def __init__(self, playerTrainer, oppTrainer):
""" Builds the two participating sides of the battle """
self.playerSide = BattleSide(playerTrainer)
self.oppSide = BattleSide(oppTrainer)
self.environment = BattleEnvironment()
self.over = False
self.round = BattleRound(self.playerSide, self.oppSide,
self.environment)
self.eventQueue = deque()
self.introduce()
def __init__(self, playerTrainer, oppTrainer):
""" Builds the two participating sides of the battle """
self.playerSide = BattleSide(playerTrainer)
self.oppSide = BattleSide(oppTrainer)
self.environment = BattleEnvironment()
self.over = False
self.round = BattleRound(self.playerSide, self.oppSide, self.environment)
self.eventQueue = deque()
self.introduce()
class Battle:
""" Represents a Battle between two Trainers """
def __init__(self, playerTrainer, oppTrainer):
""" Builds the two participating sides of the battle """
self.playerSide = BattleSide(playerTrainer)
self.oppSide = BattleSide(oppTrainer)
self.environment = BattleEnvironment()
self.over = False
self.round = BattleRound(self.playerSide, self.oppSide,
self.environment)
self.eventQueue = deque()
self.introduce()
def introduce(self):
""" Introduces the battle """
events = [
"%s challenges you to a Pokemon Battle!" %
self.getOppTrainer().getFullName()
]
events += self.sendOutPkmnToStart()
self.addEvents(events)
def sendOutPkmnToStart(self):
""" Sends out Pkmn on both sides """
events = []
events += self.oppSide.sendOutPkmnAtStart()
events += self.playerSide.sendOutPkmnAtStart()
return events
def removeEventFromQueue(self, event=None):
""" Pops a message from the message queue if it has been fully displayed """
if len(self.eventQueue) > 0:
if self.eventQueue[0].fullyDisplayed:
self.eventQueue.popleft()
def update(self):
""" Update the Battle object """
def performRound(self, alreadySelectedActions):
""" Performs a single round """
self.round.run(alreadySelectedActions)
self.addEvents(self.round.events)
self.addEvents(self.betweenRounds())
def betweenRounds(self):
""" Perform between rounds """
self.playerSide.betweenRounds()
self.oppSide.betweenRounds()
return self.environment.betweenRounds(self.playerSide, self.oppSide)
def refillSides(self, pokemonReplacements):
""" Refills fainted Pkmn on each side """
self.checkOver()
if not self.over:
events = self.playerSide.refill(pokemonReplacements)
events += self.oppSide.refill(pokemonReplacements)
self.addEvents(events)
def checkOver(self):
""" Checks if the game is Over """
self.checkOverForSide(self.playerSide)
if not self.over:
self.checkOverForSide(self.oppSide)
def checkOverForSide(self, side):
""" Checks if the game is over because the side has no Pkmn """
if not side.hasPokemon():
self.over = True
self.addEvents([side.trainer.getBeatenMessage()])
def addEvents(self, events):
""" Adds the given events to the event queue """
battleEvents = []
for event in events:
battleEvents.append(event)
self.eventQueue += deque(battleEvents)
def noEvents(self):
""" Returns if there are no events in the event queue """
return len(self.eventQueue) == 0
def getPlayerTrainer(self):
""" Returns the Player Trainer """
return self.playerSide.trainer
def getOppTrainer(self):
""" Returns the Opposing Trainer """
return self.oppSide.trainer
def getPlayerPkmn(self):
""" Returns the Pokemon currently out """
return self.playerSide.pkmnInPlay
def getOppPkmn(self):
""" Returns the Pokemon currently out """
return self.oppSide.pkmnInPlay
class Battle:
""" Represents a Battle between two Trainers """
def __init__(self, playerTrainer, oppTrainer):
""" Builds the two participating sides of the battle """
self.playerSide = BattleSide(playerTrainer)
self.oppSide = BattleSide(oppTrainer)
self.environment = BattleEnvironment()
self.over = False
self.round = BattleRound(self.playerSide, self.oppSide, self.environment)
self.eventQueue = deque()
self.introduce()
def introduce(self):
""" Introduces the battle """
events = ["%s challenges you to a Pokemon Battle!" % self.getOppTrainer().getFullName()]
events += self.sendOutPkmnToStart()
self.addEvents(events)
def sendOutPkmnToStart(self):
""" Sends out Pkmn on both sides """
events = []
events += self.oppSide.sendOutPkmnAtStart()
events += self.playerSide.sendOutPkmnAtStart()
return events
def removeEventFromQueue(self, event=None):
""" Pops a message from the message queue if it has been fully displayed """
if len(self.eventQueue) > 0:
if self.eventQueue[0].fullyDisplayed:
self.eventQueue.popleft()
def update(self):
""" Update the Battle object """
def performRound(self, alreadySelectedActions):
""" Performs a single round """
self.round.run(alreadySelectedActions)
self.addEvents(self.round.events)
self.addEvents(self.betweenRounds())
def betweenRounds(self):
""" Perform between rounds """
self.playerSide.betweenRounds()
self.oppSide.betweenRounds()
return self.environment.betweenRounds(self.playerSide, self.oppSide)
def refillSides(self, pokemonReplacements):
""" Refills fainted Pkmn on each side """
self.checkOver()
if not self.over:
events = self.playerSide.refill(pokemonReplacements)
events += self.oppSide.refill(pokemonReplacements)
self.addEvents(events)
def checkOver(self):
""" Checks if the game is Over """
self.checkOverForSide(self.playerSide)
if not self.over:
self.checkOverForSide(self.oppSide)
def checkOverForSide(self, side):
""" Checks if the game is over because the side has no Pkmn """
if not side.hasPokemon():
self.over = True
self.addEvents([side.trainer.getBeatenMessage()])
def addEvents(self, events):
""" Adds the given events to the event queue """
battleEvents = []
for event in events:
battleEvents.append(event)
self.eventQueue += deque(battleEvents)
def noEvents(self):
""" Returns if there are no events in the event queue """
return len(self.eventQueue) == 0
def getPlayerTrainer(self):
""" Returns the Player Trainer """
return self.playerSide.trainer
def getOppTrainer(self):
""" Returns the Opposing Trainer """
return self.oppSide.trainer
def getPlayerPkmn(self):
""" Returns the Pokemon currently out """
return self.playerSide.pkmnInPlay
def getOppPkmn(self):
""" Returns the Pokemon currently out """
return self.oppSide.pkmnInPlay
