def onLoad(argsList):
'Called when a file is loaded'
import pickle
import CvEventInterface
loadDataStr=argsList[0]
if len(loadDataStr):
CvEventInterface.onEvent( ('OnLoad',pickle.loads(loadDataStr),0,0,0,0,0 ) )
def onLoad(argsList):
'Called when a file is loaded'
import pickle
import CvEventInterface
loadDataStr=argsList[0]
if len(loadDataStr):
CvEventInterface.onEvent( ('OnLoad',pickle.loads(loadDataStr),0,0,0,0,0 ) )
def onLoad(argsList):
import CvEventInterface
loadDataStr = argsList[0]
if loadDataStr:
import cPickle
CvEventInterface.onEvent(
('OnLoad', cPickle.loads(loadDataStr), 0, 0, 0, 0, 0))
def onLoad(argsList):
import CvScreensInterface
CvScreensInterface.mainInterface.bSetStartZoom = True
import CvEventInterface
loadDataStr = argsList[0]
if loadDataStr:
import cPickle
CvEventInterface.onEvent(('OnLoad', cPickle.loads(loadDataStr), 0, 0, 0, 0, 0))
def doHotSeatCheck(args):
"""
Called during EndPlayerTurn, fires SwitchHotSeatPlayer event during a hot seat
game when the active player's turn ends.
"""
iGameTurn, ePlayer = args
game = gc.getGame()
if game.isHotSeat() and ePlayer == game.getActivePlayer():
CvEventInterface.getEventManager().fireEvent("SwitchHotSeatPlayer", ePlayer)
def doHotSeatCheck(args):
"""
Called during EndPlayerTurn, fires SwitchHotSeatPlayer event during a hot seat
game when the active player's turn ends.
"""
iGameTurn, ePlayer = args
game = gc.getGame()
if game.isHotSeat() and ePlayer == game.getActivePlayer():
CvEventInterface.getEventManager().fireEvent("SwitchHotSeatPlayer", ePlayer)
def handleResolutionDropdownInput(argsList):
"Handles Resolution Dropdown Box input"
iValue, szName = argsList
UserProfile.setResolution(iValue)
# BUG - BugEventManager - start
CvEventInterface.getEventManager().fireEvent("ResolutionChanged", iValue)
# BUG - BugEventManager - end
return 1
def doHotSeatCheck(args):
"""
Called during EndPlayerTurn, fires SwitchHotSeatPlayer event during a hot seat
game when the active player's turn ends.
"""
iGameTurn, ePlayer = args
game = gc.getGame()
if game.isHotSeat() and ePlayer == game.getActivePlayer():
import CvEventInterface # advc.009b: Avoid mutual import (not sure if that was a problem here)
CvEventInterface.getEventManager().fireEvent("SwitchHotSeatPlayer",
ePlayer)
def handle(self, element, keys, module, function, dll):
dll = BugDll.decode(dll)
if self.isDllOkay(element, dll):
CvEventInterface.getEventManager().addShortcutHandler(
keys,
BugUtil.getFunction(module, function, *element.args,
**element.kwargs))
else:
BugUtil.info(
"InputUtil - ignoring <%s> %s, requires dll version %s",
element.tag, keys, self.resolveDll(element, dll))
def handle(self, element, type, module, function, dll):
dll = BugDll.decode(dll)
if self.isDllOkay(element, dll):
CvEventInterface.getEventManager().addEventHandler(
type,
BugUtil.getFunction(module, function, True, *element.args,
**element.kwargs))
else:
BugUtil.info(
"BugConfig - ignoring <%s> %s, requires dll version %s",
element.tag, type, self.resolveDll(element, dll))
def handle(self, element, type, module, function, dll):
dll = BugDll.decode(dll)
if self.isDllOkay(element, dll):
CvEventInterface.getEventManager().addEventHandler(
type, BugUtil.getFunction(module, function, True, *element.args, **element.kwargs)
)
else:
BugUtil.info(
"BugConfig - ignoring <%s> %s, requires dll version %s",
element.tag,
type,
self.resolveDll(element, dll),
)
def handleLanguagesDropdownBoxInput(argsList):
# Handles Languages Dropdown Box input
iValue = argsList[0]
CyGame().setCurrentLanguage(iValue)
popup = CyPopup(-1, EventContextTypes.NO_EVENTCONTEXT, True)
popup.setBodyString(CyTranslator().getText("TXT_KEY_FEAT_ACCOMPLISHED_OK", ()), 1<<0)
popup.launch(True, PopupStates.POPUPSTATE_IMMEDIATE)
import CvEventInterface
CvEventInterface.getEventManager().fireEvent("LanguageChanged", iValue)
return 1
def refresh():
getOptionsScreen().refreshScreen()
global g_iResChange
if g_iResChange:
import ScreenResolution as SR
szRes = UsrPrfl.getResolutionString(UsrPrfl.getResolution())
szRes = szRes.split(" x ")
SR.x = int(szRes[0])
SR.y = int(szRes[1])
SR.calibrate()
import CvEventInterface
CvEventInterface.getEventManager().fireEvent("ResolutionChanged", g_iResChange - 100)
g_iResChange = 0
def preGameStart():
# BUG - core
import CvEventInterface
CvEventInterface.getEventManager().fireEvent("PreGameStart")
# continue
import CvScreensInterface
if not CyGame().isPitbossHost():
# Preload the tech chooser..., only do this release builds, in debug build we may not be raising the tech chooser
if not CyGlobalContext().isDebugBuild():
NiTextOut("Preloading tech chooser")
CvScreensInterface.showTechChooser()
CvScreensInterface.techChooser.hideScreen()
NiTextOut("Loading main interface...")
CvScreensInterface.showMainInterface()
def calculateScore(self,argsList):
ePlayer = argsList[0]
bFinal = argsList[1]
bVictory = argsList[2]
FinalFrontier = CvEventInterface.getEventManager().FinalFrontier
iMaxPopulation = FinalFrontier.iMaxPopulation
iPopulationScore = CvUtil.getScoreComponent(gc.getPlayer(ePlayer).getPopScore(), gc.getGame().getInitPopulation(), iMaxPopulation, gc.getDefineINT("SCORE_POPULATION_FACTOR"), True, bFinal, bVictory)
printd("Pop Score Stuff")
printd(gc.getPlayer(ePlayer).getPopScore())
printd(gc.getGame().getInitPopulation())
printd(iMaxPopulation)
printd(iPopulationScore)
iPlayerLandScore = gc.getPlayer(ePlayer).getTotalLand()
iLandScore = CvUtil.getScoreComponent(iPlayerLandScore , gc.getGame().getInitLand(), gc.getGame().getMaxLand(), gc.getDefineINT("SCORE_LAND_FACTOR"), True, bFinal, bVictory)
printd("Land Score Stuff")
printd(iPlayerLandScore)
printd(gc.getGame().getInitLand())
printd(gc.getGame().getMaxLand())
printd(iLandScore)
iTechScore = CvUtil.getScoreComponent(gc.getPlayer(ePlayer).getTechScore(), gc.getGame().getInitTech(), gc.getGame().getMaxTech(), gc.getDefineINT("SCORE_TECH_FACTOR"), True, bFinal, bVictory)
iWondersScore = CvUtil.getScoreComponent(gc.getPlayer(ePlayer).getWondersScore(), gc.getGame().getInitWonders(), gc.getGame().getMaxWonders(), gc.getDefineINT("SCORE_WONDER_FACTOR"), False, bFinal, bVictory)
iTotalScore = int(iLandScore + iWondersScore + iTechScore + iPopulationScore)
printd("Player %d Score: %d Pop: %d Land: %d Tech: %d Wonders: %d" %(ePlayer, iTotalScore, iPopulationScore, iLandScore, iTechScore, iWondersScore))
return iTotalScore
def handleLanguagesDropdownBoxInput(argsList):
"Handles Languages Dropdown Box input"
iValue, szName = argsList
CyGame().setCurrentLanguage(iValue)
popup = PyPopup.PyPopup()
popup.setHeaderString("")
popup.setBodyString(localText.getText("TXT_KEY_FEAT_ACCOMPLISHED_OK", ()))
popup.launch()
# BUG - BugEventManager - start
CvEventInterface.getEventManager().fireEvent("LanguageChanged", iValue)
# BUG - BugEventManager - end
return 1
def doHolyCity(self): if RevDCMOpt.isOC_LIMITED_RELIGIONS(): #This algorithm has to deal with a PLETHORA of possibilities like multiple religions #being founded by multiple players on the same turn. iPlayerQueue = [] iSlotQueue = [] # Sort through all religions and players and distinguish unique religions that want founding for iSlot in range(gc.getNumReligionInfos()): for iPlayer in range(gc.getMAX_PLAYERS()): PyPlayer = gc.getPlayer(iPlayer) if PyPlayer.isAlive(): if not CvUtil.OwnsHolyCity(iPlayer): if gc.getTeam(PyPlayer.getTeam()).isHasTech(gc.getReligionInfo(iSlot).getTechPrereq()): if not CyGame().isReligionSlotTaken(iSlot): if not iSlot in iSlotQueue: iPlayerQueue.append(iPlayer) iSlotQueue.append(iSlot) if CyGame().isOption(GameOptionTypes.GAMEOPTION_PICK_RELIGION) or RevDCMOpt.isCHOOSE_RELIGION(): #Throw the list to the popup manager that has to delegate multiple popups for each new religion pickReligion = PickReligionPopup(CvEventInterface.getEventManager()) pickReligion.foundPickableReligions(iPlayerQueue, iSlotQueue) else: #Let the sdk handle the list as it normally would anyway for i in range(len(iPlayerQueue)): gc.getPlayer(iPlayerQueue[i]).foundReligion(iSlotQueue[i], iSlotQueue[i], True) return True if RevDCMOpt.isCHOOSE_RELIGION(): #Stop the sdk founding a religion because all possible cases in vanilla BTS #have already been handled in doHolyCityTech. return true #false means allow the SDK to found a religion if needed return false
def doHolyCity(self): if RevDCMOpt.isOC_LIMITED_RELIGIONS(): #This algorithm has to deal with a PLETHORA of possibilities like multiple religions #being founded by multiple players on the same turn. MAX_PC_PLAYERS = gc.getMAX_PC_PLAYERS() iPlayerQueue = [] iSlotQueue = [] # Sort through all religions and players and distinguish unique religions that want founding for iReligion in range(gc.getNumReligionInfos()): if CyGame().isReligionSlotTaken(iReligion) or iReligion in iSlotQueue: continue for iPlayer in range(MAX_PC_PLAYERS): CyPlayer = gc.getPlayer(iPlayer) if CyPlayer.isAlive() and not CyPlayer.hasHolyCity(iReligion): if gc.getTeam(CyPlayer.getTeam()).isHasTech(gc.getReligionInfo(iReligion).getTechPrereq()): iPlayerQueue.append(iPlayer) iSlotQueue.append(iReligion) if CyGame().isOption(GameOptionTypes.GAMEOPTION_PICK_RELIGION) or RevDCMOpt.isCHOOSE_RELIGION(): #Throw the list to the popup manager that has to delegate multiple popups for each new religion pickReligion = PickReligionPopup(CvEventInterface.getEventManager()) pickReligion.foundPickableReligions(iPlayerQueue, iSlotQueue) else: #Let the sdk handle the list as it normally would anyway for i in range(len(iPlayerQueue)): gc.getPlayer(iPlayerQueue[i]).foundReligion(iSlotQueue[i], iSlotQueue[i], True) return True if RevDCMOpt.isCHOOSE_RELIGION(): #Stop the sdk founding a religion because all possible cases in vanilla BTS #have already been handled in doHolyCityTech. return True #False means allow the SDK to found a religion if needed return False
def AI_chooseProduction(self,argsList): pCity = argsList[0] FinalFrontier = CvEventInterface.getEventManager().FinalFrontier bOverride = FinalFrontier.getAI().doCityAIProduction(pCity) return bOverride
def onSave():
'Here is your chance to save data. This function should return a string'
import CvWBDesc
import pickle
import CvEventInterface
# if the tutorial is active, it will save out the Shown Messages list
saveDataStr = pickle.dumps( CvEventInterface.onEvent( ('OnSave',0,0,0,0,0 ) ) )
return saveDataStr
def getUnitCostMod(self, argsList): iPlayer, iUnit = argsList iCostMod = -1 # Any value > 0 will be used FinalFrontier = CvEventInterface.getEventManager().FinalFrontier iCostMod = FinalFrontier.getUnitCostMod(iPlayer, iUnit) return iCostMod
def AI_chooseProduction(self, argsList):
pCity = argsList[0]
FinalFrontier = CvEventInterface.getEventManager().FinalFrontier
bOverride = FinalFrontier.getAI().doCityAIProduction(pCity)
return bOverride
def onSave():
'Here is your chance to save data. This function should return a string'
import CvWBDesc
import pickle
import CvEventInterface
# if the tutorial is active, it will save out the Shown Messages list
saveDataStr = pickle.dumps( CvEventInterface.onEvent( ('OnSave',0,0,0,0,0 ) ) )
return saveDataStr
def getBuildingCostMod(self, argsList): iPlayer, iCityID, iBuilding = argsList iCostMod = -1 # Any value > 0 will be used FinalFrontier = CvEventInterface.getEventManager().FinalFrontier iCostMod = FinalFrontier.getBuildingCostMod(iPlayer, iCityID, iBuilding) return iCostMod
def __init__(self, WB):
self.WB = WB
self.iTable_Y = 110
self.lAttitude = [
"COLOR_RED", "COLOR_MAGENTA", "", "COLOR_CYAN", "COLOR_GREEN"
]
import CvEventInterface
self.eventManager = CvEventInterface.getEventManager()
def onSave():
import CvWBDesc
import cPickle
import CvEventInterface
# if the tutorial is active, it will save out the Shown Messages list
saveDataStr = cPickle.dumps(
CvEventInterface.onEvent(('OnSave', 0, 0, 0, 0, 0)))
return saveDataStr
def getUnitCostMod(self, argsList):
iPlayer, iUnit = argsList
iCostMod = -1 # Any value > 0 will be used
FinalFrontier = CvEventInterface.getEventManager().FinalFrontier
iCostMod = FinalFrontier.getUnitCostMod(iPlayer, iUnit)
return iCostMod
def getBuildingCostMod(self, argsList):
iPlayer, iCityID, iBuilding = argsList
iCostMod = -1 # Any value > 0 will be used
FinalFrontier = CvEventInterface.getEventManager().FinalFrontier
iCostMod = FinalFrontier.getBuildingCostMod(iPlayer, iCityID,
iBuilding)
return iCostMod
def handle(self, element, module, clazz, dll):
dll = BugDll.decode(dll)
if self.isDllOkay(element, dll):
BugUtil.callFunction(module, clazz,
CvEventInterface.getEventManager(),
*element.args, **element.kwargs)
else:
BugUtil.info(
"BugConfig - ignoring <%s> from %s.%s, requires dll version %s",
element.tag, module, clazz, self.resolveDll(element, dll))
def handle(self, element, module, clazz, dll):
dll = BugDll.decode(dll)
if self.isDllOkay(element, dll):
BugUtil.callFunction(module, clazz, CvEventInterface.getEventManager(), *element.args, **element.kwargs)
else:
BugUtil.info(
"BugConfig - ignoring <%s> from %s.%s, requires dll version %s",
element.tag,
module,
clazz,
self.resolveDll(element, dll),
)
def preGameStart():
import CvScreensInterface
# BUG - core - start
import CvEventInterface
CvEventInterface.getEventManager().fireEvent("PreGameStart")
# BUG - core - end
if not CyGame().isPitbossHost():
NiTextOut("Initializing font icons")
# Load dynamic font icons into the icon map
CvUtil.initDynamicFontIcons()
# if not CyGame().isPitbossHost():
# # Preload the tech chooser..., only do this release builds, in debug build we may not be raising the tech chooser
# if (not gc.isDebugBuild()):
# NiTextOut("Preloading tech chooser")
# CvScreensInterface.showTechChooser(argsList)
# CvScreensInterface.techChooser.hideScreen()
NiTextOut("Loading main interface...")
CvScreensInterface.showMainInterface()
def onKbdEvent(argsList): """ Event handler for keyboard events, checks keys against the hotkey list and opens the screen or closes it on match """ eventType, key, mouseX, mouseY, plotX, plotY = argsList eventManager = CvEventInterface.getEventManager() if ( eventType == eventManager.EventKeyDown ): stroke = InputUtil.Keystroke(key, eventManager.bAlt, eventManager.bCtrl, eventManager.bShift) if stroke in keys: if overlayScreen.isOpen(): hideOverlayScreen() else: showOverlayScreen() return 1 return 0
def AI_unitUpdate(self,argsList):
pUnit = argsList[0]
FinalFrontier = CvEventInterface.getEventManager().FinalFrontier
bOverride = false
# Only do it for actual AI units, not automated human ones
pPlayer = gc.getPlayer(pUnit.getOwner())
if (not pPlayer.isHuman()) and (not pPlayer.isBarbarian()) and pPlayer.isAlive() and (not pUnit.isNone()) and (not pUnit.isDead()):
iConstructShip = gc.getInfoTypeForString(gc.getDefineSTRING("CONSTRUCT_SHIP"))
if (pUnit.getUnitClassType() == iConstructShip):
bOverride = FinalFrontier.getAI().doConstructionShipAI(pUnit)
return bOverride
def __init__(self, game=None, attrs=None): if game is None: game = BugCore.game self.game = game self.eventManager = CvEventInterface.getEventManager() self.options = BugOptions.getOptions() self.optionsScreen = CvScreensInterface.getBugOptionsScreen() self.attrs = attrs self.mod = None self.iniFile = None self.section = None self.option = None self.screen = None self.symbol = None
def calculateScore(self, argsList):
ePlayer = argsList[0]
bFinal = argsList[1]
bVictory = argsList[2]
FinalFrontier = CvEventInterface.getEventManager().FinalFrontier
iMaxPopulation = FinalFrontier.iMaxPopulation
iPopulationScore = CvUtil.getScoreComponent(
gc.getPlayer(ePlayer).getPopScore(),
gc.getGame().getInitPopulation(), iMaxPopulation,
gc.getDefineINT("SCORE_POPULATION_FACTOR"), True, bFinal, bVictory)
printd("Pop Score Stuff")
printd(gc.getPlayer(ePlayer).getPopScore())
printd(gc.getGame().getInitPopulation())
printd(iMaxPopulation)
printd(iPopulationScore)
iPlayerLandScore = gc.getPlayer(ePlayer).getTotalLand()
iLandScore = CvUtil.getScoreComponent(
iPlayerLandScore,
gc.getGame().getInitLand(),
gc.getGame().getMaxLand(), gc.getDefineINT("SCORE_LAND_FACTOR"),
True, bFinal, bVictory)
printd("Land Score Stuff")
printd(iPlayerLandScore)
printd(gc.getGame().getInitLand())
printd(gc.getGame().getMaxLand())
printd(iLandScore)
iTechScore = CvUtil.getScoreComponent(
gc.getPlayer(ePlayer).getTechScore(),
gc.getGame().getInitTech(),
gc.getGame().getMaxTech(), gc.getDefineINT("SCORE_TECH_FACTOR"),
True, bFinal, bVictory)
iWondersScore = CvUtil.getScoreComponent(
gc.getPlayer(ePlayer).getWondersScore(),
gc.getGame().getInitWonders(),
gc.getGame().getMaxWonders(),
gc.getDefineINT("SCORE_WONDER_FACTOR"), False, bFinal, bVictory)
iTotalScore = int(iLandScore + iWondersScore + iTechScore +
iPopulationScore)
printd(
"Player %d Score: %d Pop: %d Land: %d Tech: %d Wonders: %d"
% (ePlayer, iTotalScore, iPopulationScore, iLandScore, iTechScore,
iWondersScore))
return iTotalScore
def request(self, webserver):
gamedata = createGameData()
newState = not webserver.compareGamedata(gamedata)
# Check if CvGame::doTurn is currently running.
# Try ness for mods without the DLL changes for bGameTurnProcessing
inconsistentState = False
try:
inconsistentState = CvEventInterface.getEventManager(
).bGameTurnProcessing
except AttributeError:
for iPlayer in range(gc.getMAX_CIV_PLAYERS()):
if gc.getPlayer(iPlayer).isTurnActive():
inconsistentState = True
break
except:
pass
# PB.consoleOut("Webupload request %i" % (self.requestCounter,))
self.requestCounter += 1
if (not inconsistentState
and (newState or not self.reduceTraffic or
self.requestCounter % self.reduceFactor == 0)
):
params = urllib.urlencode(
{'action': 'update', 'id': self.gameId,
'pwHash': self.pwHash, 'info':
simplejson.dumps(
{'return': 'ok', 'info': gamedata})})
else:
# Minimal alive message.
gamedataMinimal = {"turnTimer": gamedata.get("turnTimer")}
if gamedata["turnTimer"] == 1:
gamedataMinimal["turnTimerValue"] = gamedata.get(
"turnTimerValue")
params = urllib.urlencode(
{'action': 'update', 'id': self.gameId, 'pwHash': self.pwHash, 'info':
simplejson.dumps(
{'return': 'ok', 'info': gamedataMinimal})})
try:
# f = urllib.urlopen("%s?%s" % (url,params) ) # GET method
urllib.urlopen(self.url, params) # POST method
except:
# PB.consoleOut("Webupload failed")
pass
def AI_unitUpdate(self, argsList):
pUnit = argsList[0]
FinalFrontier = CvEventInterface.getEventManager().FinalFrontier
bOverride = false
# Only do it for actual AI units, not automated human ones
pPlayer = gc.getPlayer(pUnit.getOwner())
if (not pPlayer.isHuman()) and (
not pPlayer.isBarbarian()) and pPlayer.isAlive() and (
not pUnit.isNone()) and (not pUnit.isDead()):
iConstructShip = gc.getInfoTypeForString(
gc.getDefineSTRING("CONSTRUCT_SHIP"))
if (pUnit.getUnitClassType() == iConstructShip):
bOverride = FinalFrontier.getAI().doConstructionShipAI(pUnit)
return bOverride
def canPickPlot(self, argsList): pPlot = argsList[0] pGodsOfOld=CvEventInterface.getEventManager() if GodsOfOld.iPushButton == 2: if pPlot.isCoastalLand(): return true else: return false if GodsOfOld.iPushButton == 3: if pPlot.isCity(): iCoords = ( pPlot.getX(), pPlot.getY() ) if pGodsOfOld.lPlagueCities.count( iCoords ) == 0: return true else: return false else: return false return true
def canPickPlot(self, argsList):
pPlot = argsList[0]
pGodsOfOld = CvEventInterface.getEventManager()
if GodsOfOld.iPushButton == 2:
if pPlot.isCoastalLand():
return true
else:
return false
if GodsOfOld.iPushButton == 3:
if pPlot.isCity():
iCoords = (pPlot.getX(), pPlot.getY())
if pGodsOfOld.lPlagueCities.count(iCoords) == 0:
return true
else:
return false
else:
return false
return true
def doHolyCityTech(self,argsList): eTeam = argsList[0] ePlayer = argsList[1] eTech = argsList[2] bFirst = argsList[3] if RevDCMOpt.isOC_LIMITED_RELIGIONS(): #In limited religion, the assignment of religion cannot be done here #because there still could be more unknowable calls to this function #that affect the allocation of religions. return true if RevDCMOpt.isCHOOSE_RELIGION(): pickReligion = PickReligionPopup(CvEventInterface.getEventManager()) for iSlot in range(gc.getNumReligionInfos()): prereq = gc.getReligionInfo(iSlot).getTechPrereq() if eTech == prereq and bFirst: pickReligion.initiatePopup(ePlayer, iSlot) break return true #false means allow the SDK to found a religion if needed return false
def doHolyCityTech(self,argsList): eTeam = argsList[0] ePlayer = argsList[1] eTech = argsList[2] bFirst = argsList[3] if RevDCMOpt.isOC_LIMITED_RELIGIONS(): #In limited religion, the assignment of religion cannot be done here #because there still could be more unknowable calls to this function #that affect the allocation of religions. return True if RevDCMOpt.isCHOOSE_RELIGION(): pickReligion = PickReligionPopup(CvEventInterface.getEventManager()) for iSlot in range(gc.getNumReligionInfos()): prereq = gc.getReligionInfo(iSlot).getTechPrereq() if eTech == prereq and bFirst: pickReligion.initiatePopup(ePlayer, iSlot) break return True #False means allow the SDK to found a religion if needed return False
def handle(self, element, keys, module, function, dll):
dll = BugDll.decode(dll)
if self.isDllOkay(element, dll):
CvEventInterface.getEventManager().addShortcutHandler(keys, BugUtil.getFunction(module, function, *element.args, **element.kwargs))
else:
BugUtil.info("InputUtil - ignoring <%s> %s, requires dll version %s", element.tag, keys, self.resolveDll(element, dll))
def WorldBuilderAllPlotsCB():
CvEventInterface.beginEvent(CvUtil.EventWBAllPlotsPopup)
def bShift(): return CvEventInterface.getEventManager().bShift
def WorldBuilderAllPlotsCB(): CvEventInterface.beginEvent(CvUtil.EventWBAllPlotsPopup)
def request(self, webserver):
gamedata = createGameData()
newState = not webserver.compareGamedata(gamedata)
# Check if CvGame::doTurn is currently running.
# Try is necessary for mods without 'CvEventManager.bGameTurnProcessing'
inconsistentState = False
try:
inconsistentState = CvEventInterface.getEventManager(
).bGameTurnProcessing
except AttributeError:
for iPlayer in range(gc.getMAX_CIV_PLAYERS()):
if gc.getPlayer(iPlayer).isTurnActive():
break
# no Player active => game turn processing
inconsistentState = True
except:
pass
# PB.consoleOut("Webupload request %i" % (self.requestCounter,))
self.requestCounter += 1
try:
if (not inconsistentState
and (newState or not self.reduceTraffic
or self.requestCounter % self.reduceFactor == 0)):
params = urllib.urlencode({
'action':
'update',
'id':
self.gameId,
'pwHash':
self.pwHash,
'info':
simplejson.dumps({
'return': 'ok',
'info': gamedata
})
})
else:
# Minimal alive message.
gamedataMinimal = {"turnTimer": gamedata.get("turnTimer")}
if gamedata["turnTimer"] == 1:
gamedataMinimal["turnTimerValue"] = gamedata.get(
"turnTimerValue")
params = urllib.urlencode({
'action':
'update',
'id':
self.gameId,
'pwHash':
self.pwHash,
'info':
simplejson.dumps({
'return': 'ok',
'info': gamedataMinimal
})
})
except Exception, e:
PB.consoleOut("Webupload failed (1). Error: '%s'" % (e, ))
print("Webupload failed")
# print(gamedata)
return
def handleLanguagesDropdownBoxInput(argsList):
value, name = argsList
CvEventInterface.getEventManager().fireEvent("LanguageChanged", value)
return 1
def bAlt(): return CvEventInterface.getEventManager().bAlt
def handle(self, element, type, module, function, dll):
CvEventInterface.getEventManager().addEventHandler(
type,
BugUtil.getFunction(module, function, True, *element.args,
**element.kwargs))
def handle(self, element, module, clazz, dll):
BugUtil.callFunction(module, clazz, CvEventInterface.getEventManager(),
*element.args, **element.kwargs)
def handleResolutionDropdownInput(argsList):
value, name = argsList
CvEventInterface.getEventManager().fireEvent("ResolutionChanged", value)
return 1
def getCityFoundValue(self, argsList):
iPlayer, iPlotX, iPlotY = argsList
iFoundValue = -1 # Any value besides -1 will be used
pPlot = CyMap().plot(iPlotX, iPlotY)
iFeatureIDSolarSystem = gc.getInfoTypeForString('FEATURE_SOLAR_SYSTEM')
if (pPlot.getFeatureType() == iFeatureIDSolarSystem and not pPlot.isCity()):
printd("Determing Found Value for Plot at %d, %d" %(iPlotX, iPlotY))
# CP - Adjust base value based on path distance from capital (not straight line distance)
pCapCity = gc.getPlayer(iPlayer).getCapitalCity()
if pCapCity and not pCapCity.isNone() :
iDistance = CyMap().calculatePathDistance(pCapCity.plot(), pPlot)
if iDistance == -1 : # can't get there from here
return 0
else : # no capital city, - would normally mean first city not founded yet, I suppose.
iDistance = 1
iFoundValue = 10000 / (iDistance + 1) # CP - this provides only a small distance penalty
# Determine System value by planetary composition
if (CyGame().getElapsedGameTurns() > 0):
#iFoundValue = 0
FinalFrontier = CvEventInterface.getEventManager().FinalFrontier
pSystem = CvSolarSystem.getSystemAt(iPlotX, iPlotY) #FFPBUG
for iPlanetLoop in range(pSystem.getNumPlanets()):
pPlanet = pSystem.getPlanetByIndex(iPlanetLoop)
iPlanetValue = 0
# Green Planet
if (pPlanet.getPlanetType() == CvSolarSystem.iPlanetTypeGreen):
iPlanetValue = 400
# Not Green Planet
else:
iPlanetValue = 200
# CP - Give some value to planetary resources (God-Emperor, for version 1.6)
if (pPlanet.isBonus()):
iPlanetValue += 100 # This may need adjusting
# Two Civ-specific increase to this.
# The Forge gets -1 food in each system, so extra food is good for them meaning +50 for the resources that give extra food
# Trade routes are very good for the Red Syndicate, so +50 for each trade route
iTraitForge = gc.getInfoTypeForString('TRAIT_THE_FORGE')
iTraitSyndicate = gc.getInfoTypeForString('TRAIT_SYNDICATE')
pPlayer = gc.getPlayer(iPlayer)
pBonus = gc.getBonusInfo(pPlanet.getBonusType())
if (pPlayer.hasTrait(iTraitForge) and pBonus.getHealth() > 0): # all heath providing bonuses increase the planet's food
iPlanetValue += 50
elif (pPlayer.hasTrait(iTraitSyndicate) and pBonus.getHappiness() > 0): # all happy providing bonuses' related buildings give at least 1 extra trade route
pBonusBuilding = gc.getBuildingInfo(FinalFrontier.dBonusBuildings[pPlanet.getBonusType()])
iPlanetValue += 50 * pBonusBuilding.getTradeRoutes()
# Planet Size
iPlanetValue *= (pPlanet.getPlanetSize() + 1) + 2 # The +2 is to simply weight things a bit so that large planets aren't THAT much more valuable than small ones
# Can it be used right away?
if (pPlanet.getOrbitRing() < CvSolarSystem.g_iPlanetRange3):
iPlanetValue *= 2
printd("Orbit Ring %d iPlanetValue: %d" %(pPlanet.getOrbitRing(), iPlanetValue))
iFoundValue += iPlanetValue
else:
iFoundValue = 0
return iFoundValue
def doMeltdown(self,argsList):
pCity = argsList[0]
pSystem = CvSolarSystem.getSystemAt(pCity.getX(), pCity.getY())
iMeltPlanet = -1
# check to see if there is a meltdown
for iBuilding in range(gc.getNumBuildingInfos()):
if pCity.getNumBuilding(iBuilding) > 0 :
iBuildingNukeExRand = gc.getBuildingInfo(iBuilding).getNukeExplosionRand()
if iBuildingNukeExRand != 0 :
if CyGame().getSorenRandNum(iBuildingNukeExRand, "FFP: meltdown check in doMeltdown callback") == 0 :
# a building has had a meltdown, check planets for buildings of this type and pick one
lPlanets = []
for iPlanet in range(pSystem.getNumPlanets()):
pPlanet = pSystem.getPlanetByIndex(iPlanet)
if pPlanet.isHasBuilding(iBuilding) :
lPlanets.append(pPlanet)
iMeltPlanet = CyGame().getSorenRandNum(len(lPlanets), "FPP: meltdown planet")
pMeltPlanet = lPlanets[iMeltPlanet]
# for the sake of simplicity, have it so that no star system will get more than one meltdown in a turn
break # break out of building loop
if iMeltPlanet == -1 :
# no meltdown so exit now (always return True to avoid DLL's meltdown processing)
return True
pPlayer = gc.getPlayer(pCity.getOwner()) # defined now since we don't need it above
pCityPlot = pCity.plot()
# Meltdown effects (same as nuke effects, but applied to meltdown planet instead of best planet)
# 1) set the planet to be disabled
# 2) remove all buildings from the now dead planet, dealing with capitol if on this planet
# 3) if thre was a bonus on the planet, remove it from planet and plot
# 4) chance of specified feature being distributed around system
# 5) unit damage (possibly killed)
# 6) population reduction
# 1) disable
pMeltPlanet.setDisabled(true)
pMeltPlanet.setPopulation(0)
# 2) remove buildings
for iBuilding in range(gc.getNumBuildingInfos()):
if pMeltPlanet.isHasBuilding(iBuilding) and not gc.getBuildingInfo(iBuilding).isNukeImmune():
bRemove = True
if (gc.getBuildingInfo(iBuilding).isCapital()):
if (pPlayer.getNumCities () > 1):
# The following call moves the capitol building, removing it from this city's data
# in the DLL (which is why there is no manual setNumRealBuilding in here)
# and adding it to the new capital city's data in the DLL plus adding it to that system's
# current build planet to get it into the Python planet data.
printd("Meltdown: finding new capial system")
pPlayer.findNewCapital()
else:
# This is this civ's only system so we can't move the capitol building to a different one.
# Try to move it to a different planet instead.
printd("Meltdown: moving capitol to different planet in same system")
# Select the planet that is the largest population limit planet
# (using production as tie breaker) that is not the planet being wiped out
bRemove = False
aiPlanetList = pSystem.getSizeYieldPlanetIndexList(1) # 1 is production, arbitrarily selected
for iLoopPlanet in range( len(aiPlanetList)):
pLoopPlanet = pSystem.getPlanetByIndex(aiPlanetList[iLoopPlanet][2])
if (pLoopPlanet.getOrbitRing() != pMeltPlanet.getOrbitRing()):
pLoopPlanet.setHasBuilding(iBuilding, true)
printd("Meltdown: moved Capitol to planet at ring %d" % pLoopPlanet.getOrbitRing())
bRemove = True
break
else:
pCity.setNumRealBuilding(iBuilding, pCity.getNumRealBuilding(iBuilding)-1)
if bRemove :
# The only time this is not the case is when it is the capitol and there is no other
# planet it can be moved to. You always need a Capitol, so it stays on the dead planet
pMeltPlanet.setHasBuilding(iBuilding, false)
# 2.5) unlisted above, but here anyway
if (pSystem.getBuildingPlanetRing() == pMeltPlanet.getOrbitRing()):
# This system's current build planet is the planet being wiped out,
# change it to some other planet, like the new "best" planet.
# There is an issue if every planet in the current infuence range is dead -
# in such a case there is no planet that should be having things built on it.
# With any luck, this will never come up.
pSystem.setBuildingPlanetRing(pSystem.getPlanetByIndex(CvSolarSystem.getBestPlanetInSystem(pSystem)).getOrbitRing())
# 3) remove bonus
if (pMeltPlanet.isBonus()): # planet being melted has a bonus, remove it from the planet and the plot
pMeltPlanet.setBonusType(-1)
pCityPlot.setBonusType(-1)
# 4) feature spread
for iDX in range(-1, 2) :
for iDY in range (-1, 2) :
if (iDX != 0) and (iDY != 0) :
pPlot = plotXY( pCity.getX(), pCity.getY(), iDX, iDY)
if pPlot and not pPlot.isNone():
if not pPlot.isImpassable() and (FeatureTypes.NO_FEATURE == pPlot.getFeatureType()) :
if (CyGame().getSorenRandNum(100, "Meltdown Fallout") < gc.getDefineINT("NUKE_FALLOUT_PROB")) :
pPlot.setImprovementType(ImprovementTypes.NO_IMPROVEMENT)
pPlot.setFeatureType(gc.getDefineINT("NUKE_FEATURE"), 0)
# 5) unit damage - only check units on this plot!
lUnit = []
for i in range(pCityPlot.getNumUnits()):
pLoopUnit = pCityPlot.getUnit(i)
if ( not pLoopUnit.isDead()): #is the unit alive?
lUnit.append(pLoopUnit) #add unit instance to list
for pUnit in lUnit :
if not pUnit.isDead() and not pUnit.isNukeImmune() :
iNukeDamage = gc.getDefineINT("NUKE_UNIT_DAMAGE_BASE") + CyGame().getSorenRandNum(gc.getDefineINT("NUKE_UNIT_DAMAGE_RAND_1"), "Nuke Damage 1") + CyGame().getSorenRandNum(gc.getDefineINT("NUKE_UNIT_DAMAGE_RAND_2"), "Nuke Damage 2")
iNukeDamage *= max(0, (pCity.getNukeModifier() + 100))
iNukeDamage /= 100
if pUnit.canFight() or (pUnit.airBaseCombatStr() > 0) :
printd("Meltdown: unit %s damaged for %d" % (pUnit.getName().encode('unicode_escape'), iNukeDamage))
pUnit.changeDamage(iNukeDamage, PlayerTypes.NO_PLAYER)
elif iNukeDamage >= gc.getDefineINT("NUKE_NON_COMBAT_DEATH_THRESHOLD") :
printd("Meltdown: non-combat unit %s killed from damage over threshold" % (pUnit.getName().encode('unicode_escape'),))
pUnit.kill(false, PlayerTypes.NO_PLAYER)
# 6) population reduction
iNukedPopulation = (pCity.getPopulation() * (gc.getDefineINT("NUKE_POPULATION_DEATH_BASE") + CyGame().getSorenRandNum(gc.getDefineINT("NUKE_POPULATION_DEATH_RAND_1"), "Population Nuked 1") + CyGame().getSorenRandNum(gc.getDefineINT("NUKE_POPULATION_DEATH_RAND_2"), "Population Nuked 2"))) / 100
iNukedPopulation *= max(0, (pCity.getNukeModifier() + 100))
iNukedPopulation /= 100
pCity.changePopulation(-(min((pCity.getPopulation() - 1), iNukedPopulation)))
# Now update the city and display
FinalFrontier = CvEventInterface.getEventManager().FinalFrontier
FinalFrontier.getAI().doCityAIUpdate(pCity)
pSystem.updateDisplay()
# give message that this has happened
szBuffer = localText.getText("TXT_KEY_MISC_MELTDOWN_CITY", (pCity.getName(),))
CyInterface().addMessage( pCity.getOwner(), False, gc.getDefineINT("EVENT_MESSAGE_TIME"), szBuffer,
"AS2D_MELTDOWN", InterfaceMessageTypes.MESSAGE_TYPE_MINOR_EVENT,
CyArtFileMgr().getInterfaceArtInfo("INTERFACE_UNHEALTHY_PERSON").getPath(), gc.getInfoTypeForString("COLOR_RED"),
pCity.getX(), pCity.getY(), True, True)
return True
def savemap(argsList=None):
# <advc.savem>
if gc.getGame().isNetworkMultiPlayer(
) and not CvEventInterface.getEventManager().isCheatsEnabled():
return
if not BugCore.game.MainInterface.isSavemapEnabled():
return
# </advc.savem>
# First choice: Mod folder
pathnames.append(str(BugPath.getModDir()) + "\\PrivateMaps\\")
# Under MyGames. Can't load it from there into AdvCiv w/o toggling NoCustomAssets.
myGamesPathFromBUG = str(BugPath.getRootDir()) + "\\PublicMaps\\"
pathnames.append(myGamesPathFromBUG)
# Try tywiggins's code as a fallback
pathFromOSEnv = str(
os.getenv("HOMEDRIVE") + os.getenv("HOMEPATH") +
"\\Documents\\My Games\\Beyond The Sword\\PublicMaps\\")
if pathFromOSEnv != myGamesPathFromBUG:
pathnames.append(pathFromOSEnv)
# As for the file name: Will generate that based on the map settings
# </advc.savem>
map = CyMap() # advc.savem
game = CyGame() # advc.savem
width = map.getGridWidth() # returns num plots, not gridsize
height = map.getGridHeight()
# add extra plots if plots-x or plots-y are no multiples of 4 to obtain valid gridsizes (= numplots/4)
extraWidth = int(width % 4)
extraHeight = int(height % 4)
if (extraWidth != 0):
extraWidth = 4 - extraWidth
if (extraHeight != 0):
extraHeight = 4 - extraHeight
numPlots = (width + extraWidth) * (height + extraHeight)
# <advc.savem> Make sure not to create a huge file if the map somehow returns crazy dimensions
if numPlots < 0 or numPlots > 50000:
BugUtil.error("savemap: Invalid number of plots: '%d'", numPlots)
msg = "Savemap failed. Invalid number of tiles: " + str(numPlots)
_showOnScreenMessage(msg)
return
# </advc.savem>
wrapX = map.isWrapX()
wrapY = map.isWrapY()
topLat = map.getTopLatitude()
bottomLat = map.getBottomLatitude()
numPlayers = game.countCivPlayersEverAlive()
# determine starting locations
civs = []
civsDesc = []
startingPlots = []
startingPlotsXY = []
for i in range(numPlayers):
player = gc.getPlayer(i)
pIndex = 0
civInfo = gc.getCivilizationInfo(
player.getCivilizationType()) # advc.savem
# determine starting location from first settler found, since player.getStartingPlot() is somewhat unreliable; only do this at gamestart
if (game.getElapsedGameTurns() == 0
and game.getStartEra() == 0): # advc.savem: was getGameTurn==0
if (player.getNumUnits() > 0):
for j in range(player.getNumUnits()):
unit = player.getUnit(j)
if (unit.getUnitClassType() == gc.getInfoTypeForString(
"UNITCLASS_SETTLER")):
pPlot = unit.plot()
if (pPlot.isWater() == 0):
pIndex = map.plotNum(
pPlot.getX(),
pPlot.getY()) + (extraWidth * pPlot.getY())
# advc.savem: was print
BugUtil.debug(
"savemap: Found settler of civ '%d' ('%s') at plot '%d' ('%d', '%d')",
int(player.getCivilizationType()),
civInfo.getShortDescription(0), pIndex,
map.plotX(pIndex), map.plotY(pIndex))
startingPlots.append(pIndex)
civs.append(int(player.getCivilizationType()))
civsDesc.append(civInfo.getType())
break
# fallback; determine starting location from (a) stored location, (b) capital, or (c) first city
if (pIndex == 0):
pPlot = player.getStartingPlot()
if (map.isPlot(pPlot.getX(), pPlot.getY())):
pIndex = map.plotNum(
pPlot.getX(), pPlot.getY()) + (extraWidth * pPlot.getY())
startingPlots.append(pIndex)
civs.append(int(player.getCivilizationType()))
civsDesc.append(civInfo.getType())
elif (player.getCapitalCity().plot() != None):
pPlot = player.getCapitalCity().plot()
pIndex = map.plotNum(
pPlot.getX(), pPlot.getY()) + (extraWidth * pPlot.getY())
startingPlots.append(pIndex)
civs.append(int(player.getCivilizationType()))
civsDesc.append(civInfo.getType())
elif ((player.getCapitalCity().plot() == None)
and (player.getNumCities() > 0)):
pPlot = player.getCity(0).plot()
pIndex = map.plotNum(
pPlot.getX(), pPlot.getY()) + (extraWidth * pPlot.getY())
startingPlots.append(pIndex)
civs.append(int(player.getCivilizationType()))
civsDesc.append(civInfo.getType())
# advc.savem: was print
BugUtil.debug(
"savemap: No settler found (or not saving on the initial turn) for civ '%d' ('%s'); setting starting location at plot '%d' ('%d', '%d')",
int(player.getCivilizationType()),
civInfo.getShortDescription(0), pIndex, map.plotX(pIndex),
map.plotY(pIndex))
# also store starting coords, not actually required, but makes debugging easier
for i in range(len(startingPlots)):
pIndex = startingPlots[i]
pPlotXY = [map.plotX(pIndex), map.plotY(pIndex)]
startingPlotsXY.append(pPlotXY)
# determine terrain etc
plotTypes = {} # default 3 (PLOT_OCEAN in BTS)
terrainTypes = {} # default 6 (TERRAIN_OCEAN in BTS)
bonuses = {} # default -1
features = {} # default -1
featureVarieties = {} # default 0
improvements = {} # default -1
riverwe = {} # default -1
riverns = {} # default -1
for i in range(0, height):
for j in range(0, width):
pPlot = map.plot(j, i)
pIndex = map.plotNum(pPlot.getX(),
pPlot.getY()) + (extraWidth * pPlot.getY())
if (int(pPlot.getPlotType()) != 3):
plotTypes[pIndex] = int(pPlot.getPlotType())
if (pPlot.getTerrainType() != 6):
terrainTypes[pIndex] = pPlot.getTerrainType()
if (pPlot.getBonusType(-1) != -1):
bonuses[pIndex] = pPlot.getBonusType(-1)
if (pPlot.getFeatureType() != -1):
features[pIndex] = pPlot.getFeatureType()
featureVarieties[pIndex] = pPlot.getFeatureVariety()
if (pPlot.getImprovementType() != -1):
improvements[pIndex] = pPlot.getImprovementType()
if (pPlot.isNOfRiver()):
riverwe[pIndex] = int(pPlot.getRiverWEDirection())
if (pPlot.isWOfRiver()):
riverns[pIndex] = int(pPlot.getRiverNSDirection())
# write mapscript
# <advc.savem>
mapScriptName = str(map.getMapScriptName())
dimensionsInName = True
wbEnding = ".CivBeyondSwordWBSave"
if wbEnding in mapScriptName:
mapScriptName = mapScriptName.replace(wbEnding, "")
# Scenario dimensions aren't so interesting
dimensionsInName = False
# If the script is used recursively (who would do that?) the map script name can get long
if len(mapScriptName) > 100:
mapScriptName = mapScriptName[:100]
filename = mapScriptName + "_"
if dimensionsInName:
filename += str(width) + "x" + str(height) + "_"
filename += str(numPlayers) + "civs"
# A bit complicated b/c I want to make sure not to overwrite anything
goodPath = None
goodName = None
customAssets = False
for pathname in pathnames:
idSuffix = ""
attempts = 10
for id in range(attempts):
if id > 0:
idSuffix = "_" + str(id)
goodName = filename + idSuffix
pathStr = pathname + goodName + ".py"
try:
f = open(pathStr)
except:
# File doesn't exist yet: good (or pathname is inaccessible; we'll see about that)
break
BugUtil.debug("savemap: File '%s' already exists", pathStr)
if id == attempts - 1:
BugUtil.error(
"savemap: Files '%s' already exist",
pathname + filename + "[0.." + str(attempts - 1) + "].py")
msg = "Failed to save map to " + pathname + " -- file " + goodName + ".py already exists."
_showOnScreenMessage(msg)
return
f.close()
try:
f = open(pathStr, 'w')
except:
BugUtil.debug("savemap: Cannot open path '%s' for writing",
pathStr)
customAssets = True
continue
goodPath = pathname
msg = "Saving map to " + pathStr + "\nNote:"
if customAssets:
msg += "\n"
else:
msg += " "
# I see no way to make CvDLLPythonIFaceBase aware of the new map script
# (CvDLLPythonIFaceBase::moduleExists doesn't do the trick either)
msg += "Playing the saved map will require a restart of Civ 4"
if customAssets:
msg += ", and mods that disable CustomAssets cannot load maps from that location"
msg += "."
_showOnScreenMessage(msg, customAssets)
break
if goodPath is None:
path1 = pathnames[0]
path2 = pathnames[1]
BugUtil.error("savemap: Failed to write to '%s' and '%s'", path1,
path2)
msg = "Unable to save map to either:\n" + path1 + " or \n" + path2
_showOnScreenMessage(msg)
return
# </advc.savem>
f.write('from CvPythonExtensions import *\n')
f.write('import CvMapGeneratorUtil\n')
f.write('from random import random, seed, shuffle\n')
f.write('\n')
# advc.savem: Moved up for quick inspection
f.write('def getDescription():\n')
#string = '\treturn "Saved Map, based on ' + str(map.getMapScriptName()) + ' ('+str(width)+' x '+str(height)+') with '+str(numPlayers)+' civs"\n'
# <advc.savem> Use the above for the file name instead
string = '\treturn '
string += "\"Originally created with the following settings by:\\n"
# This isn't portable; based on advc.106h.
settingsStr = map.getSettingsString()
settingsStr = settingsStr.replace('\n', '\\n')
string += settingsStr + "\\n"
string += "Original players:\\n"
for playerID in range(numPlayers):
player = gc.getPlayer(playerID)
civInfo = gc.getCivilizationInfo(player.getCivilizationType())
leaderInfo = gc.getLeaderHeadInfo(player.getLeaderType())
string += str(playerID) + " - " + leaderInfo.getDescription(
) + " of " + civInfo.getShortDescription(0)
if player.isHuman():
string += " (human)"
string += "\\n"
string += "Saved on turn " + str(game.getGameTurn()) + "\""
string += '\n'
# </advc.savem>
f.write(string)
f.write('\n')
f.write('gc = CyGlobalContext()\n')
f.write('\n')
f.write(
'# seed random generator with MapRand (synchronized source for multiplayer)\n'
)
f.write(
'seedValue = gc.getGame().getMapRand().get(65535, "Seeding mapRand - savemap.py")\n'
)
f.write('seed(seedValue)\n')
f.write('\n')
string = 'plotTypes = ' + str(plotTypes) + '\n'
f.write(string)
string = 'terrainTypes = ' + str(terrainTypes) + '\n'
f.write(string)
string = 'bonuses = ' + str(bonuses) + '\n'
f.write(string)
string = 'features = ' + str(features) + '\n'
f.write(string)
string = 'featureVarieties = ' + str(featureVarieties) + '\n'
f.write(string)
string = 'riverwe = ' + str(riverwe) + '\n'
f.write(string)
string = 'riverns = ' + str(riverns) + '\n'
f.write(string)
string = 'improvements = ' + str(improvements) + '\n'
f.write(string)
string = 'numPlots = ' + str(numPlots) + '\n'
f.write(string)
f.write('\n')
f.write('def isAdvancedMap():\n')
f.write('\treturn 0\n')
f.write('\n')
f.write('def isClimateMap():\n')
f.write('\treturn 0\n')
f.write('\n')
f.write('def isSeaLevelMap():\n')
f.write('\treturn 0\n')
f.write('\n')
f.write('def getNumCustomMapOptions():\n')
f.write('\treturn 3\n')
f.write('\n')
f.write('def getCustomMapOptionName(argsList):\n')
f.write('\t[iOption] = argsList\n')
f.write('\toption_names = {\n')
# (advc.savem: Tbd.: Options "Players", "Difficulty")
f.write(
'\t\t0:\t"Starting Sites",\n') # advc.savem: was "Starting Locations"
f.write('\t\t1:\t"Bonus Resources",\n') # advc.savem: was "Bonuses"
f.write('\t\t2:\t"Goody Huts"\n')
f.write('\t\t}\n')
f.write(
'\ttranslated_text = unicode(CyTranslator().getText(option_names[iOption], ()))\n'
)
f.write('\treturn translated_text\n')
f.write('\n')
f.write('def getNumCustomMapOptionValues(argsList):\n')
f.write('\t[iOption] = argsList\n')
f.write('\toption_values = {\n')
f.write('\t\t0:\t3,\n')
f.write('\t\t1:\t2,\n')
f.write('\t\t2:\t2\n')
f.write('\t\t}\n')
f.write('\treturn option_values[iOption]\n')
f.write('\n')
f.write('def getCustomMapOptionDescAt(argsList):\n')
f.write('\t[iOption, iSelection] = argsList\n')
f.write('\tselection_names = {\n')
f.write('\t\t0:\t{\n')
# (advc.savem: Tbd.: "Players" selections: "Original Players" / "Custom [Override?] Players".
# Also: "Difficulty": "Custom Difficulty" / "Original Difficulty"
# Could shorten the selection names further; the longer names are better for the in-game Settings tab.)
f.write('\t\t\t0: "Original Starts",\n'
) # advc.savem: was "Use Fixed Starting Locations"
# advc.savem: was "Use Fixed Starting Locations, but assign Civs at Random".
f.write('\t\t\t1: "Shuffled Starts",\n')
# advc.savem: Was "Ignore Fixed Locations". Warn that the normalization step will be skipped?
f.write('\t\t\t2: "New Starts"\n')
f.write('\t\t\t},\n')
f.write('\t\t1:\t{\n')
f.write('\t\t\t0: "Original Bonuses",\n'
) # advc.savem: was "Use Fixed Bonuses"
f.write('\t\t\t1: "New Bonuses"\n') # advc.savem: was "Randomize Bonuses"
f.write('\t\t\t},\n')
f.write('\t\t2:\t{\n')
f.write('\t\t\t0: "Original Huts",\n'
) # advc.savem: was "Use fixed Goody Huts"
f.write('\t\t\t1: "New Huts"\n') # advc.savem: was "Randomize Goody Huts"
f.write('\t\t\t}\n')
f.write('\t\t}\n')
f.write(
'\ttranslated_text = unicode(CyTranslator().getText(selection_names[iOption][iSelection], ()))\n'
)
f.write('\treturn translated_text\n')
f.write('\n')
f.write('def getCustomMapOptionDefault(argsList):\n')
f.write('\t[iOption] = argsList\n')
f.write('\toption_defaults = {\n')
f.write('\t\t0:\t0,\n')
f.write('\t\t1:\t0,\n')
f.write('\t\t2:\t0\n')
f.write('\t\t}\n')
f.write('\treturn option_defaults[iOption]\n')
f.write('\n')
# advc.savem: Rather confusing together with selections like "Random Bonuses"
#f.write('def isRandomCustomMapOption(argsList):\n')
#f.write('\t[iOption] = argsList\n')
#f.write('\toption_random = {\n')
#f.write('\t\t0:\tTrue,\n')
#f.write('\t\t1:\tTrue,\n')
#f.write('\t\t2:\tTrue\n')
#f.write('\t\t}\n')
#f.write('\treturn option_random[iOption]\n')
#f.write('\n')
f.write('def getWrapX():\n')
string = '\treturn ' + str(wrapX) + '\n'
f.write(string)
f.write('\n')
f.write('def getWrapY():\n')
string = '\treturn ' + str(wrapY) + '\n'
f.write(string)
f.write('\n')
f.write('def getTopLatitude():\n')
string = '\treturn ' + str(topLat) + '\n'
f.write(string)
f.write('\n')
f.write('def getBottomLatitude():\n')
string = '\treturn ' + str(bottomLat) + '\n'
f.write(string)
f.write('\n')
f.write('def getGridSize(argsList):\n')
string = '\treturn (' + str((width + extraWidth) / 4) + ', ' + str(
(height + extraHeight) / 4) + ')\n'
f.write(string)
f.write('\n')
f.write('def generatePlotTypes():\n')
f.write('\tplots = []\n')
f.write('\tfor i in range(numPlots):\n')
f.write('\t\tif(i in plotTypes):\n')
f.write('\t\t\tplots.append(plotTypes[i])\n')
f.write('\t\telse:\n')
f.write('\t\t\tplots.append(3)\n')
f.write('\treturn plots\n')
f.write('\n')
f.write('def generateTerrainTypes():\n')
f.write('\tterrain = []\n')
f.write('\tfor i in range(numPlots):\n')
f.write('\t\tif(i in terrainTypes):\n')
f.write('\t\t\tterrain.append(terrainTypes[i]) \n')
f.write('\t\telse:\n')
f.write('\t\t\tterrain.append(6)\n')
f.write('\treturn terrain\n')
f.write('\n')
f.write('def beforeInit():\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def beforeGeneration():\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def addRivers():\n')
f.write(
'\t# yes, use riverwe for setNOfRiver and riverns for setWOfRiver\n')
f.write('\tfor plotIdx in riverwe:\n')
f.write('\t\tpPlot = CyMap().plotByIndex(plotIdx)\n')
f.write(
'\t\tpPlot.setNOfRiver(1, CardinalDirectionTypes(riverwe[plotIdx]))\n')
f.write('\tfor plotIdx in riverns:\n')
f.write('\t\tpPlot = CyMap().plotByIndex(plotIdx)\n')
f.write(
'\t\tpPlot.setWOfRiver(1, CardinalDirectionTypes(riverns[plotIdx]))\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def addLakes():\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def addFeatures():\n')
f.write('\tfor plotIdx in features:\n')
f.write('\t\tpPlot = CyMap().plotByIndex(plotIdx)\n')
f.write(
'\t\tpPlot.setFeatureType(features[plotIdx], featureVarieties[plotIdx])\n'
)
f.write('\treturn 0\n')
f.write('\n')
f.write('def addBonuses():\n')
f.write('\tif CyMap().getCustomMapOption(1) == 0:\n')
f.write('\t\tfor plotIdx in bonuses:\n')
f.write('\t\t\tpPlot = CyMap().plotByIndex(plotIdx)\n')
f.write('\t\t\tpPlot.setBonusType(bonuses[plotIdx])\n')
f.write('\telse:\n')
f.write('\t\tCyPythonMgr().allowDefaultImpl()\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def addGoodies():\n')
f.write('\tif CyMap().getCustomMapOption(2) == 0:\n')
f.write('\t\tfor plotIdx in improvements:\n')
f.write(
'\t\t\tif(improvements[plotIdx] == gc.getInfoTypeForString("IMPROVEMENT_GOODY_HUT")):\n'
)
f.write('\t\t\t\tpPlot = CyMap().plotByIndex(plotIdx)\n')
f.write(
'\t\t\t\tpPlot.setImprovementType(gc.getInfoTypeForString("IMPROVEMENT_GOODY_HUT"))\n'
)
f.write('\telse:\n')
f.write('\t\tCyPythonMgr().allowDefaultImpl()\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def assignStartingPlots():\n')
# <advc.027> Allow StartingPositionIteration to assign the plots
f.write('\tif CyMap().getCustomMapOption(0) == 2:\n')
f.write('\t\tCyPythonMgr().allowDefaultImpl()\n')
f.write('\t\treturn None\n')
# </advc.027>
string = '\t# civs are ' + str(civsDesc) + '\n'
f.write(string)
string = '\tcivs = ' + str(civs) + '\n'
f.write(string)
string = '\tstartingPlots = ' + str(startingPlots) + '\n'
f.write(string)
string = '\tstartingPlotsXY = ' + str(startingPlotsXY) + '\n'
f.write(string)
f.write('\tif CyMap().getCustomMapOption(0) == 1:\n')
f.write('\t\tshuffle(startingPlots)\n')
f.write('\tusedstartingPlots = []\n')
f.write('\tnumPlayers = CyGame().countCivPlayersEverAlive()\n')
f.write('\tnotinlist = []\n')
f.write('\tfor i in range(0, numPlayers):\n')
f.write('\t\tplayer = gc.getPlayer(i)\n')
f.write('\t\t# partly random assignment to fixed locations\n')
f.write('\t\tif CyMap().getCustomMapOption(0) == 1:\n')
f.write('\t\t\tif(i < len(startingPlots)):\n')
f.write('\t\t\t\tplotindex = startingPlots[i]\n')
f.write('\t\t\telse:\n')
f.write('\t\t\t\tplotindex = findStartingPlot(i)\n')
f.write(
'\t\t\tplayer.setStartingPlot(CyMap().plotByIndex(plotindex), 1)\n')
f.write('\t\t# fixed locations\n')
#f.write('\t\telif CyMap().getCustomMapOption(0) == 0:\n')
f.write('\t\telse:\n') # advc.027: Replacing the above
f.write('\t\t\tciv = int(player.getCivilizationType())\n')
f.write('\t\t\tif(civs.count(civ) == 1):\n')
f.write('\t\t\t\tpindex = civs.index(civ)\n')
f.write('\t\t\t\tplotindex = startingPlots[pindex]\n')
f.write('\t\t\t\tusedstartingPlots.append(plotindex)\n')
f.write(
'\t\t\t\tplayer.setStartingPlot(CyMap().plotByIndex(plotindex), 1)\n')
f.write('\t\t\telse:\n')
f.write('\t\t\t\tnotinlist.append(i)\n')
# advc.027: Commented out (now handled upfront)
#f.write('\t\t# fully random (ignore fixed locations)\n')
#f.write('\t\telse:\n')
#f.write('\t\t\tplotindex = findStartingPlot(i)\n')
#f.write('\t\t\tplayer.setStartingPlot(CyMap().plotByIndex(plotindex), 1)\n')
f.write('\t\n')
f.write('\t# handle unassigned civs\n')
f.write(
'\topenstartingPlots = list(set(startingPlots) - set(usedstartingPlots))\n'
)
f.write(
'\tshuffle(openstartingPlots) # so that unassigned civs get different position when regenerating a map\n'
)
f.write('\tfor i in range(len(notinlist)):\n')
f.write('\t\tplayer = gc.getPlayer(notinlist[i])\n')
f.write('\t\t# try to reuse unassigned starting plots\n')
f.write('\t\tif len(openstartingPlots) > 0:\n')
f.write('\t\t\tplotindex = openstartingPlots[0]\n')
f.write('\t\t\topenstartingPlots.remove(plotindex)\n')
f.write('\t\telse:\n')
f.write('\t\t\tplotindex = findStartingPlot(notinlist[i])\n')
f.write('\t\tplayer.setStartingPlot(CyMap().plotByIndex(plotindex), 1)\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def findStartingPlot(argsList):\n')
f.write('\tplayerID = argsList\n')
# <advc.027>
f.write('\tif CyMap().getCustomMapOption(0) == 2:\n')
f.write('\t\tCyPythonMgr().allowDefaultImpl()\n')
f.write('\t\treturn None\n')
# </advc.027>
f.write('\treturn CvMapGeneratorUtil.findStartingPlot(playerID)\n')
f.write('\n')
f.write('def normalizeStartingPlotLocations():\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def normalizeAddRiver():\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def normalizeRemovePeaks():\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def normalizeAddLakes():\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def normalizeRemoveBadFeatures():\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def normalizeRemoveBadTerrain():\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def normalizeAddFoodBonuses():\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def normalizeAddGoodTerrain():\n')
f.write('\treturn None\n')
f.write('\n')
f.write('def normalizeAddExtras():\n')
f.write('\treturn None\n')
f.write('\n')
# advc.savem: AdvCiv doesn't place free AI units in the same tile; doing it only for humans won't really help.
#f.write('def startHumansOnSameTile():\n')
#f.write('\treturn True\n')
f.close()
# <advc.savem>
BugUtil.debug("savemap: Done saving map to '%s'", string)
def bCtrl(): return CvEventInterface.getEventManager().bCtrl
def __init__(self, WB):
self.WB = WB
self.iTable_Y = 110
import CvEventInterface
self.eventManager = CvEventInterface.getEventManager()
def __init__(self, WB):
self.WB = WB
self.iTable_Y = 80
self.lCities = []
import CvEventInterface
self.eventManager = CvEventInterface.getEventManager()
