# Parks Canada Program with inherited national and provincial parks subclasses.

# Park class which is the superClass of the program.


class Park:

    noOfParks = 0
    counter = 0

    def __init__(self, name, location, area, established):
        Park.counter = Park.counter + 1
        self._Name = name
        self._Location = location
        self._Area = area
        self._Established = established

    def setArea(self, area):
        self._Area = area
        print("Park Name:", self._Name)
        print("Updated Park Area:", self._Area)

    def getName(self):
        return self._Name

    def getLocation(self):
        return self._Location

    def getArea(self):
        return self._Area

    def getEstablished(self):
        return self._Established

    def getEntryFee(self, noOfDays):
        fee = 5 * noOfDays
        print("The cost for",noOfDays,"days in General park is $ %.2f" %fee)

    def __str__(self):
        return "Park Name: " + str(self._Name) + "\nLocation: " + self._Location + "\nArea Covered (km^2): " + str(self._Area) + "\nYear Established: " + str(self._Established)


# The Provincial Park subclass which inherits the data from the Park class.
class ProvincialPark(Park):

    def __init__(self,name, location, area, established, parkRating):
        super().__init__(name, location, area, established)
        self._ParkRating = parkRating

    def setParkRating(self, parkRating):
        self._ParkRating = parkRating
        print("Park Name:", super().getName())
        print("Updated Rating:", self._ParkRating)

    def getParkRating(self):
        return self._ParkRating

    def getEntryFee(self, noOfDays):

        if self._ParkRating == 1:
            fee = (30+5) * noOfDays
        elif self._ParkRating == 2:
            fee = (25+5) * noOfDays
        elif self._ParkRating == 3:
            fee = (20+5) * noOfDays
        print("The Cost for", noOfDays, "days in", super().getName() , "Park is $ %.2f"%fee)

    def Park__str__(self):
        return "Name of Park: " + str(super().getName()) + "\nLocation of Park: " + self._Location + "\nArea of Park: " + str(super().getArea()) + "\nYear Established: " + str(super().getEstablished()) + "\nPark Rating: " + str(self._ParkRating)


# The national parks class which is a subclass of the Parks class and inherits the data.
class NationalPark(Park):

    def __init__(self, name, location, area, established, knownFor):
        super().__init__(name, location, area, established)
        self._knownFor = knownFor

    def setknownFor(self, knownFor):
        self._knownFor = knownFor
        print("Park Name:",self._Name)
        print("Updated Feature:",knownFor)

    def getknownFor(self):
        return self._knownFor

    def getEntryFee(self, noOfDays):
        fee = ((5*noOfDays) + ((super().getArea() * 0.03)*noOfDays))
        print("The cost for",noOfDays,"days in",self._Name ,"is $%.2f" %fee)

    def Park__str__(self):
        return "Name of Park: " + str(super().getName()) + "\nLocation of Park: " + self._Location + "\nArea of Park: " + str(super().getArea()) + \
               "\nYear Established: " + str(super().getEstablished()) + "\nKnown For: " + self._knownFor