
from marketmodel import MarketModel

print("Welcome the Market Simulator")
lengthOfSimulation = int(input("Enter the total running time: "))
averageTimePerCus = int(input("Enter the average time per customer: "))
probabilityOfNewArrival = float(input("Enter the probability of a new arrival: "))

model = MarketModel(lengthOfSimulation, averageTimePerCus, probabilityOfNewArrival)

model.runSimulation()
print(model)

53715e2603181fcd330d374e03fca1bd20b844e9
<mask token>

<mask token>
print('Welcome the Market Simulator')
<mask token>
model.runSimulation()
print(model)

<mask token>
print('Welcome the Market Simulator')
lengthOfSimulation = int(input('Enter the total running time: '))
averageTimePerCus = int(input('Enter the average time per customer: '))
probabilityOfNewArrival = float(input(
    'Enter the probability of a new arrival: '))
model = MarketModel(lengthOfSimulation, averageTimePerCus,
    probabilityOfNewArrival)
model.runSimulation()
print(model)

from marketmodel import MarketModel
print('Welcome the Market Simulator')
lengthOfSimulation = int(input('Enter the total running time: '))
averageTimePerCus = int(input('Enter the average time per customer: '))
probabilityOfNewArrival = float(input(
    'Enter the probability of a new arrival: '))
model = MarketModel(lengthOfSimulation, averageTimePerCus,
    probabilityOfNewArrival)
model.runSimulation()
print(model)


from marketmodel import MarketModel

print("Welcome the Market Simulator")
lengthOfSimulation = int(input("Enter the total running time: "))
averageTimePerCus = int(input("Enter the average time per customer: "))
probabilityOfNewArrival = float(input("Enter the probability of a new arrival: "))

model = MarketModel(lengthOfSimulation, averageTimePerCus, probabilityOfNewArrival)

model.runSimulation()
print(model)
