import random

# payoff and successProbability are ignored... this started as a generic class but ended up getting pretty elvenar specific.
class Gambler:
    def __init__(self,startingMoney,costPerTicket,payoff,successProbability):
        self.money = startingMoney
        self.cost = costPerTicket
        self.prob = successProbability
        self.payoff = payoff
        self.plays = 0
        self.buildings = 0
    def scratch(self):
        if self.money >= self.cost:
            self.money -= self.cost
            randNum = random.random()

            #if randNum < self.prob:
            #    self.money += self.payoff


            if randNum < 0.1300:
                self.money += 140
            elif randNum >= 0.1300 and randNum < 0.2000:
                self.money += 200
            elif randNum >= 0.2000 and randNum < 0.4500:
                self.buildings += 1
            self.plays += 1
            return True
        else:
            return False
    def canPlay(self):
        if self.money >= self.cost:
            return True
        else:
            return False
    def checkPlayCount(self):
        return self.plays
    def getBuildings(self):
        return self.buildings

def simulate(startingMoney,costPerTicket,payoff,successProbability,minGamesForSuccess, trials = 10**5):
    successes = 0
    games = 0
    buildings = 0
    gp2 = 0
    #print "Ran Simulator for " + str(trials) + " trials"
    while games < trials:
        addict = Gambler(startingMoney,costPerTicket,payoff,successProbability)
        while addict.canPlay() and (addict.checkPlayCount() < minGamesForSuccess):
            addict.scratch()
        if addict.checkPlayCount() >= minGamesForSuccess:
            successes += 1
            gp2 += 1
        elif addict.checkPlayCount() >= 33:
            gp2 += 1;
        games += 1
        buildings += addict.getBuildings()

    #print successes
    #print games
    #print buildings
    #print gp2
    #print("With %d flakes, Probability of getting 3rd GP: %1.6f, Daily Exclusive Buildings: %2.2f" % (startingMoney, (1.0*successes)/games, (1.0*buildings)/games))
    print("%d\t%1.4f\t%1.4f\t%2.1f" % (startingMoney, ((1.0*gp2)/games), (1.0*successes)/games, (1.0*buildings)/games))
    return round((successes*1.0)/games,8)

#print("#lottery ticket example")
#print(simulate(100,5,10,.2,30))

simulate(9000,140,161,.20,73)
simulate(8500,140,161,.20,73)
simulate(8000,140,161,.20,73)
simulate(7500,140,161,.20,73)
simulate(7000,140,161,.20,73)
simulate(6750,140,161,.20,73)
simulate(6500,140,161,.20,73)
simulate(6250,140,161,.20,73)
simulate(6000,140,161,.20,73)
simulate(5750,140,161,.20,73)
simulate(5500,140,161,.20,73)
simulate(5250,140,161,.20,73)
simulate(5000,140,161,.20,73)
simulate(4500,140,161,.20,73)
simulate(4000,140,161,.20,73)
simulate(3500,140,161,.20,73)
simulate(3000,140,161,.20,73)
simulate(2500,140,161,.20,73)
simulate(2000,140,161,.20,73)