def chipDist():
stackSize = int(raw_input("What is the stack size: "))
chipValueArr = map(int, raw_input("What are your chip values? Separated by spaces: ").split(" "))
director = THAssistant()
print ""
print "Initial Chip Distribution"
for (val, count) in director.chipDist(stackSize, chipValueArr):
print val, ":", count
def stackSize():
bigBlind = int(raw_input("What is the initial big blind: "))
chipValueArr = map(int, raw_input("What are your chip values? Separated by spaces: ").split(" "))
director = THAssistant()
print ""
print "Initial Stack Size Calculator"
stackSize = director.stackCount(bigBlind, chipValueArr)
print "With a starting BB of", bigBlind, "the stack should be", stackSize
def blindsStruct():
startingStack = int(raw_input("What is your starting stack: "))
hours = int(raw_input("How long do you want the game to go for in hours? Enter 0 if unsure: "))
director = THAssistant()
print ""
print "Blinds Structure"
structure, period = director.blindsStructure(startingStack, hours)
for e, blinds in enumerate(structure):
print e+1, ":", blinds
print "Each blind period should go for", period, "minutes."
def ppDist():
players = int(raw_input("How many players are there: "))
prizepool = int(raw_input("What is the prizepool: "))
paidPos = int(raw_input("How many paid positions would you like: "))
print "What distribution would you like?"
print "\t1 - Uniform"
print "\t2 - Geometric"
print "\t3 - Log-Normal"
print "\t4 - Exponential"
distType = int(raw_input())
director = THAssistant(players, prizepool, paidPos)
total = 0
print ""
print "Prize Pool Distribution:"
for e, pos in enumerate(director.prizeDist({1:"uniform", 2:"geometric", 3:"lognormal", 4:"exponential"}[distType])):
print e+1, ":", pos
total += pos
print "Total:", total
