def calculateTradeRoutes(playerOrID, withPlayerOrID=None):
"""
Returns the domestic and foreign trade route yields and counts for <playerOrID>:
domestic yield, domestic count, foreign yield, and foreign count.
If <withPlayerOrID> is given, only counts trade routes to their cities.
If Fractional Trade Routes is active, the value returned is fractional (times 100).
"""
domesticTrade = domesticCount = foreignTrade = foreignCount = 0
eTeam = PlayerUtil.getPlayerTeam(playerOrID)
eWithPlayer = PlayerUtil.getPlayerID(withPlayerOrID)
for city in PlayerUtil.playerCities(playerOrID):
for i in range(city.getTradeRoutes()):
tradeCity = city.getTradeCity(i)
if tradeCity and tradeCity.getOwner() >= 0 and (
eWithPlayer == -1 or eWithPlayer == tradeCity.getOwner()):
trade = city.calculateTradeYield(
YieldTypes.YIELD_COMMERCE,
TRADE_PROFIT_FUNC(city, tradeCity))
if tradeCity.getTeam() == eTeam:
domesticTrade += trade
domesticCount += 1
else:
foreignTrade += trade
foreignCount += 1
return domesticTrade, domesticCount, foreignTrade, foreignCount
def isWillingToTalk(playerOrID, toPlayerOrID):
"""
Returns True if <player> is willing to talk to <toPlayer>.
- Every player is willing to talk to themselves
- All human players are willing to talk
- Uses BUG DLL if present, otherwise scans attitude hover text
for "Refuses to Talk!!!" in the current language
Note: This function does not check if the two players can make contact.
"""
playerID, player = PlayerUtil.getPlayerAndID(playerOrID)
toPlayerID = PlayerUtil.getPlayerID(toPlayerOrID)
# if playerID == toPlayerID or player.isHuman():
# # all players talk to themselves, and all humans talk
# return True
# if BugDll.isPresent():
# return player.AI_isWillingToTalk(toPlayerID)
# else:
# hover = AttitudeUtil.getAttitudeString(playerID, toPlayerID)
# if hover:
# return (hover.find(BugUtil.getPlainText("TXT_KEY_MISC_REFUSES_TO_TALK")) == -1)
# else:
# # haven't met yet
# return False
# K-Mod
return playerID == toPlayerID or player.AI_isWillingToTalk(toPlayerID)
def getTradeableBonuses(fromPlayerOrID, toPlayerOrID): """ Returns two sets of bonus IDs that <fromPlayer> will and won't trade to <toPlayer>. Assumes that the two players can trade bonuses. """ fromPlayer = PlayerUtil.getPlayer(fromPlayerOrID) eToPlayer = PlayerUtil.getPlayerID(toPlayerOrID) fromPlayerIsHuman = fromPlayer.isHuman() will = set() wont = set() tradeData = TradeData() tradeData.ItemType = TradeableItems.TRADE_RESOURCES for eBonus in range(gc.getNumBonusInfos()): tradeData.iData = eBonus if fromPlayer.canTradeItem(eToPlayer, tradeData, False): if fromPlayerIsHuman or fromPlayer.canTradeItem(eToPlayer, tradeData, True): will.add(eBonus) else: wont.add(eBonus) return will, wont
def getTradeableBonuses(fromPlayerOrID, toPlayerOrID):
"""
Returns two sets of bonus IDs that <fromPlayer> will and won't trade to <toPlayer>.
Assumes that the two players can trade bonuses.
"""
fromPlayer = PlayerUtil.getPlayer(fromPlayerOrID)
eToPlayer = PlayerUtil.getPlayerID(toPlayerOrID)
fromPlayerIsHuman = fromPlayer.isHuman()
will = set()
wont = set()
tradeData = TradeData()
tradeData.ItemType = TradeableItems.TRADE_RESOURCES
for eBonus in range(gc.getNumBonusInfos()):
tradeData.iData = eBonus
if fromPlayer.canTradeItem(eToPlayer, tradeData, False):
if fromPlayerIsHuman or fromPlayer.canTradeItem(eToPlayer, tradeData, True):
will.add(eBonus)
else:
wont.add(eBonus)
return will, wont
def calculateTradeRoutes(playerOrID, withPlayerOrID=None):
"""
Returns the domestic and foreign trade route yields and counts for <playerOrID>:
domestic yield, domestic count, foreign yield, and foreign count.
If <withPlayerOrID> is given, only counts trade routes to their cities.
If Fractional Trade Routes is active, the value returned is fractional (times 100).
"""
domesticTrade = domesticCount = foreignTrade = foreignCount = 0
# advc.001: Bugfixes merged from Dawn of Civilization
eTeam = PlayerUtil.getPlayerTeamID(playerOrID) # (was getPlayerTeam)
eWithPlayer = PlayerUtil.getPlayerID(withPlayerOrID)
for city in PlayerUtil.playerCities(playerOrID):
# advc.001: (Only relevant for FractionalTrade)
cityDomesticTrade = cityForeignTrade = 0
for i in range(city.getTradeRoutes()):
tradeCity = city.getTradeCity(i)
if tradeCity and tradeCity.getOwner() >= 0 and (
eWithPlayer == -1 or eWithPlayer == tradeCity.getOwner()):
trade = city.calculateTradeYield(
YieldTypes.YIELD_COMMERCE,
TRADE_PROFIT_FUNC(city, tradeCity))
if tradeCity.getTeam() == eTeam:
cityDomesticTrade += trade # advc.001: was domesticTrade+=...
domesticCount += 1
else:
cityForeignTrade += trade # advc.001: was foreignTrade+=...
foreignCount += 1
# <advc.001>
if isFractionalTrade() and not withPlayerOrID:
cityDomesticTrade //= 100
cityForeignTrade //= 100
domesticTrade += cityDomesticTrade
foreignTrade += cityForeignTrade
if isFractionalTrade() and withPlayerOrID:
domesticTrade //= 100
foreignTrade //= 100
# </advc.001>
return domesticTrade, domesticCount, foreignTrade, foreignCount
def getTradeableBonuses(fromPlayerOrID, toPlayerOrID):
"""
Returns two sets of bonus IDs that <fromPlayer> will and won't trade to <toPlayer>.
Assumes that the two players can trade bonuses.
"""
fromPlayer = PlayerUtil.getPlayer(fromPlayerOrID)
eToPlayer = PlayerUtil.getPlayerID(toPlayerOrID)
#fromPlayerIsHuman = fromPlayer.isHuman() # advc.306: Now unused
will = set()
wont = set()
tradeData = TradeData()
tradeData.ItemType = TradeableItems.TRADE_RESOURCES
for eBonus in range(gc.getNumBonusInfos()):
tradeData.iData = eBonus
if fromPlayer.canTradeItem(eToPlayer, tradeData, False):
# adcv.036: Removed 'fromPlayerIsHuman or'. Human trade denial checks whether eToPlayer needs eBonus.
if fromPlayer.canTradeItem(eToPlayer, tradeData, True):
will.add(eBonus)
else:
wont.add(eBonus)
return will, wont
def calculateTradeRoutes(playerOrID, withPlayerOrID=None): """ Returns the domestic and foreign trade route yields and counts for <playerOrID>: domestic yield, domestic count, foreign yield, and foreign count. If <withPlayerOrID> is given, only counts trade routes to their cities. If Fractional Trade Routes is active, the value returned is fractional (times 100). """ domesticTrade = domesticCount = foreignTrade = foreignCount = 0 eTeam = PlayerUtil.getPlayerTeam(playerOrID) eWithPlayer = PlayerUtil.getPlayerID(withPlayerOrID) for city in PlayerUtil.playerCities(playerOrID): for i in range(city.getTradeRoutes()): tradeCity = city.getTradeCity(i) if tradeCity and tradeCity.getOwner() >= 0 and (eWithPlayer == -1 or eWithPlayer == tradeCity.getOwner()): trade = city.calculateTradeYield(YieldTypes.YIELD_COMMERCE, TRADE_PROFIT_FUNC(city, tradeCity)) if tradeCity.getTeam() == eTeam: domesticTrade += trade domesticCount += 1 else: foreignTrade += trade foreignCount += 1 return domesticTrade, domesticCount, foreignTrade, foreignCount
