/
tyrantUtil.py
125 lines (93 loc) · 4.71 KB
/
tyrantUtil.py
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import argparse
from collections import Counter
import math
#import numpy
from operator import itemgetter
import os
import random
import re
import resultsDatabase
import subprocess
import xml.sax
import deckBuilder
import deckHasher
import deckOutput
import cardLoader
import simulator
import tyrantArgs
def runStep(step, versus, args, resultsDb, replacementSets, ownedCards, commanderIds, playedIds, uniqueIds, legendaryIds):
print("Starting step " + str(step))
sortInDeckHash = not(args.ordered == 1)
replacementOffset = step % len(replacementSets)
print("\t... replacementOffset: " + str(replacementOffset))
deckHashes = []
if step == 0:
deckCount = 10 # how many random decks to start from
for deck_i in range(0, deckCount):
randomDeck = deckBuilder.randomDeck(commanderIds, playedIds, legendaryIds, uniqueIds)
deckHashes.append(deckHasher.deckToHash(randomDeck, sortInDeckHash))
resultScores = simulator.runVersusMatrix(versus, deckHashes, resultsDb, args.numSims, args.defense, args.ordered, args.surge)
else:
previousFile = tyrantArgs.getOutputDir(args) + tyrantArgs.getOutputFile(args, step - 1)
previousHashes = cardLoader.loadHashesFromFile(previousFile, 1)
for evolve_i in range(0, 11):
if((evolve_i == 0) and args.ignoreCommanders):
continue
print("\t... index " + str(evolve_i))
intermediateSteps = []
for oldHash_i in range(0, len(previousHashes)):
evolvedHash = previousHashes[oldHash_i]
print("\t... evolving deck " + str(oldHash_i) + ": " + evolvedHash)
evolvedDeck = deckHasher.hashToDeck(evolvedHash)
evolvedDecks = []
replacements = commanderIds
if(evolve_i > 0):
replacementIndex = (evolve_i - 1 + replacementOffset) % len(replacementSets)
replacements = deckBuilder.updateReplacementsForIndex(set(replacementSets[replacementIndex]), evolvedDeck, evolve_i, uniqueIds, legendaryIds, ownedCards)
evolvedDecks.extend(deckBuilder.deckEvolutionsForIndex(evolvedDeck, evolve_i, replacements))
if(args.ordered and evolve_i > 0):
# we don't really need to try all swaps possible every step;
# over a long run this will cover everything
swap_index = (evolve_i + step) % 10 + 1
evolvedDecks.extend(deckBuilder.orderSwap(evolvedDeck, evolve_i, range(swap_index, swap_index + 1)))
evolvedHashes = [deckHasher.deckToHash(deck, sortInDeckHash) for deck in evolvedDecks]
evolvedHashes.append(evolvedHash) # keep simulating the one at the top to keep it honest
resultScores = simulator.runVersusMatrix(versus, evolvedHashes, resultsDb, args.numSims, args.defense, args.ordered, args.surge)
previousHashes[oldHash_i] = resultScores[0][0]
intermediateSteps.append(resultScores[0])
print(deckOutput.outputStringFromResults(intermediateSteps))
deckHashes = list(previousHashes)
resultScores = simulator.getVersusScores(resultsDb, None, versus, args.defense)
if(len(resultScores) > 20):
resultScores = resultScores[0:20]
deckOutput.saveStep(tyrantArgs.getOutputDir(args), args.prefix, str(step), resultScores)
def doEvolve(resultsDb = None, args = None):
if(args is None):
args = tyrantArgs.getArgs()
cards = cardLoader.loadCardsWithArgs(args)
ownedCards = []
ownedCardsSet = set()
if(args.owned):
ownedCards = cardLoader.loadCardsFromNameFile(args.ownedFile, cards)
ownedCardsSet = set(ownedCards.elements())
[commanderIds, playedIds, uniqueIds, legendaryIds] = cardLoader.getIdsFromCardData(cards, ownedCardsSet, args.ignoreActions, args.ignoreCommons)
numberOfPlayedCards = 10
replacementSets = deckBuilder.createReplacementSets(playedIds, numberOfPlayedCards)
###args line
tyrantArgs.processPrefix(args)
versus = tyrantArgs.getVersus(args)
if(resultsDb is None):
resultsDb = {}
stepsRemaining = args.stepCount
step = -1
while(stepsRemaining > 0):
step = step + 1
stepFile = tyrantArgs.getOutputDir(args) + tyrantArgs.getOutputFile(args, step)
if(os.path.exists(stepFile)):
#print("Step " + str(step) + " file found. Skipping...")
continue
print("Starting at step " + str(step))
runStep(step, versus, args, resultsDb, replacementSets, ownedCards, commanderIds, playedIds, uniqueIds, legendaryIds)
stepsRemaining = stepsRemaining - 1
#print(len(resultsDb['m_347'].keys()))
#doEvolve()