def onBuildingBuilt(self, argsList):
city, iBuildingType = argsList
iOwner = city.getOwner()
tCity = (city.getX(), city.getY())
vic.onBuildingBuilt(iOwner, iBuildingType)
self.rel.onBuildingBuilt(city, iOwner, iBuildingType)
if iOwner < iNumPlayers:
self.com.onBuildingBuilt(iOwner, iBuildingType, city)
if isWorldWonderClass(gc.getBuildingInfo(iBuildingType).getBuildingClassType()):
sta.onWonderBuilt(iOwner, iBuildingType)
if iBuildingType == iPalace:
sta.onPalaceMoved(iOwner)
dc.onPalaceMoved(iOwner)
if city.isHasRealBuilding(iAdministrativeCenter): city.setHasRealBuilding(iAdministrativeCenter, False)
# Leoreth: in case human Phoenicia moves palace to Carthage
if iOwner == iCarthage and tCity == (58, 39):
utils.setReborn(iCarthage, True)
# Leoreth: update trade routes when Porcelain Tower is built to start its effect
if iBuildingType == iPorcelainTower:
gc.getPlayer(iOwner).updateTradeRoutes()
# Leoreth/Voyhkah: Empire State Building
if iBuildingType == iEmpireStateBuilding:
iPop = city.getPopulation()
city.setBuildingCommerceChange(gc.getInfoTypeForString("BUILDINGCLASS_EMPIRE_STATE_BUILDING"), 0, iPop)
# Leoreth: Machu Picchu
if iBuildingType == iMachuPicchu:
iNumPeaks = 0
for i in range(21):
if city.getCityIndexPlot(i).isPeak():
iNumPeaks += 1
city.setBuildingCommerceChange(gc.getInfoTypeForString("BUILDINGCLASS_MACHU_PICCHU"), 0, iNumPeaks * 2)
# Leoreth: Great Wall
if iBuildingType == iGreatWall:
for iPlot in range(gc.getMap().numPlots()):
plot = gc.getMap().plotByIndex(iPlot)
if plot.getOwner() == iOwner and not plot.isWater():
plot.setWithinGreatWall(True)
# Leoreth: La Mezquita
if iBuildingType == iMezquita:
lGPList = [0, 0, 0, 0, 0, 0, 0]
for city in utils.getCityList(iOwner):
for i in range(7):
iSpecialistUnit = utils.getUniqueUnit(iOwner, iGreatProphet + i)
lGPList[i] += city.getGreatPeopleUnitProgress(iSpecialistUnit)
iGPType = utils.getUniqueUnit(iOwner, iGreatProphet + utils.getHighestIndex(lGPList))
utils.makeUnit(iGPType, iOwner, tCity, 1)
CyInterface().addMessage(iOwner, False, iDuration, CyTranslator().getText("TXT_KEY_MEZQUITA_FREE_GP", (gc.getUnitInfo(iGPType).getText(), city.getName())), "", InterfaceMessageTypes.MESSAGE_TYPE_MINOR_EVENT, gc.getUnitInfo(iGPType).getButton(), ColorTypes(iWhite), city.getX(), city.getY(), True, True)
def canadianUP(self, city):
iPopulation = 5 * city.getPopulation() / 2
lProgress = []
bAllZero = True
for iSpecialist in [iGreatProphet, iGreatArtist, iGreatScientist, iGreatMerchant, iGreatEngineer, iGreatStatesman]:
iProgress = city.getGreatPeopleUnitProgress(utils.getUniqueUnit(city.getOwner(), iSpecialist))
if iProgress > 0: bAllZero = False
lProgress.append(iProgress)
if bAllZero:
iGreatPerson = utils.getRandomEntry([iGreatProphet, iGreatArtist, iGreatScientist, iGreatMerchant, iGreatEngineer, iGreatStatesman])
else:
iGreatPerson = utils.getHighestIndex(lProgress) + iGreatProphet
iGreatPerson = utils.getUniqueUnit(city.getOwner(), iGreatPerson)
city.changeGreatPeopleProgress(iPopulation)
city.changeGreatPeopleUnitProgress(iGreatPerson, iPopulation)
if utils.getHumanID() == city.getOwner():
CyInterface().addMessage(city.getOwner(), False, iDuration, CyTranslator().getText("TXT_KEY_UP_MULTICULTURALISM", (city.getName(), gc.getUnitInfo(iGreatPerson).getText(), iPopulation)), "", InterfaceMessageTypes.MESSAGE_TYPE_MINOR_EVENT, gc.getUnitInfo(iGreatPerson).getButton(), ColorTypes(iGreen), city.getX(), city.getY(), True, True)
def canadianUP(self, city):
iPopulation = 5 * city.getPopulation() / 2
lProgress = []
bAllZero = True
for iSpecialist in [iGreatProphet, iGreatArtist, iGreatScientist, iGreatMerchant, iGreatEngineer, iGreatStatesman]:
iProgress = city.getGreatPeopleUnitProgress(utils.getUniqueUnit(city.getOwner(), iSpecialist))
if iProgress > 0: bAllZero = False
lProgress.append(iProgress)
if bAllZero:
iGreatPerson = utils.getRandomEntry([iGreatProphet, iGreatArtist, iGreatScientist, iGreatMerchant, iGreatEngineer, iGreatStatesman])
else:
iGreatPerson = utils.getHighestIndex(lProgress) + iGreatProphet
iGreatPerson = utils.getUniqueUnit(city.getOwner(), iGreatPerson)
city.changeGreatPeopleProgress(iPopulation)
city.changeGreatPeopleUnitProgress(iGreatPerson, iPopulation)
if utils.getHumanID() == city.getOwner():
CyInterface().addMessage(city.getOwner(), False, iDuration, CyTranslator().getText("TXT_KEY_UP_MULTICULTURALISM", (city.getName(), gc.getUnitInfo(iGreatPerson).getText(), iPopulation)), "", InterfaceMessageTypes.MESSAGE_TYPE_MINOR_EVENT, gc.getUnitInfo(iGreatPerson).getButton(), ColorTypes(iGreen), city.getX(), city.getY(), True, True)
def determineTargetPlayer(self, iPlayer):
pPlayer = gc.getPlayer(iPlayer)
tPlayer = gc.getTeam(pPlayer.getTeam())
lPotentialTargets = []
lTargetValues = [0 for i in range(iNumPlayers)]
# determine potential targets
for iLoopPlayer in self.possibleTargets(iPlayer):
pLoopPlayer = gc.getPlayer(iLoopPlayer)
tLoopPlayer = gc.getTeam(pLoopPlayer.getTeam())
if iLoopPlayer == iPlayer: continue
# requires live civ and past contact
if not pLoopPlayer.isAlive(): continue
if not tPlayer.isHasMet(iLoopPlayer): continue
# no masters or vassals
if tPlayer.isVassal(iLoopPlayer): continue
if tLoopPlayer.isVassal(iPlayer): continue
# not already at war
if tPlayer.isAtWar(iLoopPlayer): continue
lPotentialTargets.append(iLoopPlayer)
if not lPotentialTargets: return -1
# iterate the map for all potential targets
for i in range(iWorldX):
for j in range(iWorldY):
iOwner = gc.getMap().plot(i, j).getOwner()
if iOwner in lPotentialTargets:
lTargetValues[iOwner] += pPlayer.getWarValue(i, j)
# hard to attack with lost contact
for iLoopPlayer in lPotentialTargets:
lTargetValues[iLoopPlayer] /= 8
# normalization
iMaxValue = utils.getHighestEntry(lTargetValues)
if iMaxValue == 0: return -1
for iLoopPlayer in lPotentialTargets:
lTargetValues[iLoopPlayer] *= 500
lTargetValues[iLoopPlayer] /= iMaxValue
for iLoopPlayer in lPotentialTargets:
# randomization
if lTargetValues[iLoopPlayer] <= iThreshold:
lTargetValues[iLoopPlayer] += gc.getGame().getSorenRandNum(
100, 'random modifier')
else:
lTargetValues[iLoopPlayer] += gc.getGame().getSorenRandNum(
300, 'random modifier')
# balanced by attitude
iAttitude = pPlayer.AI_getAttitude(iLoopPlayer) - 2
if iAttitude > 0:
lTargetValues[iLoopPlayer] /= 2 * iAttitude
# exploit plague
if data.players[iLoopPlayer].iPlagueCountdown > 0 or data.players[
iLoopPlayer].iPlagueCountdown < -10:
if gc.getGame().getGameTurn() > getTurnForYear(
tBirth[iLoopPlayer]) + utils.getTurns(20):
lTargetValues[iLoopPlayer] *= 3
lTargetValues[iLoopPlayer] /= 2
# determine master
iMaster = -1
for iLoopMaster in range(iNumPlayers):
if tLoopPlayer.isVassal(iLoopMaster):
iMaster = iLoopMaster
break
# master attitudes
if iMaster >= 0:
iAttitude = gc.getPlayer(iMaster).AI_getAttitude(iLoopPlayer)
if iAttitude > 0:
lTargetValues[iLoopPlayer] /= 2 * iAttitude
# peace counter
if not tPlayer.isAtWar(iLoopPlayer):
iCounter = min(
7, max(1, tPlayer.AI_getAtPeaceCounter(iLoopPlayer)))
if iCounter <= 7:
lTargetValues[iLoopPlayer] *= 20 + 10 * iCounter
lTargetValues[iLoopPlayer] /= 100
# defensive pact
if tPlayer.isDefensivePact(iLoopPlayer):
lTargetValues[iLoopPlayer] /= 4
# consider power
iOurPower = tPlayer.getPower(True)
iTheirPower = gc.getTeam(iLoopPlayer).getPower(True)
if iOurPower > 2 * iTheirPower:
lTargetValues[iLoopPlayer] *= 2
elif 2 * iOurPower < iTheirPower:
lTargetValues[iLoopPlayer] /= 2
# spare smallish civs
if iLoopPlayer in [iNetherlands, iPortugal, iItaly]:
lTargetValues[iLoopPlayer] *= 4
lTargetValues[iLoopPlayer] /= 5
# no suicide
if iPlayer == iNetherlands:
if iLoopPlayer in [iFrance, iHolyRome, iGermany]:
lTargetValues[iLoopPlayer] /= 2
elif iPlayer == iPortugal:
if iLoopPlayer == iSpain:
lTargetValues[iLoopPlayer] /= 2
elif iPlayer == iItaly:
if iLoopPlayer in [iFrance, iHolyRome, iGermany]:
lTargetValues[iLoopPlayer] /= 2
return utils.getHighestIndex(lTargetValues)
def determineTargetPlayer(self, iPlayer): pPlayer = gc.getPlayer(iPlayer) tPlayer = gc.getTeam(pPlayer.getTeam()) lPotentialTargets = [] lTargetValues = [0 for i in range(iNumPlayers)] # determine potential targets for iLoopPlayer in range(iNumPlayers): pLoopPlayer = gc.getPlayer(iLoopPlayer) tLoopPlayer = gc.getTeam(pLoopPlayer.getTeam()) # requires live civ and past contact if not pLoopPlayer.isAlive(): continue if not tPlayer.isHasMet(iLoopPlayer): continue # no masters or vassals if tPlayer.isVassal(iLoopPlayer): continue if tLoopPlayer.isVassal(iPlayer): continue # not already at war if tPlayer.isAtWar(iLoopPlayer): continue lPotentialTargets.append(iLoopPlayer) if not lPotentialTargets: return -1 # iterate the map for all potential targets for i in range(124): for j in range(68): iOwner = gc.getMap().plot(i,j).getOwner() if iOwner in lPotentialTargets: lTargetValues[iOwner] += pPlayer.getWarValue(i, j) # hard to attack with lost contact for iLoopPlayer in lPotentialTargets: lTargetValues[iLoopPlayer] /= 8 # normalization iMaxValue = utils.getHighestEntry(lTargetValues) if iMaxValue == 0: return -1 for iLoopPlayer in lPotentialTargets: lTargetValues[iLoopPlayer] *= 500 lTargetValues[iLoopPlayer] /= iMaxValue for iLoopPlayer in lPotentialTargets: # randomization if lTargetValues[iLoopPlayer] <= iThreshold: lTargetValues[iLoopPlayer] += gc.getGame().getSorenRandNum(100, 'random modifier') else: lTargetValues[iLoopPlayer] += gc.getGame().getSorenRandNum(300, 'random modifier') # balanced by attitude iAttitude = pPlayer.AI_getAttitude(iLoopPlayer) - 2 if iAttitude > 0: lTargetValues[iLoopPlayer] /= 2 * iAttitude # exploit plague if data.players[iLoopPlayer].iPlagueCountdown > 0 or data.players[iLoopPlayer].iPlagueCountdown < -10: if gc.getGame().getGameTurn() > getTurnForYear(tBirth[iLoopPlayer]) + utils.getTurns(20): lTargetValues[iLoopPlayer] *= 3 lTargetValues[iLoopPlayer] /= 2 # determine master iMaster = -1 for iLoopMaster in range(iNumPlayers): if tLoopPlayer.isVassal(iLoopMaster): iMaster = iLoopMaster break # master attitudes if iMaster >= 0: iAttitude = gc.getPlayer(iMaster).AI_getAttitude(iLoopPlayer) if iAttitude > 0: lTargetValues[iLoopPlayer] /= 2 * iAttitude # peace counter if not tPlayer.isAtWar(iLoopPlayer): iCounter = min(7, max(1, tPlayer.AI_getAtPeaceCounter(iLoopPlayer))) if iCounter <= 7: lTargetValues[iLoopPlayer] *= 20 + 10 * iCounter lTargetValues[iLoopPlayer] /= 100 # defensive pact if tPlayer.isDefensivePact(iLoopPlayer): lTargetValues[iLoopPlayer] /= 4 # consider power iOurPower = tPlayer.getPower(True) iTheirPower = gc.getTeam(iLoopPlayer).getPower(True) if iOurPower > 2 * iTheirPower: lTargetValues[iLoopPlayer] *= 2 elif 2 * iOurPower < iTheirPower: lTargetValues[iLoopPlayer] /= 2 # spare smallish civs if iLoopPlayer in [iNetherlands, iPortugal, iItaly]: lTargetValues[iLoopPlayer] *= 4 lTargetValues[iLoopPlayer] /= 5 # no suicide if iPlayer == iNetherlands: if iLoopPlayer in [iFrance, iHolyRome, iGermany]: lTargetValues[iLoopPlayer] /= 2 elif iPlayer == iPortugal: if iLoopPlayer == iSpain: lTargetValues[iLoopPlayer] /= 2 elif iPlayer == iItaly: if iLoopPlayer in [iFrance, iHolyRome, iGermany]: lTargetValues[iLoopPlayer] /= 2 return utils.getHighestIndex(lTargetValues)