import random

NUM_OF_ATTEMPTS = 200000

TALE_COST = 50
VISION_COST = 50
PLAQUE_COST = 50
SOUL_COST = 50
IDENTITY_COST = 250
EXTRA_COST = 250
CANDLE_COST = 250

TALE_COUNT = 1
VISION_COUNT = 1
PLAQUE_COUNT = 2
SOUL_COUNT = 2
IDENTITY_COUNT = 1
EXTRA_COUNT = 1
CANDLE_COUNT = 1

SUCCESS_RATES = [.7,.7, .7, .6, .5, .5, .5]

SUCCESSFUL_RETURN = 31250

TaleUsage = 0
VisionUsage = 0
PlaqueUsage = 0
SoulUsage = 0
IdentityUsage = 0
ExtraUsage = 0
CandleUsage = 0

TotalActions = 0

SuccessCount = 0

for i in xrange(NUM_OF_ATTEMPTS):
	TaleUsage += TALE_COUNT
	TotalActions += 1
	if random.random() < SUCCESS_RATES[0]:
		TotalActions += 1
		VisionUsage += VISION_COUNT
		if random.random() < SUCCESS_RATES[1]:
			TotalActions += 1
			PlaqueUsage += PLAQUE_COUNT
			if random.random() < SUCCESS_RATES[2]:
				TotalActions += 1
				SoulUsage += SOUL_COUNT
				if random.random() < SUCCESS_RATES[3]:
					TotalActions += 1
					IdentityUsage += IDENTITY_COUNT
					if random.random() < SUCCESS_RATES[4]:
						TotalActions += 1
						ExtraUsage += EXTRA_COUNT
						if random.random() < SUCCESS_RATES[5]:
							TotalActions += 1
							CandleUsage += CANDLE_COUNT
							if random.random() < SUCCESS_RATES[6]:
								SuccessCount += 1

TotalCost = TaleUsage * TALE_COST + VisionUsage * VISION_COST + PlaqueUsage * PLAQUE_COST + SoulUsage * SOUL_COST + IdentityUsage * IDENTITY_COST + ExtraUsage * EXTRA_COST + CandleUsage * CANDLE_COST

print "Number of tales used: " + str(TaleUsage) + ". Cost: " + str(TaleUsage * TALE_COST)
print "Number of visions used: " + str(VisionUsage) + ". Cost: " + str(VisionUsage * TALE_COST)
print "Number of plaques used: " + str(PlaqueUsage) + ". Cost: " + str(PlaqueUsage * TALE_COST)
print "Number of souls used: " + str(SoulUsage) + ". Cost: " + str(SoulUsage * TALE_COST)
print "Number of identities used: " + str(IdentityUsage) + ". Cost: " + str(IdentityUsage * TALE_COST)
print "Number of extra used: " + str(ExtraUsage) + ". Cost: " + str(ExtraUsage * TALE_COST)
print "Number of candles used: " + str(CandleUsage) + ". Cost: " + str(CandleUsage * TALE_COST)
print "Number of successes: " + str(SuccessCount) + ". Profit: " + str(SuccessCount * SUCCESSFUL_RETURN - TotalCost)
print "PPA: " + str((SuccessCount * SUCCESSFUL_RETURN - TotalCost) / TotalActions)
print "Total actions: " + str(TotalActions)
print "Initial Investment Requirement: " + str(TotalCost)