def declareAttack(self, ownedCountries, allCountries):
currentState = self.getCurrentState(ownedCountries)
#on s'interesse seulement au nombre de troop dans les pays qui peuvent
#s'attaquer
currentStateQ = tuple([self.getArmyDiff(zone[0].getNbTroops(), zone[1].getNbTroops()) for zone in currentState])
possibleActions = range(0, 2**len(currentState))
#Pour chaque frontiere, on peut attaquer ou ne rien faire, il y a donc 2**n choix possibles
#on peut encode un action dans un nombre binaire, ou chaque bit represente une frontiere
#si le bit est a 1, on attaque, sinon on ne fait rien
currentAction = None
attackActionList = []
if possibleActions:
currentAction = glie(self, currentStateQ, 1.1, 100, possibleActions)
actions = [x == '1' for x in '{0:b}'.format(currentAction)]
attackIndex = 0
for attack in actions:
if attack:
attackActionList.append(AttackAction(currentState[attackIndex][0], currentState[attackIndex][1], 3))
attackIndex += 1
self.lastState = currentStateQ
self.lastAction = currentAction
self.lastScore = self.getScore(ownedCountries, allCountries)
if len(attackActionList) == 0:
self.onAttackResult(-0.5, ownedCountries)
return attackActionList
def chooseStartingCountry(self, remainingCountry, ownedCountries, allCountries):
rem = ([r.getName() for r in remainingCountry])
rem.sort()
own = [o.getName() for o in ownedCountries]
own.sort()
currentState = (tuple(rem), tuple(own))
if(self.lastState and self.lastAction):
self.appendLastIteration(currentState)
currentAction = glie(self, currentState, 1.1, 10, currentState[0])
self.lastState = currentState
self.lastAction = currentAction
return next(country for country in remainingCountry if country.getName() is currentAction)
def moveTroop(self, turnAttackResults, ownedCountries, allCountries):
currentState = self.getCurrentState(ownedCountries)
possibleActions = self.getPossibleActions(ownedCountries.values())
currentAction = None
if possibleActions:
currentAction = glie(self, currentState, 1.1, 100, possibleActions)
self.lastState = currentState
self.lastAction = currentAction
self.lastScore = self.getScore(ownedCountries)
if currentAction:
startCountry = ownedCountries[currentAction[0]]
endCountry = ownedCountries[currentAction[1]]
return MoveAction(startCountry, endCountry, max(1, startCountry.getNbTroops()/2))
def placeTroops(self, nbTroopsToPlace, ownedCountries, allCountries):
currentState = self.getCurrentState(ownedCountries)
#action possible: ajouter 1 armée sur un pay
possibleActions = range(0, len(ownedCountries))
currentAction = glie(self, currentState, 1.1, 100, possibleActions)
self.lastState = currentState
self.lastAction = currentAction
self.lastScore = self.getScore(ownedCountries)
chosenCountry = currentState[currentAction][0]
placeTroopAction = []
placeTroopAction.append(PlaceTroopsAction(chosenCountry, nbTroopsToPlace))
return placeTroopAction
def placeStartingTroop(self, nbTroopsToPlace, ownedCountries, allCountries):
currentState = self.getCurrentState(ownedCountries)
if(self.lastState and self.lastAction):
self.appendLastIteration(currentState)
#action possible: ajouter 1 armée sur un pay
possibleActions = range(0, len(ownedCountries))
currentAction = glie(self, currentState, 1.1, 100, possibleActions)
self.lastState = currentState
self.lastAction = currentAction
chosenCountry = currentState[currentAction][0]
placeTroopAction = []
placeTroopAction.append(PlaceTroopsAction(chosenCountry, 1))
return placeTroopAction
