Mega Man Battle Network 4 Tournament Generator

MatchFixer.py

from enum import Enum

class Object(object):
	pass

class Version(Enum):
	RedSun = 0
	BlueMoon = 1

class Navi(Enum):
	Empty = -1
	GutsMan = 0
	FireMan = 1
	NumberMan = 2
	AquaMan = 3
	Roll = 4
	WindMan = 5
	MetalMan = 6
	WoodMan = 7
	ThunderMan = 8
	SearchMan = 9
	ProtoMan = 10
	JunkMan = 11
	SparkMan = 12
	TopMan = 13
	ColdMan = 14
	BurnerMan = 15
	VideoMan = 16
	KendoMan = 17
	Ponta1 = 20
	Tetsu1 = 21
	Ponta2 = 22
	Tetsu2 = 23
	Flave1 = 24
	Riki = 25
	Flave2 = 26
	Paulie1 = 27
	JackBomber = 28
	Paulie2 = 29
	MegaMan = 30

class Rng(object):
	def __init__(self):
		self.seed = 0xA338244F

	def print_seed(self):
		print(format(self.seed, "08X"))

	def next(self):
		self.seed = (((self.seed << 1) + (self.seed >> 31) + 1) ^ 0x873CA9E5) & 0xFFFFFFFF
		return self.seed

	def nextInt(self, max):
		return self.next() % max

class TournamentGenerator(object):
	def __init__(self, version):
		self.allSoulNavis = [
			[
				[Navi.GutsMan, Navi.FireMan],
				[Navi.Roll, Navi.WindMan],
				[Navi.ThunderMan, Navi.SearchMan]
			], [
				[Navi.AquaMan, Navi.NumberMan],
				[Navi.MetalMan, Navi.WoodMan],
				[Navi.ProtoMan, Navi.JunkMan]
			]
		]
		self.allUniqueNavis = [
			[Navi.SparkMan, Navi.TopMan],
			[Navi.VideoMan, Navi.BurnerMan],
			[Navi.KendoMan, Navi.ColdMan]
		]
		self.allOtherNavis = [
			[
				[Navi.NumberMan, Navi.AquaMan],
				[Navi.MetalMan, Navi.WoodMan],
				[Navi.ProtoMan, Navi.JunkMan]
			], [
				[Navi.GutsMan, Navi.FireMan],
				[Navi.Roll, Navi.WindMan],
				[Navi.ThunderMan, Navi.SearchMan]
			]
		]
		self.rng = Rng()
		self.version = version
		self.game = 0
		self.tourney = 0
		self.soulSwapped = False
		self.soulNavis = [
			[Navi.Empty, Navi.Empty],
			[Navi.Empty, Navi.Empty],
			[Navi.Empty, Navi.Empty]
		]
		self.uniqueNavis = [
			[Navi.Empty, Navi.Empty, Navi.Empty, Navi.Empty],
			[Navi.Empty, Navi.Empty, Navi.Empty, Navi.Empty],
			[Navi.Empty, Navi.Empty, Navi.Empty, Navi.Empty]
		]
		self.normalNavis = [
			[Navi.Ponta1, Navi.Ponta2],
			[Navi.Flave1, Navi.Flave2],
			[Navi.JackBomber]
		]
		self.heelNavis = [
			[Navi.Tetsu1, Navi.Tetsu2],
			[Navi.Riki],
			[Navi.Paulie1, Navi.Paulie2]
		]
		self.doneNavis = []
		self.matches = [Navi.Empty, Navi.Empty, Navi.Empty]

	def addSoulNavis(self):
		if self.game == 0:
			if self.tourney == 0 or self.rng.nextInt(2) == 0:
				self.soulNavis[self.tourney] = self.allSoulNavis[self.version.value][self.tourney]
			else:
				self.soulNavis[self.tourney] = self.allSoulNavis[self.version.value][self.tourney][::-1]
		# TODO: Can be True/False randomly (50%/50%)
		elif self.tourney == 2 or (self.tourney == 1 and False):
			if not self.soulSwapped:
				self.soulSwapped = True
				self.soulNavis[self.tourney] = self.soulNavis[self.tourney][::-1]

	def addUniqueNavis(self):
		navis = self.allUniqueNavis[self.tourney]
		# Run at least once
		for i in range(0, max(self.rng.nextInt(4), 1)):
			a = self.rng.nextInt(8) % len(navis)
			# Actually what the game does.
			# Not a typo.
			b = (a + 1) & (len(navis) - 1)
			navis[a], navis[b] = navis[b], navis[a]
		
		done = []
		notDone = []
		for navi in navis:
			if navi in self.doneNavis:
				done.append(navi)
			else:
				notDone.append(navi)
		
		for navi in notDone:
			if navi in self.allOtherNavis[self.version.value][self.tourney]:
				first = navi
				break
		else:
			if notDone:
				first = notDone[0]
			else:
				first = done[0]
				# Check if chosen unique Navi is same as last time.
				if first == self.uniqueNavis[self.tourney][0]:
					first = done[1]
		
		last = self.uniqueNavis[self.tourney][0]
		if last == Navi.Empty:
			last = notDone[1]
		elif last in navis:
			last = last
		elif False:
			print("Check this weird edge case");
			# what is this?
			last = notDone[1]
		else:
			print("Check this weird edge case");
			# huh?
			last = Navi.GutsMan
		self.uniqueNavis[self.tourney][0] = first
		self.uniqueNavis[self.tourney][len(navis) - 1] = last

		i = 1
		for navi in navis:
			if navi != first and navi != last:
				self.uniqueNavis[self.tourney][i] = navi
				i += 1

		if not first in self.doneNavis:
			self.doneNavis.append(first)

	def fillBracket(self):
		soulNavi = self.soulNavis[self.tourney][0]
		uniqueNavi = self.uniqueNavis[self.tourney][0]
		normalNavi = self.normalNavis[self.tourney][0]
		heelNavi = self.heelNavis[self.tourney][0]

		bracketL = [Navi.MegaMan]
		bracketR = []

		if self.game == 0 and self.tourney == 0:
			if self.rng.nextInt(2) == 0:
				bracketL.append(heelNavi)
				bracketL.append(soulNavi)
				bracketR.append(uniqueNavi)
			else:
				bracketL.append(normalNavi)
				bracketL.append(soulNavi)
				bracketR.append(uniqueNavi)
		else:
			ra, rb = self.rng.nextInt(4), self.rng.nextInt(2)
			if ra == 0 and rb == 0:
				bracketL.append(uniqueNavi)
				bracketL.append(normalNavi)
				bracketR.append(soulNavi)
				bracketR.append(heelNavi)
			elif ra == 0 and rb == 1:
				bracketL.append(uniqueNavi)
				bracketL.append(heelNavi)
				bracketR.append(soulNavi)
				bracketR.append(normalNavi)
			elif ra == 1 and rb == 0:
				bracketL.append(soulNavi)
				bracketL.append(normalNavi)
				bracketR.append(uniqueNavi)
				bracketR.append(heelNavi)
			elif ra == 1 and rb == 1:
				bracketL.append(soulNavi)
				bracketL.append(heelNavi)
				bracketR.append(uniqueNavi)
				bracketR.append(normalNavi)
			elif ra == 2 and rb == 0:
				bracketL.append(normalNavi)
				bracketL.append(uniqueNavi)
				bracketR.append(soulNavi)
			elif ra == 2 and rb == 1:
				bracketL.append(normalNavi)
				bracketL.append(soulNavi)
				bracketR.append(uniqueNavi)
			elif ra == 3 and rb == 0:
				bracketL.append(heelNavi)
				bracketL.append(uniqueNavi)
				bracketR.append(soulNavi)
			elif ra == 3 and rb == 1:
				bracketL.append(heelNavi)
				bracketL.append(soulNavi)
				bracketR.append(uniqueNavi)
		
		loseNavis = []
		loseNavis.append(self.soulNavis[self.tourney][1])
		for navi in reversed(self.uniqueNavis[self.tourney]):
			if navi != Navi.Empty:
				loseNavis.append(navi)
				break
		for navi in reversed(self.normalNavis[self.tourney]):
			if navi != Navi.Empty:
				if navi not in (bracketL + bracketR):
					loseNavis.append(navi)
				break
		for navi in reversed(self.heelNavis[self.tourney]):
			if navi != Navi.Empty:
				if navi not in (bracketL + bracketR):
					loseNavis.append(navi)
				break

		# This should be len(loseNavis) - 1, but they forgot to push that onto the stack
		# Put a random lose Navi in the final left bracket slot
		prev = self.rng.seed >> 31
		r = self.rng.nextInt(8)
		while (r > prev):
			r -= 1 + prev
		bracketL.append(loseNavis[r])
		
		# Append unfinished right bracket to finished left bracket
		bracket = bracketL + bracketR

		# Gather all leftover Navis
		allNavis = []
		allNavis += self.soulNavis[self.tourney]
		allNavis += self.uniqueNavis[self.tourney]
		allNavis += self.normalNavis[self.tourney]
		allNavis += self.heelNavis[self.tourney]
		leftNavis = []
		for navi in allNavis:
			if navi != Navi.Empty and navi not in bracket:
				leftNavis.append(navi)

		# Shuffle leftover Navis
		for i in range(5):
			ra = self.rng.nextInt(8) % len(leftNavis)
			rb = (ra + 1) % len(leftNavis)
			leftNavis[ra], leftNavis[rb] = leftNavis[rb], leftNavis[ra]

		# Fill rest of bracket with leftover Navis
		r = self.rng.nextInt(8) % len(leftNavis)
		while (len(bracket) < 8):
			bracket.append(leftNavis[r])
			r = (r + 1) % len(leftNavis)

		# Flip matchups
		r = self.rng.next()
		for i in range(0, 8, 2):
			if r & 1:
				bracket[i], bracket[i + 1] = bracket[i + 1], bracket[i]
			r >>= 4

		# Flip semifinals
		if (self.rng.nextInt(2) == 0):
			bracket[0], bracket[2] = bracket[2], bracket[0]
			bracket[1], bracket[3] = bracket[3], bracket[1]
		bracket[4], bracket[6] = bracket[6], bracket[4]
		bracket[5], bracket[7] = bracket[7], bracket[5]

		# Flip finals
		if (self.rng.nextInt(2) == 0):
			bracket[0], bracket[4] = bracket[4], bracket[0]
			bracket[1], bracket[5] = bracket[5], bracket[1]
			bracket[2], bracket[6] = bracket[6], bracket[2]
			bracket[3], bracket[7] = bracket[7], bracket[3]

		for i in range(8):
			navi = bracket[i]
			if navi == Navi.MegaMan:
				priority = 0
			elif navi in self.soulNavis[self.tourney]:
				priority = self.soulNavis[self.tourney].index(navi)
			elif navi in self.uniqueNavis[self.tourney]:
				priority = self.uniqueNavis[self.tourney].index(navi)
			elif navi in self.normalNavis[self.tourney]:
				priority = self.normalNavis[self.tourney].index(navi)
			elif navi in self.heelNavis[self.tourney]:
				priority = self.heelNavis[self.tourney].index(navi)
			self.bracket[i] = Object()
			self.bracket[i].navi = navi
			self.bracket[i].priority = priority

	def getMatches(self):
		self.matches[0] = self.getMatch(self.bracket)
		round2 = self.advanceRound(self.bracket)
		self.matches[1] = self.getMatch(round2)
		round3 = self.advanceRound(round2)
		self.matches[2] = self.getMatch(round3)
		return self.matches

	def advanceRound(self, round):
		next = []
		for i in range(len(round) >> 1):
			left = round[i * 2]
			right = round[i * 2 + 1]
			next.append(self.matchResult(left, right))
		return next

	def getMatch(self, round):
		for i in range(0, len(round), 2):
			if round[i].navi == Navi.MegaMan:
				return round[i + 1].navi
			elif round[i + 1].navi == Navi.MegaMan:
				return round[i].navi

	def matchResult(self, left, right):
		if left.navi == Navi.MegaMan:
			return left
		elif right.navi == Navi.MegaMan:
			return right

		if left.priority < right.priority:
			return left
		elif right.priority < left.priority:
			return right

		if left.navi.value < 20 and right.navi.value >= 20:
			return left
		elif right.navi.value < 20 and left.navi.value >= 20:
			return right

		if self.rng.nextInt(2) == 0:
			return left
		else:
			return right

	def create(self):
		self.bracket = [[Navi.Empty, 0]] * 8
		self.addSoulNavis()
		self.addUniqueNavis()
		self.fillBracket()

		self.tourney += 1
		if (self.tourney == 3):
			self.game += 1
			self.tourney = 0

		return self.getMatches()

	def padNaviName(self, name):
		r = name
		if r[-1] in "12":
			r = name[:-1]
		if len(r) < 8:
			r += "\t"
		return r

	def bracket_to_string(self):
		s = ""
		for entry in self.bracket:
			s += "\t" + self.padNaviName(entry.navi.name)
		return s[1:]

	def matches_to_string(self):
		s = ""
		for navi in self.matches:
			s += "\t" + self.padNaviName(navi.name)
		return s[1:]

rng = Rng()
for i in range(10000):
	tg = TournamentGenerator(Version.BlueMoon)
	tg.rng.seed = rng.seed
	s = "frame " + str(i).rjust(4) + "\t"
	s += "seed " + format(tg.rng.seed, "08X")
	
	if (True):
		tg.create()
		s += "\n\t1:\t" + tg.bracket_to_string()
		tg.create()
		s += "\n\t2:\t" + tg.bracket_to_string()
		tg.create()
		s += "\n\t3:\t" + tg.bracket_to_string()
	else:
		tg.create()
		s += "\t" + tg.matches_to_string()
		tg.create()
		s += "\t" + tg.matches_to_string()
		tg.create()
		s += "\t" + tg.matches_to_string()

	rng.next()
	print(s)

Is there a patch for this tournament generator

how do i use MatchFixer.py