result

class Management_traffic():

def P_traffic(self):

_traffic = name.CardName.listcard.list_trafiic

_num = name.CardName.listcard.transfer_num

if _traffic[_num] == _traffic[_num-1]:

_num = 0

return 0

else :

return 1

class Management_time():

def P_time(self):

_List=name.CardName.listcard.list_time

_num=name.CardName.listcard.transfer_num

if 0< _num <4:

result_x = _List[_num][0]*60 + _List[_num][1]

result_y = _List[_num-1][0]*60 + _List[_num-1][1]

result = result_x - result_y**2

if -30 < result < 30 :

return 1

else:

_num

return 0

else:

return 0

class Management_transfer():

def P_transfer(self):

_num=name.CardName.listcard.transfer_num

if 0 < _num < 4:

return 1

else:

_num = 0

return 0

class Management_distance():

def payment_distance(self,station):

_location = name.CardName.listcard.list_location

_num = name.CardName.listcard.transfer_num

if 0< _num <4:

result_x = _location[0] - station.location[0]

result_y = _location[_traffic][1] - station.location[1]

result = result_x**2 + result_y**2

if result >= 25 :

return int(50)

else:

return int(0)

else:

return int(0)

class Management_view():

def printVal(self, station):

if name.CardName.Present_money >= station.payment:

transfer_Chance = 4 - name.CardName.listcard.transfer_num

print '\n\n-------카드정보---------'

print '비용 : %d' % station.payment

name.CardName.Present_money = name.CardName.Present_money - station.payment

print '잔액 : %d' % name.CardName.Present_money

print '남은 환승횟수 %d :' % transfer_Chance

print '------------------------------\n\n'

transfer_num = name.CardName.listcard.transfer_num

print 'num %d' % name.CardName.listcard.list_trafiic[transfer_num]

print 'num-1 %d' % name.CardName.listcard.list_trafiic[transfer_num-1]

print name.CardName.listcard.list_trafiic

print name.CardName.listcard.list_time

print name.CardName.listcard.list_location

else:

charge = (station.payment - name.CardName.Present_money)

print '---------------'

print '잔액이 부족합니다.'

print '현재 잔액 %s' % name.CardName.Present_money

print '부족한 금액 %s' % charge

print '---------------'

class Management_door():

def __init__(self, station):

if name.CardName.Present_money >= station.payment:

self.open_close = 1

else:

self.open_close = 0

class station():

def __init__(self, location):

self.payment = 0

self.location = location

def create_class(self):

self.check_payment = Management_payment()

self.check_traffic = Management_traffic()

self.check_time = Management_time()

self.check_transfer = Management_transfer()

self.check_distance = Management_distance()

self.view = Management_view()

self.door = Management_door(self)

def station_payment(self):

self.payment = self.check_payment.cal_payment(self)

def station_print(self):

self.view.printVal(self)

#create def

def Call_machine():

New_money = raw_input("얼마를 충전하시겠습니까?")

name.CardName.Present_money = name.CardName.Present_money + New_money

#create user

name = raw_input("당신의 이름은 무엇입니까? : ")

age = input("당신의 나이는 몇살입니까? : ")

name = human(name, age)

#buy_card

name.buy_card()

#start

print '------------'

print '시뮬레이션 시작'

print '------------\n\n\n'

name.brain()

#ing

while name.decision == 1:

StationName = name.destination[0]

StationName = station(name.destination[1])

StationName.create_class()

#insert card_history_list_traffic&location

name.CardName.listcard.list_trafiic.append(name.choice)

name.CardName.listcard.list_location.append(StationName.location)

name.CardName.listcard.list_time.append(name.time)

StationName.station_payment()

while StationName.door.open_close == 0:

StationName.station_print()

Call_machine()

StationName.station_print()

name.CardName.listcard.transfer_count()

name.brain()

#끝인사

print '----------'

print 'Bye Bye'

print '----------'