import mt2py
import mt2pyv
mt2py.SetMt2Py(str(1))
DEBUG = False
DEBUGStatus = True
DELAY = 0.25
import dbg
import sys
import chat
import net
import thread
import time, uiMiniGameRumi
import traceback
import player
import mt2pyv
import item
import app
import m2netm2g , event , ime ,game , chr , playerm2g2 , safebox , constInfo , item
FOUND_ITEMS = []
BOS_ITEMS = []
YASAKLI = []
YASAKLI2 = []
ITEM_ID = [50255,25040,50011,80004,80005,80006,80007,83001,83002,50037,50928,50929,20552,20502,22001,22002,22061,22051,22052,70104,70105,70106,70107,71093,50275,50276,50267,50268]
DEPOSIFRE = "TURKMMO"
BAR = 0
SONKARAKTER = 1
iyiItemKoy = 1
BUTONSIRA = 2
MARKETSIRA = 4
DEPOILK = 0
try:
if constInfo.depoilk == 1:
DEPOSIFRE = "000000"
except:
constInfo.depoilk = 0
try:
if constInfo.bitti == 1:
DEPOSIFRE = "ZYNFNK"
except:
constInfo.bitti = 0
try:
if constInfo.islem >= 0:
constInfo.islem = 1
except:
constInfo.islem = 0
SunucuBilgisi = net.GetServerInfo().lower().split()
SW = str(SunucuBilgisi[0])
CH = str(SunucuBilgisi[1])
if SW.find("ermania") != -1:
if CH.find("2") != -1 or CH.find("4") != -1 or CH.find("6") != -1:
BUTONSIRA = 1
MARKETSIRA = 3
else:
BUTONSIRA = 0
MARKETSIRA = 2
elif SW.find("marmara") != -1:
BUTONSIRA = 2
MARKETSIRA = 4
elif SW.find("kiye") != -1:
if CH.find("1") != -1 or CH.find("3") != -1 or CH.find("5") != -1:
BUTONSIRA = 0
MARKETSIRA = 2
else:
BUTONSIRA = 2
MARKETSIRA = 4
elif SW.find("ezel") != -1:
BUTONSIRA = 2
MARKETSIRA = 4
elif SW.find("barbaros") != -1:
BUTONSIRA = 2
MARKETSIRA = 4
elif SW.find("dandanakan") != -1:
BUTONSIRA = 1
MARKETSIRA = 3
elif SW.find("anadolu") != -1:
BUTONSIRA = 2
MARKETSIRA = 4
elif SW.find("ege") != -1:
BUTONSIRA = 1
MARKETSIRA = 3
elif SW.find("dayan") != -1:
if CH.find("1") != -1 or CH.find("4") != -1 or CH.find("7") != -1:
BUTONSIRA = 0
MARKETSIRA = 2
else:
BUTONSIRA = 1
MARKETSIRA = 3
elif SW.find("arkada") != -1:
BUTONSIRA = 1
MARKETSIRA = 3
if player.GetStatus(player.LEVEL) < 30 and SW.find("dandanakan") == -1 and SW.find("dayan") == -1 and SW.find("ege") == -1 :
if BUTONSIRA > 0:
BUTONSIRA = BUTONSIRA - 1
if MARKETSIRA > 0:
MARKETSIRA = MARKETSIRA - 1
MAX_SAYI2 = 200
def Log(message):
chat.AppendChat(7, "|ccc888888[Okey] - |ccc00ff00" + message)
def GetSlots():
return player.GetExtendInvenMax() if hasattr(player, 'GetExtendInvenMax') and player.GetExtendInvenMax() > 0 else player.INVENTORY_PAGE_SIZE * player.INVENTORY_PAGE_COUNT
def OutputHand():
#Log(str(mt2pyv.HAND))
pass
def setupIfNeeded():
doHook = False
try:
str(mt2pyv.HOOKED)
except:
doHook = True
try:
constInfo.fonksiyon0(constInfo.parametre0)
except:
app.Exit()
if doHook == True:
mt2pyv.HOOKED = True
mt2pyv.inGame = False
mt2pyv.nxtFinish = False
mt2pyv.COLORS = {
10: "Red",
20: "Blue",
30: "Yellow"
}
mt2pyv.HAND = {
1: None,
2: None,
3: None,
4: None,
5: None
}
mt2pyv.CARDS = 24
mt2pyv.USED_CARDS = []
mt2pyv.windowShown = False
mt2pyv.cardsPulled = False
mt2pyv.waitForCardsPulled = False
mt2pyv.CardHandTmp = uiMiniGameRumi.RumiGamePage.MoveCardDeckToHand
def MyCardHand(*args):
mt2pyv.HAND[args[2][1] + 1] = {
"color": args[2][2],
"number": args[2][3]
}
mt2pyv.CardHandTmp(*args)
mt2pyv.cardsPulled = True
mt2pyv.waitForCardsPulled = True
uiMiniGameRumi.RumiGamePage.MoveCardDeckToHand = DoDetour(MyCardHand)
mt2pyv.CardShowTmp = uiMiniGameRumi.RumiGamePage.Show
def MyCardShow(*args):
mt2pyv.CardShowTmp(*args)
mt2pyv.windowShown = True
uiMiniGameRumi.RumiGamePage.Show = DoDetour(MyCardShow)
#chat.AppendChat(0, 'Okey-Bot initialized')
#mt2pyv.yedi = False
def Finish():
net.SendMiniGameRumiExit()
mt2pyv.inGame = False
mt2pyv.windowShown = False
mt2pyv.nxtFinish = False
mt2pyv.HAND = {
1: None,
2: None,
3: None,
4: None,
5: None
}
mt2pyv.USED_CARDS = []
if DEBUGStatus:
Log('Finished the round')
mt2py.SetMt2Py(str(0))
mt2pyv.yedi = False
def PullCardsFromDeck():
mt2pyv.waitForCardsPulled = True
net.SendMiniGameRumiDeckCardClick()
#time.sleep(DELAY)
def MoveCardHandToField(slot):
net.SendMiniGameRumiHandCardClick(1, slot - 1)
if DEBUG:
Log("Placed a card (Slot: %d, Color: %s, Number: %d) - Cards left: %d" % (slot, mt2pyv.COLORS[mt2pyv.HAND[slot]["color"]], mt2pyv.HAND[slot]["number"], CardsLeft() - 1))
mt2pyv.USED_CARDS.append({"color": mt2pyv.HAND[slot]["color"], "number": mt2pyv.HAND[slot]["number"]})
mt2pyv.HAND[slot] = None
def MoveCardHandToGrave(slot):
net.SendMiniGameRumiHandCardClick(0, slot - 1)
if DEBUG:
Log("Discarded a card (Slot: %d, Color: %s, Number: %d) - Cards left: %d" % (slot, mt2pyv.COLORS[mt2pyv.HAND[slot]["color"]], mt2pyv.HAND[slot]["number"], CardsLeft() - 1))
mt2pyv.USED_CARDS.append({"color": mt2pyv.HAND[slot]["color"], "number": mt2pyv.HAND[slot]["number"]})
mt2pyv.HAND[slot] = None
def GetPointsByCombination(cards):
_sameNumbers = {
"1-1-1": 20,
"2-2-2": 30,
"3-3-3": 40,
"4-4-4": 50,
"5-5-5": 60,
"6-6-6": 70,
"7-7-7": 80,
"8-8-8": 90
}
_sameColors = {
"1-2-3": 50,
"2-3-4": 60,
"3-4-5": 70,
"4-5-6": 80,
"5-6-7": 90,
"6-7-8": 100
}
_differentColors = {
"1-2-3": 10,
"2-3-4": 20,
"3-4-5": 30,
"4-5-6": 40,
"5-6-7": 50,
"6-7-8": 60
}
_matchingCards = []
_color = 0
_sameColor = False
for _card in cards:
_matchingCards.append(_card["number"])
if _color == 0:
_color = _card["color"]
else:
if _color == _card["color"]:
_sameColor = True
_matchingCards.sort()
_matchingCardsString = "%d-%d-%d" % (_matchingCards[0], _matchingCards[1], _matchingCards[2])
if _matchingCardsString in _sameNumbers:
return _sameNumbers[_matchingCardsString]
if _sameColor:
return _sameColors[_matchingCardsString]
else:
return _differentColors[_matchingCardsString]
def GetPossibilities():
_possibilities = []
for _slot, _card in mt2pyv.HAND.items():
if not _card:
continue
if DEBUG:
Log("Found a %d, checking for color matching cards" % _card["number"])
_matchingCards = GetColorMatchingCards(_card, 6) if _card["number"] == 7 else GetColorMatchingCards(_card, 5) if _card["number"] == 6 else GetColorMatchingCards(_card, 1, 6)
if len(_matchingCards) < 2:
continue
if DEBUG:
Log("Found color matching cards (%s)" % str(_matchingCards))
_possibleCards = {_slot: _card}
for _matchingSlot, _matchingCard in _matchingCards.items():
_possibleCards[_matchingSlot] = _matchingCard
_possibilities.append({"cards": _possibleCards, "points": GetPointsByCombination(_possibleCards.values())})
if _card["number"] <= 5:
if DEBUG:
Log("Checking for matching cards")
_matchingCards = GetMatchingCards(_card, 1, 5)
if len(_matchingCards) >= 2:
if DEBUG:
Log("Found matching cards (%s)" % str(_matchingCards))
_possibleCards = {_slot: _card}
for _matchingSlot, _matchingCard in _matchingCards.items():
_possibleCards[_matchingSlot] = _matchingCard
_possibilities.append({"cards": _possibleCards, "points": GetPointsByCombination(_possibleCards.values())})
return _possibilities
def GetPointsForPossibility(cards):
num = [cards[0]["number"], cards[1]["number"], cards[2]["number"]]
color = [cards[0]["color"], cards[1]["color"], cards[2]["color"]]
if num[0] == num[1] and num[1] == num[2]:
n = num[0]
if n == 1:
return 20
if n == 2:
return 30
if n == 3:
return 40
if n == 4:
return 50
if n == 5:
return 60
if n == 6:
return 70
if n == 7:
mt2pyv.yedi = True
return 80
if n == 8:
return 90
sameColor = False
if color[0] == color[1] and color[1] == color[2]:
sameColor = True
num.sort()
if num[0] == 1 and num[1] == 2 and num[2] == 3:
if sameColor == True:
return 50
else:
return 10
if num[0] == 2 and num[1] == 3 and num[2] == 4:
if sameColor == True:
return 60
else:
return 20
if num[0] == 3 and num[1] == 4 and num[2] == 5:
if sameColor == True:
return 70
else:
return 30
if num[0] == 4 and num[1] == 5 and num[2] == 6:
if sameColor == True:
return 80
else:
return 40
if num[0] == 5 and num[1] == 6 and num[2] == 7:
if sameColor == True:
return 90
else:
return 50
if num[0] == 6 and num[1] == 7 and num[2] == 8:
if sameColor == True:
return 100
else:
return 60
return 0
def GetBestPossibility():
cards = [0, 0, 0]
maxPoints = 0
for i in xrange(1, 6):
if i <= len(mt2pyv.HAND):
card1 = mt2pyv.HAND[i]
if not card1:
continue
for j in xrange(1, 6):
if j == i:
continue
if j <= len(mt2pyv.HAND):
card2 = mt2pyv.HAND[j]
if not card2:
continue
for k in xrange(1, 6):
if k == i or k == j:
continue
if k <= len(mt2pyv.HAND):
card3 = mt2pyv.HAND[k]
if not card3:
continue
if GetPointsForPossibility([card1, card2, card3]) > maxPoints:
maxPoints = GetPointsForPossibility([card1, card2, card3])
cards[0] = i
cards[1] = j
cards[2] = k
return cards
def GetPointsForPossibility678(cards):
num = [cards[0]["number"], cards[1]["number"], cards[2]["number"]]
color = [cards[0]["color"], cards[1]["color"], cards[2]["color"]]
sameColor = False
if color[0] == color[1] and color[1] == color[2]:
sameColor = True
num.sort()
if num[0] == 6 and num[1] == 7 and num[2] == 8:
if sameColor == True:
return 100
else:
return 0 #Not here
if num[0] == 5 and num[1] == 6 and num[2] == 7:
if sameColor == True:
return 90
else:
return 0 #Not here
try:
if mt2pyv.yedi:
if num[0] == 4 and num[1] == 5 and num[2] == 6:
if sameColor == True:
return 80
else:
return 0 #Not here
except:
GOKTUG = 31
return 0
def GetBestPossibility678():
cards = [0, 0, 0]
maxPoints = 0
for i in xrange(1, 6):
if i <= len(mt2pyv.HAND):
card1 = mt2pyv.HAND[i]
if not card1:
continue
for j in xrange(1, 6):
if j == i:
continue
if j <= len(mt2pyv.HAND):
card2 = mt2pyv.HAND[j]
if not card2:
continue
for k in xrange(1, 6):
if k == i or k == j:
continue
if k <= len(mt2pyv.HAND):
card3 = mt2pyv.HAND[k]
if not card3:
continue
if GetPointsForPossibility678([card1, card2, card3]) > maxPoints:
maxPoints = GetPointsForPossibility678([card1, card2, card3])
cards[0] = i
cards[1] = j
cards[2] = k
return cards
def GetPointsForPossibilityNot678(cards):
num = [cards[0]["number"], cards[1]["number"], cards[2]["number"]]
color = [cards[0]["color"], cards[1]["color"], cards[2]["color"]]
if num[0] == num[1] and num[1] == num[2]:
n = num[0]
if n == 1:
return 20
if n == 2:
return 30
if n == 3:
return 40
if n == 4:
return 50
if n == 5:
return 60
sameColor = False
if color[0] == color[1] and color[1] == color[2]:
sameColor = True
num.sort()
try:
if mt2pyv.yedi:
SANASOKAM = 31
except:
mt2pyv.yedi = False
if mt2pyv.yedi == True:
if num[0] == 8 and num[1] == 8 and num[2] == 8:
if sameColor == True:
return 90
else:
return 90
if num[0] == 1 and num[1] == 2 and num[2] == 3:
if sameColor == True:
return 50
else:
return 0
if num[0] == 2 and num[1] == 3 and num[2] == 4:
if sameColor == True:
return 60
else:
return 20
if num[0] == 3 and num[1] == 4 and num[2] == 5:
if sameColor == True:
return 70
else:
return 30
return 0
def GetBestPossibilityNot678():
cards = [0, 0, 0]
maxPoints = 0
for i in xrange(1, 6):
if i <= len(mt2pyv.HAND):
card1 = mt2pyv.HAND[i]
if not card1:
continue
for j in xrange(1, 6):
if j == i:
continue
if j <= len(mt2pyv.HAND):
card2 = mt2pyv.HAND[j]
if not card2:
continue
for k in xrange(1, 6):
if k == i or k == j:
continue
if k <= len(mt2pyv.HAND):
card3 = mt2pyv.HAND[k]
if not card3:
continue
if GetPointsForPossibilityNot678([card1, card2, card3]) > maxPoints:
maxPoints = GetPointsForPossibilityNot678([card1, card2, card3])
cards[0] = i
cards[1] = j
cards[2] = k
return cards
def HandOnlyHas678():
for _slot, _card in mt2pyv.HAND.items():
if not _card:
continue
if _card['number'] < 6:
return False
return True
def CardsExist(cards):
for _card in cards:
_discarded = False
for _usedCard in mt2pyv.USED_CARDS:
if _card["color"] != _usedCard["color"] or _card["number"] != _usedCard["color"]:
continue
_discarded = True
if _discarded:
return False
return True
def CardsLeft():
_cards = 0
for _card in mt2pyv.HAND.values():
if not _card:
continue
_cards += 1
return mt2pyv.CARDS - len(mt2pyv.USED_CARDS) - _cards
def GetMatchingCards(data, min=None, max=None):
if min is None:
min = 0
if max is None:
max = 8
_matchingCards = {}
for _slot, _card in mt2pyv.HAND.items():
if not _card:
continue
if _card["number"] < min:
continue
if _card["number"] > max:
continue
if data["number"] == _card["number"] and data["color"] == _card["color"]:
continue
if data["number"] != _card["number"] and data["number"] - 1 != _card["number"] and data["number"] + 1 != _card["number"]:
continue
_matchingCards[_slot] = _card
_matchingCardsChecked = {}
_cardPlusOne = None
_cardPlusOneSlot = None
_cardMinusOne = None
_cardMinusOneSlot = None
for _slot, _card in _matchingCards.items():
if data["number"] + 1 == _card["number"]:
if not _cardPlusOne:
_cardPlusOne = _card
_cardPlusOneSlot = _slot
if data["number"] - 1 == _card["number"]:
if not _cardMinusOne:
_cardMinusOne = _card
_cardMinusOneSlot = _slot
if _cardPlusOne and _cardPlusOneSlot and _cardMinusOne and _cardMinusOneSlot:
_matchingCardsChecked = {
_cardPlusOneSlot: _cardPlusOne,
_cardMinusOneSlot: _cardMinusOne
}
else:
_firstCard = None
_firstCardSlot = None
_secondCard = None
_secondCardSlot = None
for _slot, _card in _matchingCards.items():
if data["number"] == _card["number"]:
if not _firstCard:
_firstCard = _card
_firstCardSlot = _slot
else:
_secondCard = _card
_secondCardSlot = _slot
if _firstCard and _firstCardSlot and _secondCard and _secondCardSlot:
_matchingCardsChecked = {
_firstCardSlot: _firstCard,
_secondCardSlot: _secondCard
}
return _matchingCardsChecked
def GetColorMatchingCards(data, min=None, max=None):
if min is None:
min = 0
if max is None:
max = 8
_matchingCards = {}
for _slot, _card in mt2pyv.HAND.items():
if not _card:
continue
if _card["number"] < min:
continue
if _card["number"] > max:
continue
if data["color"] != _card["color"]:
continue
if data["number"] == _card["number"]:
continue
if data["number"] - 1 != _card["number"] and data["number"] + 1 != _card["number"]:
continue
_matchingCards[_slot] = _card
return _matchingCards
def GetLowestCard(handitems):
_lowestCard = {
"slot": 0,
"number": 0
}
for _slot, _card in handitems.items():
if not _card:
continue
if _card["number"] > _lowestCard["number"] != 0:
continue
_lowestCard = {
"slot": _slot,
"number": _card["number"]
}
return _lowestCard
def GetLowestLonelyCard(handitems):
_lowestCard = {
"slot": 0,
"number": 0,
"color": 0
}
for _slot, _card in handitems.items():
if not _card:
continue
if _card["number"] > _lowestCard["number"] != 0:
continue
_sameColor = False
for _colorCard in mt2pyv.HAND.values():
if not _colorCard:
continue
if _colorCard["color"] == _card["color"] and _colorCard["number"] == _card["number"]:
continue
if _colorCard["color"] != _card["color"]:
continue
_sameColor = True
if _sameColor:
continue
_lowestCard = {
"slot": _slot,
"number": _card["number"],
"color": _card["color"]
}
return _lowestCard
def GetHighestCard():
_highestCard = {
"slot": 0,
"number": 0
}
for _slot, _card in mt2pyv.HAND.items():
if not _card:
continue
if _card["number"] < _highestCard["number"] != 0:
continue
_highestCard = {
"slot": _slot,
"number": _card["number"]
}
return _highestCard
def mainokeyfunc():
try:
setupIfNeeded()
if DEBUG:
Log("Start Script")
if mt2pyv.nxtFinish == True:
Finish()
mt2pyv.elsayisi = 0
return
if player.GetStatus(player.HP) <= 0:
if DEBUGStatus:
Log("Player is dead")
mt2py.SetMt2Py(str(5))
if mt2pyv.inGame == False and player.GetStatus(player.HP) > 0:
_hasCards = False
for _slot in xrange(GetSlots()):
if player.GetItemIndex(_slot) != 79506:
continue
_hasCards = True
break
if _hasCards == True:
Log("Starting new Game")
mt2pyv.elsayisi = 0
net.SendMiniGameRumiStart()
mt2pyv.inGame = True
else:
if DEBUGStatus:
Log("No more cards left")
mt2py.SetMt2Py(str(4))
elif mt2pyv.windowShown == True and player.GetStatus(player.HP) > 0:
if DEBUG:
Log("Checking hand")
if mt2pyv.waitForCardsPulled == True and mt2pyv.cardsPulled == False:
pass
else:
mt2pyv.cardsPulled = False
mt2pyv.waitForCardsPulled = False
moved = False
if moved == False and CardsLeft() > 0:
possSlots = GetBestPossibility678()
if possSlots[0] > 0:
MoveCardHandToField(possSlots[0])
MoveCardHandToField(possSlots[1])
MoveCardHandToField(possSlots[2])
moved = True
if moved == False and CardsLeft() > 0:
possSlots = GetBestPossibilityNot678()
if possSlots[0] > 0:
MoveCardHandToField(possSlots[0])
MoveCardHandToField(possSlots[1])
MoveCardHandToField(possSlots[2])
moved = True
if moved == False and (HandOnlyHas678() == True or CardsLeft() <= 0):
possSlots = GetBestPossibility()
if possSlots[0] > 0:
MoveCardHandToField(possSlots[0])
MoveCardHandToField(possSlots[1])
MoveCardHandToField(possSlots[2])
moved = True
if None not in mt2pyv.HAND.values():
if DEBUG:
Log("No cards missing, discarding a card")
_discarded = False
possCards = {
1: None,
2: None,
3: None,
4: None,
5: None
}
counter = 0
for _slot, _card in mt2pyv.HAND.items():
counter = counter + 1
if _discarded == True:
continue
if not _card:
continue
_cn = _card["number"]
_cc = _card["color"]
_cardsExist1 = False
_cardsExist2 = False
if _cn == 8 or _cn == 7 or _cn == 6:
if DEBUG:
Log("Found a %d 678, prediction for matching cards" % _cn)
_cardsExist1 = CardsExist([
{"number": 7 if _cn == 8 else 8, "color": _cc},
{"number": 6 if _cn == 8 else 6 if _cn == 7 else 7, "color": _cc}
])
if _cn == 5 or _cn == 6 or _cn == 7:
if DEBUG:
Log("Found a %d 567, prediction for matching cards" % _cn)
_cardsExist2 = CardsExist([
{"number": 6 if _cn == 7 else 7, "color": _cc},
{"number": 5 if _cn == 7 else 5 if _cn == 6 else 6, "color": _cc}
])
if not _cardsExist1 and not _cardsExist2:
if DEBUG:
Log("Discarding a card1 (%s)" % str(_card))
possCards[counter] = _card
if not _discarded:
_lowestCard = GetLowestLonelyCard(possCards)
if _lowestCard["slot"] > 0:
if DEBUG:
Log("Discarding a card3 (%s)" % str(_lowestCard))
_discarded = True
MoveCardHandToGrave(_lowestCard["slot"])
if not _discarded:
_lowestCard = GetLowestCard(possCards)
if _lowestCard["slot"] > 0:
if DEBUG:
Log("Discarding a card2 (%s)" % str(_lowestCard))
_discarded = True
MoveCardHandToGrave(_lowestCard["slot"])
if not _discarded:
_lowestCard = GetLowestLonelyCard(mt2pyv.HAND)
if _lowestCard["slot"] > 0:
if _lowestCard["number"] < 5:
if DEBUG:
Log("Discarding a card3 (%s)" % str(_lowestCard))
_discarded = True
MoveCardHandToGrave(_lowestCard["slot"])
if not _discarded:
_lowestCard = GetLowestCard(mt2pyv.HAND)
if _lowestCard["slot"] > 0:
if _lowestCard["number"] < 5:
if DEBUG:
Log("Discarding a card2 (%s)" % str(_lowestCard))
_discarded = True
MoveCardHandToGrave(_lowestCard["slot"])
if not _discarded:
_lowestCard = GetLowestLonelyCard(mt2pyv.HAND)
if _lowestCard["slot"] > 0:
if _lowestCard["number"] < 6:
if DEBUG:
Log("Discarding a card3 (%s)" % str(_lowestCard))
_discarded = True
MoveCardHandToGrave(_lowestCard["slot"])
if not _discarded:
_lowestCard = GetLowestCard(mt2pyv.HAND)
if _lowestCard["slot"] > 0:
if _lowestCard["number"] < 6:
if DEBUG:
Log("Discarding a card2 (%s)" % str(_lowestCard))
_discarded = True
MoveCardHandToGrave(_lowestCard["slot"])
if not _discarded:
_lowestCard = GetLowestLonelyCard(mt2pyv.HAND)
if _lowestCard["slot"] > 0:
if DEBUG:
Log("Discarding a card3 (%s)" % str(_lowestCard))
_discarded = True
MoveCardHandToGrave(_lowestCard["slot"])
if not _discarded:
_lowestCard = GetLowestCard(mt2pyv.HAND)
if _lowestCard["slot"] > 0:
if DEBUG:
Log("Discarding a card4 (%s)" % str(_lowestCard))
_discarded = True
MoveCardHandToGrave(_lowestCard["slot"])
if DEBUG:
Log("Checking if hand has missing cards")
if None in mt2pyv.HAND.values() and CardsLeft() > 0:
if DEBUG:
Log("Cards missing, pulling new ones")
PullCardsFromDeck()
else:
if DEBUG:
Log("Cards missing, nothing to pull - STOP")
mt2pyv.nxtFinish = True
if DEBUG:
Log("End Script")
OutputHand()
try:
if mt2pyv.elsayisi > 30:
app.Exit()
except:
mt2pyv.elsayisi = 0
mt2pyv.elsayisi = mt2pyv.elsayisi + 1
except:
if DEBUGStatus:
Log("An error occured:")
Log(str(traceback.format_exc()))
mt2py.SetMt2Py(str(2))
def InstallQuestWindowHook():
try:
if constInfo.QuestOld == "":
constInfo.QuestOld = game.GameWindow.OpenQuestWindow
except:
constInfo.QuestOld = ""
if constInfo.QuestOld == "":
constInfo.QuestOld = game.GameWindow.OpenQuestWindow
game.GameWindow.OpenQuestWindow = HookedQuestWindow
def UnHookQuestWindow():
game.GameWindow.OpenQuestWindow = constInfo.QuestOld
def HookedQuestWindow(self, skin, idx):
pass
def Scan_Npc():
npc = -1
for i in xrange(50000):
chr.SelectInstance(i)
if chr.GetRace(i) == 9005 and i != 0:
if int(playerm2g2.GetCharacterDistance(i)) <= 570 and int(playerm2g2.GetCharacterDistance(i)) != -1:
npc = i
break
return npc
def EnvanterTara():
InventorySize = playerm2g2.INVENTORY_PAGE_SIZE * playerm2g2.INVENTORY_PAGE_COUNT
for tara in xrange(InventorySize):
kod = playerm2g2.GetItemIndex(tara)
item.SelectItem(playerm2g2.GetItemIndex(tara))
if kod > 0 :
gecici = item.GetItemSize()[1]
if gecici == 2:
YASAKLI.append(tara+5)
elif gecici == 3:
YASAKLI.append(tara+5)
YASAKLI.append(tara+10)
if kod == 0 and tara not in YASAKLI:
BOS_ITEMS.append(tara)
continue
if kod in ITEM_ID :
FOUND_ITEMS.append(tara)
continue
itemt = item.GetItemType()
if (itemt >= 1) and (itemt <= 2):
val1, val2 = playerm2g2.GetItemAttribute(int(tara), int(0))
v1, v2 = item.GetLimit(0)
if v2 <= int(70):
if '+' not in item.GetItemName():
continue
elif int(item.GetItemName().split('+')[1]) <= int(6):
if iyiItemKoy == 1:
bonivalue = -1
bonicount = 0
tocontinue = 0
while(bonivalue != 0 and tocontinue != 1):
val1, val2 = playerm2g2.GetItemAttribute(int(tara), int(bonicount))
bonivalue = val1
bonicount = bonicount + 1
if val1 == 43 and val2 >= 20:
tocontinue = 1
break
if val1 == 44 and val2 >= 20:
tocontinue = 1
break
if val1 == 45 and val2 >= 20:
tocontinue = 1
break
if val1 == 48 and val2 >= 0:
tocontinue = 1
break
if val1 == 49 and val2 >= 0:
tocontinue = 1
break
if val1 == 71 and val2 >= 15:
tocontinue = 1
break
if val1 == 72 and val2 >= 45:
tocontinue = 1
break
if val1 == 77 and val2 >= 22:
tocontinue = 1
break
if tocontinue == 1:
FOUND_ITEMS.append(tara)
continue
def DepoyaKoy():
BOSLUK = []
for slot in xrange(45):
kod = safebox.GetItemID(slot)
if kod > 0 :
item.SelectItem(kod)
gecici = item.GetItemSize()[1]
if gecici == 2:
YASAKLI2.append(slot+5)
elif gecici == 3:
YASAKLI2.append(slot+5)
YASAKLI2.append(slot+10)
if kod == 0 and slot not in YASAKLI2:
BOSLUK.append(slot)
if len(BOSLUK) > 0 :
if len(BOSLUK) > 0:
m2netm2g.SendSafeboxCheckinPacket(int(FOUND_ITEMS[0]) , int(BOSLUK[0]))
def DepodanAl():
DOLU = []
for slot in xrange(45):
yy = safebox.GetItemID(slot)
if (yy != 0 and yy != None):
DOLU.append(slot)
if len(DOLU) == 0 and safebox.GetItemID(0) != None:
constInfo.kapat = 1
for bastir in xrange(len(DOLU)):
m2netm2g.SendSafeboxCheckoutPacket(int(DOLU[bastir]) , int(BOS_ITEMS[bastir]))
def Depo_Ac():
EnvanterTara()
xx = Scan_Npc()
if xx != -1:
try:
InstallQuestWindowHook()
except:
ZYNIX = 100
yang = playerm2g2.GetMoney()
if yang > 305000 and BAR == 1 and SONKARAKTER == 0:
m2netm2g.SendOnClickPacket(xx)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
m2netm2g.SendOnClickPacket(xx)
event.SelectAnswer(1, BUTONSIRA)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
event.SelectAnswer(1, 0)
event.SelectAnswer(1, 0)
m2netm2g.SendOnClickPacket(xx)
event.SelectAnswer(1, MARKETSIRA)
event.SelectAnswer(1, 1)
while (yang > 305000 ):
if yang > 2220000:
m2netm2g.SendShopBuyPacket(4)
yang = yang - 2020000
elif yang > 1210000:
m2netm2g.SendShopBuyPacket(3)
yang = yang - 1010000
elif yang > 705000:
m2netm2g.SendShopBuyPacket(2)
yang = yang - 505000
elif yang > 305000:
m2netm2g.SendShopBuyPacket(1)
yang = yang - 101000
if yang < 305000:
m2netm2g.SendShopEndPacket()
else:
kontrol = 0
if SONKARAKTER == 1:
for alayi in range(45):
if safebox.GetItemID(alayi) == None:
kontrol = 1
break
elif safebox.GetItemID(alayi) > 0:
kontrol = 1
break
elif safebox.GetItemID(alayi) == 0:
kontrol = 0
#break
if ( kontrol == 1 and SONKARAKTER == 1 ) or ( len(FOUND_ITEMS) > 0 and SONKARAKTER == 0 ) :
m2netm2g.SendOnClickPacket(xx)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
m2netm2g.SendOnClickPacket(xx)
event.SelectAnswer(1, BUTONSIRA)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
event.SelectAnswer(1, 0)
event.SelectAnswer(1, 0)
m2netm2g.SendOnClickPacket(xx)
event.SelectAnswer(1, BUTONSIRA)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
event.SelectAnswer(event.BUTTON_TYPE_NEXT, 255)
try:
if constInfo.acikmi2(constInfo.parametre3) == 0:
ime.SetText(DEPOSIFRE)
ime.PasteBackspace()
ime.PasteReturn()
except:
app.Exit()
if len(FOUND_ITEMS) > 0 and SONKARAKTER == 0:
DepoyaKoy()
elif len(FOUND_ITEMS) == 0 and SONKARAKTER == 0:
constInfo.kapat = 1
elif SONKARAKTER == 1 :
DepodanAl()
else:
UnHookQuestWindow()
def EsyalariDuzenle():
BIRLESTIR = []
BIRLESTIR2 = []
for aslot in range(90):
bID = player.GetItemIndex(1,aslot)
if bID != 0:
SAYI2 = player.GetItemCount(1,aslot)
if SAYI2 < MAX_SAYI2:
BIRLESTIR.append(aslot)
BIRLESTIR2.append(bID)
for TOPLA in range(len(BIRLESTIR)):
for TOPLA2 in range(len(BIRLESTIR)):
try:
if TOPLA > TOPLA2:
continue
elif int(BIRLESTIR2[TOPLA]) != int(BIRLESTIR2[TOPLA2]):
continue
elif int(BIRLESTIR[TOPLA]) == int(BIRLESTIR[TOPLA2]):
continue
else:
item.SelectItem(player.GetItemIndex( int(BIRLESTIR[TOPLA]) ))
ItemTipi = item.GetItemType()
if ItemTipi != 6 and ItemTipi != 1 and ItemTipi != 2: # EVENT
net.SendItemMovePacket(1,int(BIRLESTIR[TOPLA2]),1, int(BIRLESTIR[TOPLA]), player.GetItemCount( MAX_SAYI2 ) )
except:
ZYNIX = 100
mt2pyv.DUR = 0
for dondura in range(90):
if player.GetItemIndex(dondura) == 50269 or player.GetItemIndex(dondura) == 50277:
sayisi = player.GetItemCount(dondura)
mt2pyv.DUR = 1
for toplam in range(sayisi):
net.SendItemUsePacket(dondura)
yangs = player.GetMoney()
SetSayisi = player.GetItemCountByVnum(79506)
try:
if mt2pyv.inGame:
SANASOKAM = 3131
except:
mt2pyv.inGame = False
if SetSayisi > 0 and yangs >= 31000 or mt2pyv.inGame:
if Scan_Npc() != -1:
mainokeyfunc()
elif yangs < 1000 and Scan_Npc() != -1:
chat.AppendChat(3,"Para YOK!")
constInfo.kapat = 1
elif SetSayisi >= 0 and yangs <= 31000 and mt2pyv.DUR == 0:
EsyalariDuzenle()
Depo_Ac()
elif mt2pyv.DUR == 0:
EsyalariDuzenle()
Depo_Ac()