def main():
#Constants for ease of use/test
TIMEPARKED_CONST = 5
SOC_CONST = 44
BATCAPACITY_CONST = 60
MAXCHARGERATE_CONST = 10
print('Ford EV Smart Charge - Charging Station Simulation')
chargingStation = Station()
while(1):
print('What would you like to do?\n' ,
'1. Add car to parking spot on station\n' ,
'2. Remove car from parking spot on station\n',
'3. Display current parking spot configuration\n'
'...\n',
'9. Quit simulation', sep="")
option = int(input(""))
if option == 1:
if len(chargingStation.cars) >= 6:
print('All parking spots are currently full.\n')
else:
SOC = float(input('Enter current state of charge of battery (%): '))
batCapacity = float(input('Enter max capacity of battery (kWh): '))
maxChargeRate = float(input('Enter max rate of charge battery can handle (kW): '))
car = Car(SOC, batCapacity, maxChargeRate)
chargingStation.add_car(car)
print('Car\'s parking spot is', car.parkingSpot)
chargingStation.calc_rate_options(car)
elif option == 2:
chargingStation.remove_car(car)
elif option == 3:
chargingStation.display_parking_spots()
elif option == 9:
return
