Die Roller - multiple die types

#Code for matching number of each symbol type, locking successes

#Results for 6 dice###########
#----2 symbols-----------
#1 each of 2 symbols 	~90
#2 of a single symbol	~80

#----3 symbols-----------
#1 each of 3 symbols 	~80
#2 of 1, 1 of another	~70
#3 of a single symbol	~50 **

##----4 symbols-----------
#3 of 1, 1 of another	~40 **
#2 of 1, 1 of two others~55 **
#2 each of 2 symbols 	~45 **
#1 each of 4 symbols 	~65 easy
#4 of a single symbol	~20 hard

#----5 symbols-----------
#1 each of 3, 2 of anoth~40 **
#1 each of 5 symbols 	~45 **
#5 of a single symbol	~04

#----6 symbols-----------
#3 each of 2 symbols 	~04
#2 each of 3 symbols	~09
#1 each of 6 symbols 	~20 hard (also means using defence/move symbols)
#6 of a single symbol	~00.6

from random import randint
initialdice = 6 	#number of dice rolled
numrolls = 3 		#number of rolls allowed per turn
num_tests = 1 	#total number of turns to undertake

#Red: slashing (ssbpmd) Yellow: piercing (ppbsmd) Green: bludgeoning (bbpsmd) Black: attack (bpsmdw) Pink: move (mmbpsd) Yellow: defence (ddbpsm)
#symbols:
#0 slashing, 1 bludgeoning, 2 piercing, 3 moving, 4 defence, 5 wildcard
die_type = [[0 for x in range(6)] for x in range (6)]
die_type[0] = [0,1,2,3,4,5] #attack
die_type[1] = [0,0,1,2,3,4] #slashing
die_type[2] = [0,1,2,2,3,4] #piercing
die_type[3] = [0,1,1,2,3,4] #bludgeoning
die_type[4] = [0,1,2,3,3,4] #movement
die_type[5] = [0,1,2,3,4,4] #defence
#hierarchy symbol > die_type > die_pool

die_pool = [0,1,2,3,4,5] #each type of die in the pool/hand
die_locked = [0,0,0,0,0,0] #1 when locked
#base character would be one of each [0,1,2,3,4,5]
#eg. sword would be Sword: 1 attack, 2 slash, 1 pierce, 0 bludgeon, 1 move, 1 defence [0, 1, 1, 2, 4, 5]

#number of times each face/symbol must be rolled/locked (assuming 6 sided die here) eg [0,0,0,2,0,1] means two 4's and one 6 must be rolled 
successval = [1,0,0,0,0,0] 
any_success_val = 4 #any type of success

#die_type[die_pool[dice]][roll]

print "Success required: "
for i in range(0,initialdice):
    print str(i+1) + ": " +str(successval[i])

#counters
numdice = initialdice
num_trials = 0
successes = 0

#code start
#number of trials
for iterations in range (0,num_tests):
    numdice = initialdice
    success = [0 for x in range(initialdice)]
    print"_____________________________________"
    print "Trial: " + str(iterations+1)
    #3 rolls (turns)
    for turns in range (0,numrolls):
        print "  Turn "+str(turns+1) + ", Number of dice " + str(numdice)        
        for dice in range (0, numdice):
            print "       Die: " +str(dice) + "",
            if die_locked[dice] == 0:
            	roll = randint(1,6)
            	symbol = die_type[die_pool[dice]][roll-1]
            	print "    Roll: ",
            	print str(roll) +", symbol: " +str(symbol) +"",
                if successval[symbol] > success[symbol]:
                    die_locked[dice] = 1
                    success[symbol] +=1
                    print "match, die locking",
            else:
                print "die previously locked",
            print""

print "Number of trials " + str(num_trials)

print "Successes: " + str(float(successes)/float(num_tests))

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