def isWHEOOH(playerOrID, askingPlayerOrID):
"""
Returns True if askingPlayerOrID can see that playerOrID is WHEOOH.
In game terms, this is the case if the player gives the TOO_MANY_WARS denial type
for a request to go to war against a rival.
"""
askedPlayer, askedTeam = getPlayerAndTeam(playerOrID)
askingPlayer, askingTeam = getPlayerAndTeam(askingPlayerOrID)
if not TradeUtil.canTrade(askingPlayer, askedPlayer):
return False
tradeData = TradeData()
tradeData.ItemType = TradeableItems.TRADE_WAR
for player in players(alive=True, barbarian=False, minor=False):
eTeam = player.getTeam()
if eTeam == askingPlayer.getTeam() or eTeam == askedPlayer.getTeam(
) or askedTeam.isAtWar(eTeam):
# won't DoW your team, their team, or a team they are fighting
continue
if not ((askingTeam.isHasMet(eTeam) and askedTeam.isHasMet(eTeam))
or gc.getGame().isDebugMode()):
# won't DoW someone you or they haven't met
continue
tradeData.iData = eTeam
if askedPlayer.canTradeItem(askingPlayer.getID(), tradeData, False):
denial = askedPlayer.getTradeDenial(askingPlayer.getID(),
tradeData)
if denial == DenialTypes.DENIAL_TOO_MANY_WARS:
return True
return False
def getPossibleEmbargos(playerOrID, askingPlayerOrID):
"""
Returns a list of all CyPlayers with which playerOrID will stop trading.
The askingPlayerOrID is used to limit the list to players they have met.
"""
askedPlayer, askedTeam = getPlayerAndTeam(playerOrID)
askingPlayer, askingTeam = getPlayerAndTeam(askingPlayerOrID)
if not TradeUtil.canTrade(askingPlayer, askedPlayer):
return ()
embargos = []
tradeData = TradeData()
tradeData.ItemType = TradeableItems.TRADE_EMBARGO
for player in players(alive=True, barbarian=False, minor=False):
eTeam = player.getTeam()
if eTeam == askingPlayer.getTeam() or eTeam == askedPlayer.getTeam(
) or askedTeam.isAtWar(eTeam):
# won't embargo your team, their team, or a team they are fighting
continue
if not ((askingTeam.isHasMet(eTeam) and askedTeam.isHasMet(eTeam))
or gc.getGame().isDebugMode()):
# won't embargo someone you or they haven't met
continue
tradeData.iData = eTeam
if askedPlayer.canTradeItem(askingPlayer.getID(), tradeData, True):
embargos.append(player)
return embargos
def getPossibleWars(playerOrID, askingPlayerOrID):
"""
Returns a tuple containing the WHEOOH status of the given player and
a list of all CyPlayers on which playerOrID will declare war in a trade.
The askingPlayerOrID is used to limit the list to players they have met.
"""
askedPlayer, askedTeam = getPlayerAndTeam(playerOrID)
askingPlayer, askingTeam = getPlayerAndTeam(askingPlayerOrID)
if not TradeUtil.canTrade(askingPlayer, askedPlayer):
return (False, ())
wheooh = False
wars = []
tradeData = TradeData()
tradeData.ItemType = TradeableItems.TRADE_WAR
for player in players(alive=True, barbarian=False, minor=False):
eTeam = player.getTeam()
if eTeam == askingPlayer.getTeam() or eTeam == askedPlayer.getTeam(
) or askedTeam.isAtWar(eTeam):
# won't DoW your team, their team, or a team they are fighting
continue
if not ((askingTeam.isHasMet(eTeam) and askedTeam.isHasMet(eTeam))
or gc.getGame().isDebugMode()):
# won't DoW someone you or they haven't met
continue
tradeData.iData = eTeam
if askedPlayer.canTradeItem(askingPlayer.getID(), tradeData, False):
denial = askedPlayer.getTradeDenial(askingPlayer.getID(),
tradeData)
if denial == DenialTypes.NO_DENIAL:
wars.append(player)
elif denial == DenialTypes.DENIAL_TOO_MANY_WARS:
wheooh = True
return (wheooh, wars)
def isWHEOOH(playerOrID, askingPlayerOrID): """ Returns True if askingPlayerOrID can see that playerOrID is WHEOOH. In game terms, this is the case if the player gives the TOO_MANY_WARS denial type for a request to go to war against a rival. """ askedPlayer, askedTeam = getPlayerAndTeam(playerOrID) askingPlayer, askingTeam = getPlayerAndTeam(askingPlayerOrID) if not TradeUtil.canTrade(askingPlayer, askedPlayer): return False tradeData = TradeData() tradeData.ItemType = TradeableItems.TRADE_WAR for player in players(alive=True, barbarian=False, minor=False): eTeam = player.getTeam() if eTeam == askingPlayer.getTeam() or eTeam == askedPlayer.getTeam() or askedTeam.isAtWar(eTeam): # won't DoW your team, their team, or a team they are fighting continue if not ((askingTeam.isHasMet(eTeam) and askedTeam.isHasMet(eTeam)) or gc.getGame().isDebugMode()): # won't DoW someone you or they haven't met continue tradeData.iData = eTeam if askedPlayer.canTradeItem(askingPlayer.getID(), tradeData, False): denial = askedPlayer.getTradeDenial(askingPlayer.getID(), tradeData) if denial == DenialTypes.DENIAL_TOO_MANY_WARS: return True return False
def getPossibleEmbargos(playerOrID, askingPlayerOrID): """ Returns a list of all CyPlayers with which playerOrID will stop trading. The askingPlayerOrID is used to limit the list to players they have met. """ askedPlayer, askedTeam = getPlayerAndTeam(playerOrID) askingPlayer, askingTeam = getPlayerAndTeam(askingPlayerOrID) if not TradeUtil.canTrade(askingPlayer, askedPlayer): return () embargos = [] tradeData = TradeData() tradeData.ItemType = TradeableItems.TRADE_EMBARGO for player in players(alive=True, barbarian=False, minor=False): eTeam = player.getTeam() if eTeam == askingPlayer.getTeam() or eTeam == askedPlayer.getTeam() or askedTeam.isAtWar(eTeam): # won't embargo your team, their team, or a team they are fighting continue if not ((askingTeam.isHasMet(eTeam) and askedTeam.isHasMet(eTeam)) or gc.getGame().isDebugMode()): # won't embargo someone you or they haven't met continue tradeData.iData = eTeam if askedPlayer.canTradeItem(askingPlayer.getID(), tradeData, True): embargos.append(player) return embargos
def getPossibleWars(playerOrID, askingPlayerOrID): """ Returns a tuple containing the WHEOOH status of the given player and a list of all CyPlayers on which playerOrID will declare war in a trade. The askingPlayerOrID is used to limit the list to players they have met. """ askedPlayer, askedTeam = getPlayerAndTeam(playerOrID) askingPlayer, askingTeam = getPlayerAndTeam(askingPlayerOrID) if not TradeUtil.canTrade(askingPlayer, askedPlayer): return (False, ()) wheooh = False wars = [] tradeData = TradeData() tradeData.ItemType = TradeableItems.TRADE_WAR for player in players(alive=True, barbarian=False, minor=False): eTeam = player.getTeam() if eTeam == askingPlayer.getTeam() or eTeam == askedPlayer.getTeam() or askedTeam.isAtWar(eTeam): # won't DoW your team, their team, or a team they are fighting continue if not ((askingTeam.isHasMet(eTeam) and askedTeam.isHasMet(eTeam)) or gc.getGame().isDebugMode()): # won't DoW someone you or they haven't met continue tradeData.iData = eTeam if askedPlayer.canTradeItem(askingPlayer.getID(), tradeData, False): denial = askedPlayer.getTradeDenial(askingPlayer.getID(), tradeData) if denial == DenialTypes.NO_DENIAL: wars.append(player) elif denial == DenialTypes.DENIAL_TOO_MANY_WARS: wheooh = True return (wheooh, wars)
def canSeeCityList(playerOrID):
"""
Returns True if the active player can see the list of <player>'s cities.
In the unmodified game, this is possible if the players have met and <player>
is not a vassal of a rival. They must be able to contact (trade with)
<player>, and OCC must be disabled. You can always see a teammate's cities.
"""
if GameUtil.isOCC():
return False
askedPlayer, askedTeam = getPlayerAndTeam(playerOrID)
askingPlayer, askingTeam = getActivePlayerAndTeam()
iDemographicsMission = -1
if (GameUtil.isEspionage()):
for iMissionLoop in range(gc.getNumEspionageMissionInfos()):
if (gc.getEspionageMissionInfo(iMissionLoop).isSeeDemographics()):
iDemographicsMission = iMissionLoop
if gc.getGame().isOption(
GameOptionTypes.GAMEOPTION_CITYCOUNT_TIED_TO_ESPIONAGE):
if (askedTeam.isEverAlive()):
if (askingTeam.isHasMet(playerOrID) or CyGame().isDebugMode()):
if (iDemographicsMission != -1
and not askingPlayer.canDoEspionageMission(
iDemographicsMission, playerOrID, None, -1)):
return False
if askingPlayer.getTeam() == askedPlayer.getTeam():
return True
if askedTeam.isAVassal() and not askedTeam.isVassal(askingTeam.getID()):
return False
return TradeUtil.canTrade(askingPlayer, askedPlayer)
def canSeeCityList(playerOrID):
"""
Returns True if the active player can see the list of <player>'s cities.
In the unmodified game, this is possible if the players have met and <player>
is not a vassal of a rival. They must be able to contact (trade with)
<player>, and OCC must be disabled. You can always see a teammate's cities.
"""
if gc.getGame().isOption(GameOptionTypes.GAMEOPTION_ONE_CITY_CHALLENGE):
return False
askedPlayer, askedTeam = getPlayerAndTeam(playerOrID)
askingPlayer, askingTeam = getActivePlayerAndTeam()
if askingPlayer.getTeam() == askedPlayer.getTeam():
return True
if askedTeam.isAVassal() and not askedTeam.isVassal(askingTeam.getID()):
return False
return TradeUtil.canTrade(askingPlayer, askedPlayer)
def canSeeCityList(playerOrID): """ Returns True if the active player can see the list of <player>'s cities. In the unmodified game, this is possible if the players have met and <player> is not a vassal of a rival. They must be able to contact (trade with) <player>, and OCC must be disabled. You can always see a teammate's cities. """ if GameUtil.isOCC(): return False askedPlayer, askedTeam = getPlayerAndTeam(playerOrID) askingPlayer, askingTeam = getActivePlayerAndTeam() if askingPlayer.getTeam() == askedPlayer.getTeam(): return True if askedTeam.isAVassal() and not askedTeam.isVassal(askingTeam.getID()): return False return TradeUtil.canTrade(askingPlayer, askedPlayer)
def checkturn_main():
#s=""
if not gc.getPlayer(utils.getHumanID()).isAlive():
return
if gc.getDefineINT("PLAYER_AI_ALLOW_TO_USE_CONSIDEROFFER_THRESHOLD") == 0:
return
for iPlayer in range(iNumPlayers):
human=utils.getHumanID()
if gc.getPlayer(iPlayer).isAlive() and human!=iPlayer :
cantrade=TradeUtil.canTrade(human,iPlayer)
if 1==1:
a=gc.AI_considerOfferThreshold(human,iPlayer)#3是中国
b=gc.getPlayer(iPlayer).AI_maxGoldTrade(human)
c=min(a,b)
if Stability.isImmune_War(iPlayer):
c=0
if cantrade and c>0:
#civname1=gc.getPlayer(human).getCivilizationAdjectiveKey()
tem_civname1='我们'#我们
#civname2=gc.getPlayer(iPlayer).getCivilizationAdjectiveKey()
#tem_civname2=handle_civname(civname2)
tem_civname2=gc.getPlayer(iPlayer).getCivilizationAdjective(0)
s1=str(tem_civname1)+" 可以勒索 "+str(c)+" 金币来自 "+tem_civname2+" 潜在最大可勒索金币量为 "+str(a)+" ; \r"
CyInterface().addMessage(gc.getGame().getActivePlayer(), False, iDuration, s1, "", 0, "", ColorTypes(iYellow), -1, -1, True, True)
if cantrade==0 and c>0:
#civname1=gc.getPlayer(human).getCivilizationAdjectiveKey()
#tem_civname1=handle_civname(civname1)#
#tem_civname1=human
tem_civname1=''#我们
#civname2=gc.getPlayer(iPlayer).getCivilizationAdjectiveKey()
#tem_civname2=iPlayer
#tem_civname2=handle_civname(civname2)
tem_civname2 = gc.getPlayer(iPlayer).getCivilizationAdjective(0)
s1=str(tem_civname1)+" 如果我们遇见他们，可以勒索 "+str(c)+" 金币来自 "+str(tem_civname2)+" 潜在最大可勒索金币量为 "+str(a)+" ; \r"
CyInterface().addMessage(gc.getGame().getActivePlayer(), False, iDuration, s1, "", 0, "", ColorTypes(iWhite), -1, -1, True, True)
#s=s+s1
#utils.show(str(s))
pass
def getWarTrades(self, player, team): iPlayerID = player.getID() tradeData = TradeData() tradeData.ItemType = TradeableItems.TRADE_WAR currentTrades = set() for loopPlayer in TradeUtil.getWarTraders(player): if player.canTradeWith(loopPlayer.getID()): ###print "LOOP PLAYER: %s %d"%(gc.getLeaderHeadInfo(loopPlayer.getLeaderType()).getDescription(), loopPlayer.getID()) canDoTrade = false for pPlayer in TradeUtil.getWarTraders(loopPlayer): if TradeUtil.canTrade(player, pPlayer): tradeData.iData = pPlayer.getID() ###print " %s DENIAL: %d"%(gc.getLeaderHeadInfo(pPlayer.getLeaderType()).getDescription(), loopPlayer.getTradeDenial(iPlayerID, tradeData)) if (loopPlayer.getTradeDenial(iPlayerID, tradeData) == DenialTypes.NO_DENIAL): canDoTrade = true if canDoTrade: currentTrades.add(loopPlayer.getID()) break return currentTrades
def canSeeCityList(askedPlayer): """ Returns True if the active player can see the list of <player>'s cities. In the unmodified game, this is possible if the players have met and <player> is not a vassal of a rival. They must be able to contact (trade with) <player>, and OCC must be disabled. You can always see a teammate's cities. """ if GAME.isOption(GameOptionTypes.GAMEOPTION_ONE_CITY_CHALLENGE): return False iAskedTeam = askedPlayer.getTeam() iAskingTeam = GAME.getActiveTeam() if iAskingTeam == iAskedTeam: return True askedTeam = GC.getTeam(iAskedTeam) if askedTeam.isAVassal() and not askedTeam.isVassal(iAskingTeam): return False return TradeUtil.canTrade(GC.getActivePlayer(), askedPlayer)
def canSeeCityList(playerOrID):
"""
Returns True if the active player can see the list of <player>'s cities.
In the unmodified game, this is possible if the players have met and <player>
is not a vassal of a rival. They must be able to contact (trade with)
<player>, and OCC must be disabled. You can always see a teammate's cities.
"""
# In K-Mod, the city list is only visible when at war. - Also, human players will only show their city list if they are willing to talk!
# Rather than risk getting this wrong..
return False
# done. (old code follows, but does nothing.)
if GameUtil.isOCC():
return False
askedPlayer, askedTeam = getPlayerAndTeam(playerOrID)
askingPlayer, askingTeam = getActivePlayerAndTeam()
if askingPlayer.getTeam() == askedPlayer.getTeam():
return True
if askedTeam.isAVassal() and not askedTeam.isVassal(askingTeam.getID()):
return False
return TradeUtil.canTrade(askingPlayer, askedPlayer)
def getWarTrades(self, player, team):
iPlayerID = player.getID()
tradeData = TradeData()
tradeData.ItemType = TradeableItems.TRADE_WAR
currentTrades = set()
for loopPlayer in TradeUtil.getWarTraders(player):
if player.canTradeWith(loopPlayer.getID()):
###print "LOOP PLAYER: %s %d"%(gc.getLeaderHeadInfo(loopPlayer.getLeaderType()).getDescription(), loopPlayer.getID())
canDoTrade = false
for pPlayer in TradeUtil.getWarTraders(loopPlayer):
if TradeUtil.canTrade(player, pPlayer):
tradeData.iData = pPlayer.getID()
###print " %s DENIAL: %d"%(gc.getLeaderHeadInfo(pPlayer.getLeaderType()).getDescription(), loopPlayer.getTradeDenial(iPlayerID, tradeData))
if (loopPlayer.getTradeDenial(
iPlayerID,
tradeData) == DenialTypes.NO_DENIAL):
canDoTrade = true
if canDoTrade:
currentTrades.add(loopPlayer.getID())
break
return currentTrades
