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Agent.py
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#-*- coding: utf-8 -*-
from BasicDefinition import CardIndex
import mahjong
class Agent :
def __init__(self,player_number):
self.playerNumber = player_number
self.reset()
def reset(self):
self.handcard = None
self.cardsOnBoard = [[],[],[],[]]
self.cardsThrowed = [[],[],[],[]]
self.cardsThrowedNoTaken = []
self.cardOpened = []
self.wind =None
def setAction(self,action):
self.action = action
def goalTest(self):
s1 = [] #distinguish 4 color
s2 = []
s3 = []
s4 = []
self.handcard.sort()
combination = []
for card in self.handcard:
if 1 <= card <= 9:
s1.append(card)
elif 11 <= card <=19:
s2.append(card)
elif 21 <= card <= 29:
s3.append(card)
else:
s4.append(card)
s = [s1,s2,s3]
twoPair = 0
while len(s4) != 0:
count = s4.count(s4[0])
if count == 3:
combination.append([s4[0]]*3)
s4 = s4[3:]
elif count == 2:
if twoPair == 0:
twoPair += 1
combination.append([s4[0]]*2)
s4 = s4[2:]
else:
return False,None
else:
return False,None
for color in s:
if len(color) != 0:
## 整除
if len(color) % 3 == 0:
while len(color) != 0:
first = color[0]
## 檢查碰
if color[1] == first:
if color[2] == first:
color = color[3:]
combination.append([first]*3)
else:
return False,None
## 檢查順子
elif color[1] == first + 1:
if first + 2 in color:
color.remove(first + 2)
color = color[2:]
combination.append([first,first+1,first+2])
else:
return False,None
else:
return False,None
## 可能有pair
elif len(color) % 3 == 2:
if twoPair != 0:
return False,None
else:
i = 0
correct1 = False
while i < len(color):
count = color.count(color[i])
## 某類牌有2 3 4張在手上
if count > 1:
temp = color[:]
tempCombination = [[temp[i]]*2]
del temp[i:i+2]
correct2 = True
while len(temp) != 0:
first = temp[0]
if temp[1] == first:
if temp[2] == first:
temp = temp[3:]
tempCombination.append([first]*3)
else:
correct2 = False
break
elif temp[1] == first + 1:
if first + 2 in temp:
temp.remove(first + 2)
temp = temp[2:]
tempCombination.append([first,first+1,first+2])
else:
correct2 = False
break
else:
correct2 = False
break
if correct2:
correct1 = True
break
i +=count
if not correct1:
return False,None
combination = combination + tempCombination
else:
return False,None
return True,combination
################################
### 設定門風 和 取得門風 ###
################################
def setWind(self,wind):
assert self.wind == None
self.wind = wind
def getWind(self):
return self.wind
##########################################################
### initial the first 13 hand card in the begining ###
##########################################################
def initialHandCard(self,newHandcard):
self.handcard = newHandcard
#######################################################################
### Get a new card ###
### case 1 : Throw ###
### return state 'Throw' and a card the agent doesn't want ###
### case 2 : 胡 ###
### return state '胡' and None ###
#######################################################################
def takeAction(self,newCard,table):
if newCard != None :
self.handcard.append(newCard)
result,cardCombination = self.goalTest()
assert result or cardCombination == None
if result:
return '自摸',[cardCombination,self.cardsOnBoard[self.playerNumber]]
else:
return 'Throw',self.action(self.handcard,table)####
#####################################################################################
### check if agent can '吃' or '槓' by card and the agent who throw it ###
### if return state '吃' or '槓', should return cards that fit this situation ###
### if return state None, then return cards of None ###
### [[1,2,3],'吃',2] ###
#####################################################################################
def check(self,agentNum,card):
self.handcard.append(card)
result,cardCombination = self.goalTest()
if result:
return [[cardCombination,self.cardsOnBoard[self.playerNumber]], '胡', card]
self.handcard.remove(card)
subtract = self.playerNumber - agentNum
if subtract != 1 and subtract != -3 and self.handcard.count(card) == 3:
return [[card,card,card,card], '槓', card]
if self.handcard.count(card) == 2:
return [[card,card,card], '碰', card]
if subtract == 1 or subtract == -3:
if 1 <= card <= 9 or 11 <= card <= 19 or 21 <= card <=29:
if (card - 1 in self.handcard) and (card + 1 in self.handcard) and ((card - 1)%10 != 0) and ((card + 1)%10 != 0):
return [[card - 1,card,card + 1], '吃', card]
elif (card - 2 in self.handcard) and (card - 1 in self.handcard) and ((card - 2)%10 != 0) and ((card - 1)%10 != 0):
return [[card -2,card -1,card], '吃', card]
elif (card + 1 in self.handcard) and (card + 2 in self.handcard) and ((card + 1)%10 != 0) and ((card + 2)%10 != 0):
return [[card,card + 1,card +2], '吃', card]
return [[], '過', card]
#############################################
### update other player's information ###
### Example: ###
### 1 throw 東（30) ###
### 2 get 東 say "碰" ###
### update(1,2,[30,30,30],30) ###
#############################################
def update(self,throwAgent,takeAgent,cards,throwCard,verbose=False):
self.cardsThrowed[throwAgent].append(throwCard)
if takeAgent!=None:
self.cardsOnBoard[takeAgent].append(cards)
if takeAgent==self.playerNumber:
self.handcard.append(throwCard)
for card in cards:
self.handcard.remove(card)
else:
self.cardsThrowedNoTaken.append(throwCard)
if takeAgent != None:
for card in cards:
self.cardOpened.append(card)
else:
self.cardOpened.append(throwCard)
if verbose :
print ('Agent ',self.playerNumber)
print (" throwAgent ",throwAgent, "throwcard ", throwCard)
print (" 過去丟出的牌: ",self.cardsThrowed[self.playerNumber])
print (" 過去丟出的牌(沒被拿走):",self.cardsThrowedNoTaken)
print (" takeAgent, ",takeAgent)
print (" 打開的組合 : ", self.cardsOnBoard[self.playerNumber])
###########################
### print hand card ###
###########################
def printHandCard(self):
sortedList = self.handcard[:]
sortedList.sort()
print ('Agent ',self.playerNumber,end =' :')
for card in sortedList :
print (CardIndex[card],end=' ')
print ()
################################################################
### get cards on board of this agent (這個agent翻開的牌) ###
################################################################
def getCardsOnBoard(self):
cardsOnBoard = self.cardsOnBoard[self.playerNumber][:]
return cardsOnBoard
##################################
### calculate xiangtingshu ###
##################################
def cardTransform(self, handcard,ingroup =False):
outputStr = ''
transform = { 0:'5z', 10:'6z', 20:'7z',
1:'1m', 11:'1s', 21:'1p',
2:'2m', 12:'2s', 22:'2p',
3:'3m', 13:'3s', 23:'3p',
4:'4m', 14:'4s', 24:'4p',
5:'5m', 15:'5s', 25:'5p',
6:'6m', 16:'6s', 26:'6p',
7:'7m', 17:'7s', 27:'7p',
8:'8m', 18:'8s', 28:'8p',
9:'9m', 19:'9s', 29:'9p',
30:'1z', 31:'3z', 32:'2z', 33:'4z'
}
if not ingroup:
for card in handcard:
outputStr += transform[card]
if ingroup:
cardsincomb =[]
for cards in handcard:
comb = []
for card in cards:
comb.append(transform[card])
cardsincomb.append(comb)
outputStr = cardsincomb
return outputStr
def xiangtingshu(self, handcard , e = False):
p = self.playerNumber
xiangtingshuInfo,valuelist = mahjong.xiangtingshu_output(self.cardTransform(handcard),self.cardTransform(self.cardsOnBoard[p],True),evaluate=e)#新增12/27 將明牌tranform之後丟入
#[[11, 0, [15]], [14, 0, [16, 19]], ...] means [打1條,向聽數0,有效牌5條]，[打4條,向聽數0,有效牌6條9條]，...
xiangtingshuInfo_tuple = (xiangtingshuInfo,valuelist)
for i,case in enumerate(xiangtingshuInfo):
youxiaopaiNum = 0
for card in case[2]:
youxiaopaiNum += (4 - self.cardOpened.count(card) - handcard.count(card))
assert youxiaopaiNum >= 0,(handcard)
case.append(youxiaopaiNum)
if valuelist:
case.append(valuelist[i])
#print ('xiangtingshuInfo',xiangtingshuInfo)
return xiangtingshuInfo
######################################
### 一局遊戲結束呼叫的function ###
### 給learning Agent用的 ###
######################################
def gameEnd(self,win,lose,score):
pass