麻将胡牌听版判断代码,PHP代码库,德仔网

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【PHP】麻将胡牌听版判断
作者:步山 / 发布于2014/11/10/ 912

	#-*- coding: utf-8 -*-

	import random

	'''
	' 麻将牌数据结构　万　1x |　筒　2x | 条　3x|　东西南北中发白　41-47
	'''
	class game():

	 TYPE = 10 # 只有万字牌（筒和条不放进来）

	 def __init__(self):
	 self.leave = []
	 self.user = []
	 self.check = Check()
	 #self.leave_bak = []
	 self.create()

	 # 创建牌数据
	 def create(self):
	 for i in range(4):
	 start = game.TYPE
	 for j in range(start,start+9):
	 self.leave.append(j)
	 for k in range(41,48):
	 self.leave.append(k)

	class Check():
	 def __init__(self):
	 pass

	 def bar(self,_list):
	 rs = self.findSame(_list,4)
	 return rs

	 def bump(self,_list):
	 rs = self.findSame(_list,3)
	 return rs

	 def findSame(self,_list,num):
	 return _list.count(_list[0]) == num

	 def eat(self,_list):
	 return _list[1] == _list[0] + 1 and _list[1] == _list[2] - 1

	 def hasBar(self,_list):
	 pass

	 def win(self,_list, j):
	 if len(_list) == 0 : return True
	 for i in _list:
	 #print _list
	 if _list[0] < 40: #只有字牌可以吃
	 if len(_list) >= 3 and self.eat(_list) : #常规吃判断
	 return self.win(_list[3:],j)

	 if len(_list) >= 6 : #11 22 33 三小对吃类型
	 _l = [_list,_list[2:],_list[4:]]
	 rs = False
	 for k in _l : rs = self.findSame(k,2)
	 if rs and self.eat([_list[0],_list[2],_list[4]]):
	 return self.win(_list[6:],j)

	 if self.bump(_list) : #碰
	 return self.win(_list[3:],j)

	 if _list.count(_list[0]) == 2 and j == False : #　将
	 j = True
	 return self.win(_list[2:],j)

	 break #不断的话会重复判断
	 return False

	class User():
	 def __init__(self,_uid):
	 self.uid = _uid
	 self.bird = []

	def main():
	 _game = game()
	 num = 200
	 for i in range(num):
	 random.shuffle(_game.leave)
	 _l = _game.leave[:14]
	 _l.sort()
	 rs = _game.check.win(_l,False)
	 print i,_l,rs
	 _game.create()

	if __name__ == '__main__':
	 main()

	第二版：
	新增听牌判断
	如果落听Check.lis会有数据

	#-*- coding: utf-8 -*-

	import random

	'''
	' 麻将牌数据结构　万　1x |　筒　2x | 条　3x|　东西南北中发白　41-47
	'''
	class game():

	 TYPE = 10 # 只有万字牌（筒和条不放进来）

	 def __init__(self):
	 self.leave = []
	 self.user = []
	 self.check = Check()
	 #self.leave_bak = []
	 self.create()

	 # 创建牌数据
	 def create(self):
	 for i in range(4):
	 start = game.TYPE
	 for j in range(start,start+9):
	 self.leave.append(j)
	 for k in range(41,48):
	 self.leave.append(k)

	 #
	 def getBird(self):
	 random.shuffle(self.leave)
	 print 'last%s'%self.leave
	 self.user.append(User('roy'))
	 self.user.append(User('tt'))

	 for i in self.user:
	 i.bird = self.leave[:13]
	 i.bird.sort()
	 self.leave = self.leave[13:]
	 print 'user %s bird %s'%(i.uid,i.bird)

	 print 'next%s'%self.leave
	class Check():

	 def __init__(self):
	 self.gn = 0 # 排列组合数目　胡牌是五组
	 self.lis = []

	 def bar(self,_list):
	 rs = self.findSame(_list,4)
	 return rs

	 def bump(self,_list):
	 rs = self.findSame(_list,3)

	 return rs

	 def findSame(self,_list,num):
	 return _list.count(_list[0]) == num

	 def eat(self,_list):
	 _eat = None
	 _rs = None
	 iseat = False
	 if _list[1] == _list[0] + 1 and _list[1] == _list[2] - 1 :
	 _eat = _list[:3]
	 _rs = _list[3:]
	 iseat = True
	 if _list[2] == _list[1] + 1 and _list[2] == _list[3] and _list[2]==_list[4]-1:
	 _eat = [_list[0]]+[_list[2]]+[_list[4]]
	 _rs = _eat+_list[6:]
	 iseat = True
	 return (_eat,_rs,iseat)

	 def hasBar(self,_list):
	 pass
	 def checklis(self,_list):
	 if len(self.lis) > 0 : return False
	 if len(_list) > 3 : return False
	 if len(_list) < 3 : return True
	 def isLis(_l):
	 if _l[0] == _l[1] : return True
	 if _l[0] == _l[1] - 1 : return True
	 if _l[0] == _l[1] - 2 and (_l[0] + 1)%10 != 0 : return True
	 if isLis(_list) : return True
	 if isLis(_list[1:]) : return True
	 return False

	 def win(self,_list, j):
	 if len(_list) == 0 : return True
	 for i in _list:
	 #print _list,j
	 if i < 40: #只有字牌可以吃
	 (_eat,_rs,iseat) = self.eat(_list)
	 if iseat : #常规吃判断
	 self.gn += 1
	 print 'get eat',_eat,_rs,j
	 if self.win(_rs,j) : return True
	 if self.checklis(_rs):
	 self.lis = _rs
	 return False
	 else:
	 break

	 if self.findSame(_list,3): #碰
	 self.gn += 1
	 print 'get bump',_list[:3],j
	 arr = _list[3:]
	 if self.win(arr,j) : return True
	 if self.checklis(arr):
	 self.lis = arr
	 return False
	 else:
	 break

	 if self.findSame(_list,2) and j == False : #将
	 j = True
	 self.gn += 1
	 print 'get j ',_list[:2],j
	 arr = _list[2:]
	 if self.win(arr,j) : return True
	 if self.checklis(arr) :
	 print 'get j check',arr
	 self.lis = arr
	 return False

	 return False

	class User():
	 def __init__(self,_uid):
	 self.uid = _uid
	 self.bird = []

	def main():
	 _game = game()

	 _l = [11,11,12,12,13,13,16,16,16,17,17,18,41,41]
	 _game.check.gn = 0
	 rs = _game.check.win(_l,False)
	 gn = _game.check.gn
	 #lis = _game.check.lis
	 #_game.check.gn = 0
	 print _l,rs,gn,_game.check.lis

	 '''
	 num = 2000
	 for i in range(num):
	 random.shuffle(_game.leave)
	 _l = _game.leave[:14]
	 _l.sort()
	 rs = _game.check.win(_l,False)
	 if rs : print i,_l,rs
	 _game.create()
	 '''

	if __name__ == '__main__':
	 main()
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