def execute(self, game):
maps = game.maps
stockpile = Stockpile()
mapProvince = maps.findProvince(self.province)
if self.outputType == QUERY_RESOURCE_OUTPUT_ACTUAL:
total = mapProvince.actualResourceOutput
else:
total = mapProvince.maxResourceOutput
stockpile.deposit(total)
return stockpile.toList()
def execute(self, game):
maps = game.maps
nation = game.getPlayerNation(self.player)
stockpile = Stockpile()
for province in nation.provinces:
if not nation.capitalConnected[province]:
continue
mapProvince = maps.findProvince(province)
if self.outputType == QUERY_RESOURCE_OUTPUT_ACTUAL:
total = mapProvince.actualResourceOutput
else:
total = mapProvince.maxResourceOutput
stockpile.deposit(total)
return stockpile.toList()
def execute(self, game):
player = self.player
civilians = game.getPlayerCivilians(player)
warehouse = game.getPlayerWarehouse(player)
sp = warehouse.projectedStockpile(spendsUpTo=SPEND_DEVELOPMENT)
devSpend = Stockpile()
for id, assgn in civilians.allActiveAssignments:
resourceCost = assgn.perTurnResourceCost(game, player)
rc = ResourceConstraint(resourceCost)
if rc.isSatisfied(sp):
rc.satisfy(sp)
devSpend.deposit(rc.resources)
assgn.progressBlocked = False
else:
assgn.progressBlocked = True
logging.info('Assignment %s blocked' % (assgn))
warehouse.assignSpend(SPEND_DEVELOPMENT, devSpend.toList())
def actualResourceOutput(self):
stockpile = Stockpile()
for terrainTile in self.mapTerrainTiles:
resources = terrainTile.actualResourcesProduced
stockpile.deposit(resources)
return stockpile.toList()
class PlayerWarehouse(object):
def __init__(self, player):
self.player = player
self.stockpile = Stockpile()
self.gain = {
GAIN_TRANSPORT: Stockpile(),
GAIN_PRODUCTION: Stockpile(),
GAIN_TRADE: Stockpile(),
}
self.spend = {
SPEND_TRANSPORT: Stockpile(),
SPEND_PRODUCTION: Stockpile(),
SPEND_TRADE: Stockpile(),
SPEND_RECRUITMENT: Stockpile(),
SPEND_DEVELOPMENT: Stockpile(),
SPEND_WORKER_UPKEEP: Stockpile(),
}
def projectedStockpile(self, gainsUpTo=None, spendsUpTo=None):
gainList = WH_GAIN_PRIORITY[:WH_GAIN_PRIORITY.index(
gainsUpTo)] if gainsUpTo else WH_GAIN_PRIORITY
spendList = WH_SPEND_PRIORITY[:WH_SPEND_PRIORITY.index(spendsUpTo)] if spendsUpTo else WH_SPEND_PRIORITY
stockpile = self.stockpile.clone()
for gainType in gainList:
stockpile.deposit(self.gain[gainType].toList())
for spendType in spendList:
stockpile.withdraw(self.spend[spendType].toList())
return stockpile
@property
def balance(self):
s = Stockpile(allowNegative=True)
for gainType in self.gain:
s.deposit(self.gain[gainType].toList())
for spendType in self.spend:
s.withdraw(self.spend[spendType].toList())
return s
def getGain(self, gainType):
return self.gain[gainType]
def getSpend(self, spendType):
return self.spend[spendType]
def assignGain(self, gainType, resources):
self.gain[gainType].assign(resources)
def assignSpend(self, spendType, resources):
self.spend[spendType].assign(resources)
def resetAllGains(self):
for gainType in self.gain:
self.resetGain(gainType)
def resetAllSpends(self):
for spendType in self.spend:
self.resetSpend(spendType)
def resetGain(self, gainType):
self.gain[gainType].assign(Stockpile(allowNegative=True).toList())
def resetSpend(self, spendType):
self.spend[spendType].assign(Stockpile(allowNegative=True).toList())
def postGain(self, gainType):
self.stockpile.deposit(self.gain[gainType].toList())
def postSpend(self, spendType):
self.stockpile.withdraw(self.spend[spendType].toList())
def getAmount(self, resourceName):
return self.stockpile[resourceName]
def listStockpile(self):
return self.stockpile.toList()
#accepts input of list of resources with quantities, returns lacking for each material
#e.g. [(RESOURCE_IRON, 1)]
#-> [] if sufficient, [(RESOURCE_IRON, 1)] if lacking
def checkLacking(self, materialsWithQuants):
lacking = []
for material, quantity in materialsWithQuants:
if self.stockpile[material] < quantity:
lacking.append((material, quantity-self.stockpile[material]))
return lacking
def deposit(self, materialsWithQuants):
self.stockpile.deposit(materialsWithQuants)
def withdraw(self, materialsWithQuants):
self.stockpile.withdraw(materialsWithQuants)