def generateRollsForMethods(rollMethods):
rolls = {k: {} for k in rollMethods.keys()}
for k in rollMethods.keys():
rolls[k] = {k: 0 for k in range(3, 19)}
for (methodKey, rollMethod) in rollMethods.iteritems():
numDice = rollMethod["numDice"]
method = rollMethod["method"]
for roll in generateArrangements((1, 2, 3, 4, 5, 6), numDice):
statValue = sum(method(roll))
rolls[methodKey][statValue] += numArrangements(roll)
def calcTCTPdistribution():
numStats = 6
statRange = range(3, 19)
perfect = numStats * max(statRange)
tctps = {k: 0 for k in range(0, perfect - 3 * numStats + 1)}
for stats in generateArrangements(statRange, numStats):
TCTP = perfect - sum(stats)
tctps[TCTP] += numArrangements(stats)
# pprint.pprint(tctps)
print "TCTP\tCount"
for (tctp, count) in tctps.iteritems():
print str(tctp), "\t", count
