AlchemyERic

import random

def Target_input():
	target_count = input("How many Targets?")
	Target_List = [0]*target_count
	for x in range(0,target_count):
		Conq = str(x+1)
		Target_List[x] = input("What is the " + Conq + " target?: ")
	Target_List = sorted(Target_List, reverse=True)
	return Target_List

def Random_Roll(Random_Dice_Number):
	Random_List = [0]*Random_Dice_Number
	Random_Dice_Number_extra=Random_Dice_Number
	Random_Dice_Number_extra - 1
	for x in range(0,Random_Dice_Number_extra):
		Random_List[x]=random.randint(1,6)
	Random_List = sorted(Random_List, reverse=True)
	return Random_List

def Combine_dice(Random_List, Target_Number):
	for x in range(0,len(Random_List)):
		if(Random_List[0] == Target_Number):
			Holder = [Random_List, True]
			return Holder
			break
		if (x+1 >= len(Random_List)):
			Holder = [Random_List, False]
			return Holder
			break
		if (Random_List[x] == Random_List[x+1]):
			del Random_List[x]
			Random_List[x] = Random_List[x] + 1
			x = 0

def Compare_Dice_To_Targets(Target_List_Extra, Random_List):
	check = True
	Combine =0
	for x in range(0,len(Random_List)):
		if (len(Target_List_Extra) > len(Random_List) ):
			return (False,0)
			break
		if (Target_List_Extra[0] <= Random_List[0]):
			del Target_List_Extra[0]
			del Random_List[0]
		if (Target_List_Extra[:] == []):
			return (True,Combine)
			break
		if (Target_List_Extra[0] > Random_List[0]):
			Random_List_True = Combine_dice(Random_List, Target_List_Extra[0])
			Random_List = Random_List_True[0]
			check = Random_List_True[1]
			if(check == True):
				x = 0;
				Combine = Combine + 1
			else:
				return (False,0)
				break
def Alchemy_Method(Rolls_Count,Dice_rolling,Target_List,Combination,Try_Again):
	while(Try_Again==True):
		Success = 0
		Fail = 0
		Total = 0
		Precent_Chance = 0
		Fuckups = 0
		Test = (True,0)
		x=0
		while(x<Rolls_Count):
			Random_List = Random_Roll(Dice_rolling)
			New_List = Random_List[:]
			Target_List_Extra = Target_List[:]
			Test = Compare_Dice_To_Targets(Target_List_Extra, Random_List)
			if (Test[0] == True):
				Success = Success + 1
				Total = Total + 1
				x = x+1
				if(Test[1] == Combination):
					"""print" "
					print"||||||||||||||||||||||||||||||||||||||"
					Dazy = Test[1]
					Dazy = str(Dazy)
					print "Number of combinations: " + Dazy
					print "Dice Rolle: "
					print New_List
					print "Targets: "
					print Target_List"""
			if (Test[0] == False):
				Fail = Fail + 1
				Total = Total + 1
				x = x+1
			if (Test[0] != True and Test[0] != False):
				print Test
				print " MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM"
				x = x+1
				Fuckups = Fuckups +1
		precent_chance = round((float(Success)/float(Total)*100),9)
		Fail = str(Fail)
		Success = str(Success)
		Total = str(Total)
		precent_chance = str(precent_chance)
		Fuckups = str(Fuckups)
		print "\n"
		print 'Success: ' + Success + ' Fail: ' + Fail + ' Total: ' + Total + " Precent Chance To win: " + precent_chance + "% Fuckups: " + Fuckups
		print "\n"
		Try_Again = Try_Some_More()

def Try_Some_More():
		Try_Again = raw_input("Would you like to try again? [y/n], Press 'y' and enter for Yess. Press 'n' and enter for No.")
		if (Try_Again == "y"):
			return True
		if (Try_Again== "n"):
			return False

def How_many_trials():
	Test = True
	while(Test == True):
		Rolls_Count = input("How many roll trials would you like to run?: ")
		if (Rolls_Count < 10000000 and Rolls_Count > 0):
			return Rolls_Count
			break
		else:
			"You fucked up, try again."
def Number_Of_Dice_Rolling():
	Test = True
	while(Test == True):
		Dice_rolling = input("The # of dice are you rolling? ")
		if (Dice_rolling < 10000000 and Dice_rolling > 0):
			return Dice_rolling
			break
		else:
			"You fucked up, try again."

Rolls_Count = How_many_trials()
Dice_rolling =Number_Of_Dice_Rolling()
Target_List = Target_input()
Combination = input("Enter a # and I'll display every roll that required that I combine that many dice to hit the Targets ")
Try_Again = True
Alchemy_Method(Rolls_Count,Dice_rolling,Target_List,Combination,Try_Again)