def isPiao(self):
playerChiTiles = self.playerAllTiles[self.winSeatId][MHand.TYPE_CHI]
if len(playerChiTiles) > 0:
return False
isHasKe = False
playerPengTiles = self.playerAllTiles[self.winSeatId][MHand.TYPE_PENG]
if len(playerPengTiles) > 0:
isHasKe = True
playerGangTiles = self.playerAllTiles[self.winSeatId][MHand.TYPE_GANG]
if len(playerGangTiles) > 0:
isHasKe = True
playerHandTiles = self.playerAllTiles[self.winSeatId][MHand.TYPE_HAND]
newPlayerHandTiles = MTile.cloneTiles(playerHandTiles)
newPlayerHandTilesArr = MTile.changeTilesToValueArr(newPlayerHandTiles)
for playerHandTileCount in newPlayerHandTilesArr:
if playerHandTileCount == 3:
isHasKe = True
break
if not isHasKe:
return False
for wn in self.winNodes:
# if wn['winTile'] == self.winTile:
patterns = wn['pattern']
ftlog.debug('MJixiOneResult.isPiao winTile:', self.winTile, ' winPatterns:', patterns)
for p in patterns:
if len(p) == 3 and p[0] != p[1]:
return False
return True
def getHandTilesValue(cls, tiles_player_hand, tiles_left):
"""计算手牌价值
返回值：
1）每张牌的价值
2）手牌花色个数的数组
"""
tiles_player_Arr = MTile.changeTilesToValueArr(tiles_player_hand[MHand.TYPE_HAND])
tiles_left_Arr = MTile.changeTilesToValueArr(tiles_left)
# 权值初始化
tiles_value_Arr = [0 for _ in range(40)]
for index in range(MTile.TILE_MAX_VALUE):
if tiles_player_Arr[index] == 0:
continue
tiles_value_Arr[index] = tiles_player_Arr[index] * 4 + tiles_left_Arr[index]
if index < 30:
if index % 10 < 9:
tiles_value_Arr[index] += tiles_player_Arr[index + 1] * 3
if index % 10 < 8:
tiles_value_Arr[index] += tiles_player_Arr[index + 2] * 2
if index % 10 > 1:
tiles_value_Arr[index] += tiles_player_Arr[index - 1] * 3
if index % 10 > 2:
tiles_value_Arr[index] += tiles_player_Arr[index - 2] * 2
return tiles_value_Arr, tiles_player_Arr
def canTing(cls, tiles, leftTiles, winRule, cur_tile, magicTiles=list()):
"""
判断所有的听牌情况
:param tiles 手牌
:param leftTiles 剩余未发的牌
:param winRule:
:param cur_tile:
:param magicTiles:
:type tiles HandTiles
:return
"""
ftlog.debug('MTile.changeTilesToValueArr', tiles[MHand.TYPE_HAND])
handTileArr = MTile.changeTilesToValueArr(tiles[MHand.TYPE_HAND])
leftTileArr = MTile.changeTilesToValueArr(leftTiles)
leftTileCount = len(leftTileArr)
ftlog.debug('MTing.canTing leftTileArr:', leftTileArr,
' leftTileCount:', leftTileCount)
result = []
for tile, _ in handTileArr.tile_items():
# 打出一张牌后可以听牌
newTiles = HandTiles.clone(tiles)
newTiles.dropHand(tile)
resultNode = cls.canWinAddOneTile(leftTileArr, leftTileCount,
newTiles, winRule, 0, magicTiles)
if len(resultNode) > 0:
winNode = {'dropTile': tile, 'winNodes': resultNode}
result.append(winNode)
return len(result) > 0, result
def getHandTilesValue(cls, tiles_player_hand, tiles_left):
"""计算手牌价值
返回值：
1）每张牌的价值
2）手牌花色个数的数组
"""
tiles_player_Arr = MTile.changeTilesToValueArr(
tiles_player_hand[MHand.TYPE_HAND])
tiles_left_Arr = MTile.changeTilesToValueArr(tiles_left)
# 权值初始化
tiles_value_Arr = [0 for _ in range(40)]
for index in range(MTile.TILE_MAX_VALUE):
if tiles_player_Arr[index] == 0:
continue
tiles_value_Arr[
index] = tiles_player_Arr[index] * 4 + tiles_left_Arr[index]
if index < 30:
if index % 10 < 9:
tiles_value_Arr[index] += tiles_player_Arr[index + 1] * 3
if index % 10 < 8:
tiles_value_Arr[index] += tiles_player_Arr[index + 2] * 2
if index % 10 > 1:
tiles_value_Arr[index] += tiles_player_Arr[index - 1] * 3
if index % 10 > 2:
tiles_value_Arr[index] += tiles_player_Arr[index - 2] * 2
return tiles_value_Arr, tiles_player_Arr
def isHu(self, tiles, tile, isTing, getTileType, magicTiles=list(), tingNodes=list()):
result, rePattern = MWin.isHu(tiles[MHand.TYPE_HAND])
if not result:
return False, []
# 分析花色
tileArr = MTile.changeTilesToValueArr(MHand.copyAllTilesToList(tiles))
colors = MTile.getColorCount(tileArr)
ftlog.debug('MWinRuleSichuan.isHu colors:', colors)
if colors <= 2:
# 花色缺门，可以和
return True, rePattern
return False, []
def isHu(cls, hand_tiles, magicTiles=list()):
"""
胡牌判断，只判断手牌，杠牌，吃牌，碰牌不在内
杠牌、吃牌、碰牌已成型，不用另外计算
* 肯定包含将牌
* 剩下的牌里不会有暗杠牌
* 杠牌/吃牌/碰牌是已经成型的牌，按成型的样式计算积分，不再重新计算
:param magicTiles 赖子牌
:return 是否胡了
"""
tileArr = MTile.changeTilesToValueArr(hand_tiles)
magicArr = []
for magicTile in magicTiles:
magicArr.extend([magicTile for _ in range(tileArr[magicTile])])
tileArr[magicTile] = 0
resultArr = []
tileTypes = [MTile.TILE_WAN, MTile.TILE_TONG, MTile.TILE_TIAO, MTile.TILE_FENG]
hasJiang = False
winResult = False
for tileType in tileTypes:
winResult, hasJiang, _tArr, _rArr, _mArr = cls.isHuWithMagic(tileArr, resultArr, magicArr, hasJiang,
tileType)
if not winResult:
return False, []
else:
tileArr = copy.deepcopy(_tArr)
resultArr = copy.deepcopy(_rArr)
magicArr = copy.deepcopy(_mArr)
if winResult and not hasJiang and len(magicArr) >= 2:
hasJiang = True
return hasJiang and winResult, resultArr
def isHu(self,
tiles,
last_tile,
isTing,
getTileType,
magicTiles=list(),
tingNodes=list()):
hu_tiles = HuTiles()
handTileArr = MTile.changeTilesToValueArr(tiles[MHand.TYPE_HAND])
if not M14.find_first(
handTileArr,
hu_tiles,
M14.is7Dui if self.dui7 else M14.justPass,
M14.isPHu,
):
# 基本的胡牌类型都挂了
return False, None
dui_list = handTileArr.tiles_dui()
if len(dui_list) == 0:
# 没有将牌
return False, []
if len(hu_tiles) != 7 and not set(
zip(*dui_list)[0]) & MWinRuleJiNan.JIANG:
# 没有2,5,8将牌
return False, []
return True, hu_tiles
def isPairs(cls, tiles, magicTiles):
if len(tiles[MHand.TYPE_CHI]) != 0:
return False
if len(tiles[MHand.TYPE_PENG]) != 0:
return False
if len(tiles[MHand.TYPE_GANG]) != 0:
return False
pairTiles = copy.deepcopy(tiles[MHand.TYPE_HAND])
haveMagicCount = 0
for magicTile in magicTiles:
while magicTile in pairTiles:
pairTiles.remove(magicTile)
haveMagicCount += 1
ftlog.debug("win_rule_zhaotong::isPairs pairTiles = ", pairTiles, "haveMagicCount =", haveMagicCount)
tileArr = MTile.changeTilesToValueArr(pairTiles)
for count in tileArr:
if count % 2 == 0:
continue
else:
if haveMagicCount <= 0:
return False
else:
haveMagicCount -= 1
continue
return True
def isPairs(cls, tiles, magicTiles):
if len(tiles[MHand.TYPE_CHI]) != 0:
return False
if len(tiles[MHand.TYPE_PENG]) != 0:
return False
if len(tiles[MHand.TYPE_GANG]) != 0:
return False
pairTiles = copy.deepcopy(tiles[MHand.TYPE_HAND])
haveMagicCount = 0
for magicTile in magicTiles:
while magicTile in pairTiles:
pairTiles.remove(magicTile)
haveMagicCount += 1
ftlog.debug("win_rule_zhaotong::isPairs pairTiles = ", pairTiles,
"haveMagicCount =", haveMagicCount)
tileArr = MTile.changeTilesToValueArr(pairTiles)
for count in tileArr:
if count % 2 == 0:
continue
else:
if haveMagicCount <= 0:
return False
else:
haveMagicCount -= 1
continue
return True
def hasChi(cls, tiles, tile):
"""是否可以吃
吃牌的判断中，tile已经在tiles中
参数：
tiles - 手牌
tile - 待吃的牌
返回值：吃牌选择
最多三种解
例子：
[[2, 3, 4], [3, 4, 5], [4, 5, 6
"""
tileArr = MTile.changeTilesToValueArr(tiles)
result = []
# 第一种情况 001
if (tile % 10) >= 3:
if tileArr[tile - 2] > 0 and tileArr[tile - 1] > 0 and tileArr[tile] > 0:
solution = [tile - 2, tile - 1, tile]
result.append(solution)
# 第二种情况 010
if (tile % 10) >= 2 and (tile % 10) < 9:
if tileArr[tile - 1] > 0 and tileArr[tile] > 0 and tileArr[tile + 1] > 0:
solution = [tile - 1, tile, tile + 1]
result.append(solution)
# 第三种情况 100
if (tile % 10) < 8:
if tileArr[tile] > 0 and tileArr[tile + 1] > 0 and tileArr[tile + 2] > 0:
solution = [tile, tile + 1, tile + 2]
result.append(solution)
return result
def canTing(self, tiles, leftTiles, tile, magicTiles=[]):
if len(leftTiles) < 12:
# 小于12张不能亮牌/听牌
return False, []
isTing, tingResults = MTing.canTing(MTile.cloneTiles(tiles), leftTiles, self.winRuleMgr, tile, magicTiles)
ftlog.debug('MTingKawuxingRule.canTing using MTing isTing:', isTing, ' tingResults:', tingResults)
return isTing, tingResults
def isQiDui(self):
playerChiTiles = self.playerAllTiles[self.winSeatId][MHand.TYPE_CHI]
if len(playerChiTiles) > 0:
return False
playerPengTiles = self.playerAllTiles[self.winSeatId][MHand.TYPE_PENG]
if len(playerPengTiles) > 0:
return False
playerGangTiles = self.playerAllTiles[self.winSeatId][MHand.TYPE_GANG]
if len(playerGangTiles) > 0:
return False
for wn in self.winNodes:
if wn['winTile'] == self.winTile:
patterns = wn['pattern']
ftlog.debug('MJixiOneResult.isQiDui winTile:', self.winTile, ' winPatterns:', patterns)
for p in patterns:
if len(p) == 3:
return False
# 宝牌情况
if self.isMagicTile():
for wn in self.winNodes:
winTile = wn['winTile']
patterns = wn['pattern']
for p in patterns:
if (winTile in p) and len(p) == 3:
return False
handTiles = self.playerAllTiles[self.winSeatId][MHand.TYPE_HAND]
newHandTiles = MTile.cloneTiles(handTiles)
ftlog.debug('MTingJixiRule.MTing.canTing isQiDui handTiles:', handTiles, 'isMagic:', self.isMagicTile(),
'winTile:', self.winTile)
newHandTiles.append(self.winTile)
handTilesArr = MTile.changeTilesToValueArr(newHandTiles)
duiCount = 0
for index in range(len(handTilesArr)):
if handTilesArr[index] == 2:
duiCount += 1
elif handTilesArr[index] == 4:
duiCount += 2
if duiCount == 7 or (duiCount == 6 and self.isMagicTile()): # 宝牌情况
return True
return False
def isLanPaiHu(cls, tiles, magicTiles):
"""先做简单的牌型检查,如果符合再进行细节判断"""
if len(tiles[MHand.TYPE_CHI]) != 0:
return False
if len(tiles[MHand.TYPE_PENG]) != 0:
return False
if len(tiles[MHand.TYPE_GANG]) != 0:
return False
# 去除手牌赖子,并计数
haveMagicCount = 0
lanpaiTiles = copy.deepcopy(tiles[MHand.TYPE_HAND])
for magicTile in magicTiles:
while magicTile in lanpaiTiles:
lanpaiTiles.remove(magicTile)
haveMagicCount += 1
tileArr = MTile.changeTilesToValueArr(lanpaiTiles)
# 去除赖子后手牌数不能有超过2张的
for count in tileArr:
if count <= 1:
continue
else:
return False
# 去除赖子后不重复字牌加赖子数要大于等于5,并且可用赖子数＝字牌＋赖子-5
# canUseMagicCount = haveMagicCount
tempFengTiles = MTile.traverseTile(MTile.TILE_FENG)
fengArr = tileArr[tempFengTiles[0]:tempFengTiles[len(tempFengTiles) -
1] + 1]
# 检查字牌种类和每种的数量,之前因为已经判断过数量小于等于1,这里不再重复
fengCount = 0
for count in fengArr:
if count == 1:
fengCount += 1
# 如果字牌每种不超过1张且有五种,开始判断其它花色
if fengCount + haveMagicCount >= 5:
# 分别判断三种花色
if cls.checkBukao(tileArr, MTile.TILE_WAN) and cls.checkBukao(
tileArr, MTile.TILE_TONG) and cls.checkBukao(
tileArr, MTile.TILE_TIAO):
return True
else:
return False
return False
def canTing(self, tiles, leftTiles, tile, magicTiles=[]):
if len(leftTiles) < 12:
# 小于12张不能亮牌/听牌
return False, []
isTing, tingResults = MTing.canTing(MTile.cloneTiles(tiles), leftTiles,
self.winRuleMgr, tile, magicTiles)
ftlog.debug('MTingKawuxingRule.canTing using MTing isTing:', isTing,
' tingResults:', tingResults)
return isTing, tingResults
def isLanPaiHu(cls, tiles, magicTiles):
"""先做简单的牌型检查,如果符合再进行细节判断"""
if len(tiles[MHand.TYPE_CHI]) != 0:
return False
if len(tiles[MHand.TYPE_PENG]) != 0:
return False
if len(tiles[MHand.TYPE_GANG]) != 0:
return False
# 去除手牌赖子,并计数
haveMagicCount = 0
lanpaiTiles = copy.deepcopy(tiles[MHand.TYPE_HAND])
for magicTile in magicTiles:
while magicTile in lanpaiTiles:
lanpaiTiles.remove(magicTile)
haveMagicCount += 1
tileArr = MTile.changeTilesToValueArr(lanpaiTiles)
# 去除赖子后手牌数不能有超过2张的
for count in tileArr:
if count <= 1:
continue
else:
return False
# 去除赖子后不重复字牌加赖子数要大于等于5,并且可用赖子数＝字牌＋赖子-5
# canUseMagicCount = haveMagicCount
tempFengTiles = MTile.traverseTile(MTile.TILE_FENG)
fengArr = tileArr[tempFengTiles[0]:tempFengTiles[len(tempFengTiles) - 1] + 1]
# 检查字牌种类和每种的数量,之前因为已经判断过数量小于等于1,这里不再重复
fengCount = 0
for count in fengArr:
if count == 1:
fengCount += 1
# 如果字牌每种不超过1张且有五种,开始判断其它花色
if fengCount + haveMagicCount >= 5:
# 分别判断三种花色
if cls.checkBukao(tileArr, MTile.TILE_WAN) and cls.checkBukao(tileArr, MTile.TILE_TONG) and cls.checkBukao(
tileArr, MTile.TILE_TIAO):
return True
else:
return False
return False
def isLanPaiCheck(self, tiles, magicTiles):
"""先做简单的牌型检查,如果符合再进行细节判断"""
if len(tiles[MHand.TYPE_HAND]) != 14:
return False, 0, 0
ftlog.debug("isLanPaiCheck handcard is ok")
# 去除手牌赖子,并计数
haveMagicCount = 0
lanpaiTiles = copy.deepcopy(tiles[MHand.TYPE_HAND])
for magicTile in magicTiles:
while magicTile in lanpaiTiles:
lanpaiTiles.remove(magicTile)
haveMagicCount += 1
ftlog.debug("isLanPaiCheck haveMagicCount =", haveMagicCount, "lanpaiTiles =", lanpaiTiles)
tileArr = MTile.changeTilesToValueArr(lanpaiTiles)
# 去除赖子后手牌数不能有超过2张的
for count in tileArr:
if count <= 1:
continue
else:
return False, 0, 0
# 去除赖子后不重复字牌加赖子数要大于等于5,并且可用赖子数＝字牌＋赖子-5
# canUseMagicCount = haveMagicCount
tempFengTiles = MTile.traverseTile(MTile.TILE_FENG)
fengArr = tileArr[tempFengTiles[0]:tempFengTiles[len(tempFengTiles) - 1] + 1]
ftlog.debug("isLanPaiCheck fengArr =", fengArr)
# 检查字牌种类和每种的数量,之前因为已经判断过数量小于等于1,这里不再重复
fengCount = 0
for count in fengArr:
if count == 1:
fengCount += 1
# 如果字牌每种不超过1张且有五种,开始判断其它花色
if fengCount + haveMagicCount >= 5:
# 分别判断三种花色
ftlog.debug("isLanPaiCheck checkBukao begin tileArr = ", tileArr)
if self.checkBukao(tileArr, MTile.TILE_WAN) and self.checkBukao(tileArr,
MTile.TILE_TONG) and self.checkBukao(
tileArr, MTile.TILE_TIAO):
return True, fengCount, haveMagicCount
else:
return False, 0, 0
return False, 0, 0
def hasAnGang(cls, tiles, tile):
"""自摸是否可以暗杠
判断杠牌时，tile已经加入tiles中
tiles - 手牌
tile - 待杠的牌
"""
tileArr = MTile.changeTilesToValueArr(tiles)
if tileArr[tile] == 4:
return True
return False
def isHu(self,
tiles,
tile,
isTing,
getTileType,
magicTiles=list(),
tingNodes=list()):
result, rePattern = MWin.isHu(tiles[MHand.TYPE_HAND])
if not result:
return False, []
# 分析花色
tileArr = MTile.changeTilesToValueArr(MHand.copyAllTilesToList(tiles))
colors = MTile.getColorCount(tileArr)
ftlog.debug('MWinRuleSichuan.isHu colors:', colors)
if colors <= 2:
# 花色缺门，可以和
return True, rePattern
return False, []
def hasPeng(cls, tiles, tile):
"""
是否可以碰
判断之前tile已经加到tiles中
tiles - 手牌
tile - 待碰的牌
"""
tileArr = MTile.changeTilesToValueArr(tiles)
if tileArr[tile] >= 3:
return True
return False
def __init__(self):
"""初始化
子类在自己的初始化方法里，初始化麻将牌池范围，准备发牌
包含所有的牌
"""
super(AllColorDealer, self).__init__()
# 本玩法包含的花色
self.__card_colors = [MTile.TILE_WAN, MTile.TILE_TONG, MTile.TILE_TIAO, MTile.TILE_FENG]
# 花色数量
self.__card_count = len(self.__card_colors)
# 初始化本玩法包含的牌
self.setCardTiles(MTile.getTiles(self.__card_colors))
ftlog.debug(self.cardTiles)
def __init__(self):
"""初始化
子类在自己的初始化方法里，初始化麻将牌池范围，准备发牌
四川玩法，只有三门，没有风
"""
super(SanMenNoFengDealer, self).__init__()
# 本玩法包含的花色
self.__card_colors = [MTile.TILE_WAN, MTile.TILE_TONG, MTile.TILE_TIAO]
# 花色数量
self.__card_count = len(self.__card_colors)
# 初始化本玩法包含的牌
self.setCardTiles(MTile.getTiles(self.__card_colors))
ftlog.debug(self.cardTiles)
def __init__(self):
"""初始化
子类在自己的初始化方法里，初始化麻将牌池范围，准备发牌
四川玩法，只有三门，没有风
"""
super(SanMenNoFengDealer, self).__init__()
# 本玩法包含的花色
self.__card_colors = [MTile.TILE_WAN, MTile.TILE_TONG, MTile.TILE_TIAO]
# 花色数量
self.__card_count = len(self.__card_colors)
# 初始化本玩法包含的牌
self.setCardTiles(MTile.getTiles(self.__card_colors))
ftlog.debug(self.cardTiles)
def hasPeng(self, tiles, tile):
"""
是否有碰牌解
参数说明；
tiles - 玩家的所有牌，包括手牌，吃牌，碰牌，杠牌，胡牌
tile - 待碰的牌
"""
pengSolutions = []
normalPeng = MPeng.hasPeng(tiles[MHand.TYPE_HAND], tile)
if normalPeng:
pengSolutions.append([tile, tile, tile])
magics = self.tableTileMgr.getMagicTiles(False)
tileArr = MTile.changeTilesToValueArr(tiles[MHand.TYPE_HAND])
tileArr, magicTiles = self.tableTileMgr.exculeMagicTiles(
tileArr, magics)
magicCount = len(magicTiles)
if magicCount == 0:
return pengSolutions
if not self.tableTileMgr.canUseMagicTile(MTableState.TABLE_STATE_PENG):
return pengSolutions
magicPengMaxCount = self.tableTileMgr.magicPengMaxCount
if magicPengMaxCount > 3 or magicPengMaxCount < 0:
magicPengMaxCount = 3
ftlog.debug('MPengRule.hasPeng tile:', tile, ' tileCount:',
tileArr[tile], ' magicCount:', magicCount,
'magicPengMaxCount', magicPengMaxCount)
if (magicCount == 0) or (tileArr[tile]
== 0) or (magicPengMaxCount <= 0):
return pengSolutions
if magicCount >= 1 and tileArr[tile] >= 2 and magicPengMaxCount >= 1:
# 使用一个癞子
pattern1 = [tile, tile, magicTiles[0]]
pattern1.sort()
pengSolutions.append(pattern1)
if magicCount >= 2 and tileArr[tile] >= 1 and magicPengMaxCount >= 2:
# 使用两个癞子
pattern2 = [tile, magicTiles[0], magicTiles[1]]
pattern2.sort()
pengSolutions.append(pattern2)
return pengSolutions
def __init__(self):
"""初始化
子类在自己的初始化方法里，初始化麻将牌池范围，准备发牌
包含所有的牌
"""
super(AllColorDealer, self).__init__()
# 本玩法包含的花色
self.__card_colors = [
MTile.TILE_WAN, MTile.TILE_TONG, MTile.TILE_TIAO, MTile.TILE_FENG
]
# 花色数量
self.__card_count = len(self.__card_colors)
# 初始化本玩法包含的牌
self.setCardTiles(MTile.getTiles(self.__card_colors))
ftlog.debug(self.cardTiles)
def __init__(self):
"""初始化
子类在自己的初始化方法里，初始化麻将牌池范围，准备发牌
多余红中麻将/哈尔滨麻将
包括万/筒/条三门+红中
"""
super(SanMenWithZhonggDealer, self).__init__()
# 本玩法包含的花色
self.__card_colors = [MTile.TILE_WAN, MTile.TILE_TONG, MTile.TILE_TIAO, MTile.TILE_FENG]
# 风牌的描述
self.__feng_details = MTile.FENG_ZHONG
# 花色数量
self.__card_count = len(self.__card_colors)
# 初始化本玩法包含的牌
self.setCardTiles(MTile.getTiles(self.__card_colors, self.__feng_details))
def isWuDuiHu(self, allTiles, winTile):
huSeatId = -1
for seatId, playerTiles in enumerate(allTiles):
handTiles = playerTiles[MHand.TYPE_HAND]
handTilesArr = MTile.changeTilesToValueArr(handTiles)
huSeatId = seatId
for handTile in handTiles:
if handTilesArr[handTile] >= 2:
huSeatId = -1
break
if huSeatId >= 0:
return True, huSeatId
return False, -1
def isWuDuiHu(self, allTiles, winTile):
huSeatId = -1
for seatId, playerTiles in enumerate(allTiles):
handTiles = playerTiles[MHand.TYPE_HAND]
handTilesArr = MTile.changeTilesToValueArr(handTiles)
huSeatId = seatId
for handTile in handTiles:
if handTilesArr[handTile] >= 2:
huSeatId = -1
break
if huSeatId >= 0:
return True, huSeatId
return False, -1
def __init__(self):
"""初始化
子类在自己的初始化方法里，初始化麻将牌池范围，准备发牌
卡五星
包括筒/条两门+中发白
"""
super(TongTiaoWithZFBDealer, self).__init__()
# 本玩法包含的花色
self.__card_colors = [MTile.TILE_TONG, MTile.TILE_TIAO, MTile.TILE_FENG]
# 风牌的描述
self.__feng_details = MTile.FENG_ZHONG | MTile.FENG_FA | MTile.FENG_BAI
# 花色数量
self.__card_count = len(self.__card_colors)
# 初始化本玩法包含的牌
self.setCardTiles(MTile.getTiles(self.__card_colors, self.__feng_details))
def __init__(self):
"""初始化
子类在自己的初始化方法里，初始化麻将牌池范围，准备发牌
鸡西麻将三人玩法
包括筒/条三门+红中
"""
super(TongTiaoWithZhonggDealer, self).__init__()
# 本玩法包含的花色
self.__card_colors = [MTile.TILE_TONG, MTile.TILE_TIAO, MTile.TILE_FENG]
# 风牌的描述
self.__feng_details = MTile.FENG_ZHONG
# 花色数量
self.__card_count = len(self.__card_colors)
# 初始化本玩法包含的牌
self.setCardTiles(MTile.getTiles(self.__card_colors, self.__feng_details))
def hasPeng(self, tiles, tile):
"""
是否有碰牌解
参数说明；
tiles - 玩家的所有牌，包括手牌，吃牌，碰牌，杠牌，胡牌
tile - 待碰的牌
"""
pengSolutions = []
normalPeng = MPeng.hasPeng(tiles[MHand.TYPE_HAND], tile)
if normalPeng:
pengSolutions.append([tile, tile, tile])
magics = self.tableTileMgr.getMagicTiles(False)
tileArr = MTile.changeTilesToValueArr(tiles[MHand.TYPE_HAND])
tileArr, magicTiles = self.tableTileMgr.exculeMagicTiles(tileArr, magics)
magicCount = len(magicTiles)
if magicCount == 0:
return pengSolutions
if not self.tableTileMgr.canUseMagicTile(MTableState.TABLE_STATE_PENG):
return pengSolutions
magicPengMaxCount = self.tableTileMgr.magicPengMaxCount
if magicPengMaxCount > 3 or magicPengMaxCount < 0:
magicPengMaxCount = 3
ftlog.debug('MPengRule.hasPeng tile:', tile
, ' tileCount:', tileArr[tile]
, ' magicCount:', magicCount
, 'magicPengMaxCount', magicPengMaxCount)
if (magicCount == 0) or (tileArr[tile] == 0) or (magicPengMaxCount <= 0):
return pengSolutions
if magicCount >= 1 and tileArr[tile] >= 2 and magicPengMaxCount >= 1:
# 使用一个癞子
pattern1 = [tile, tile, magicTiles[0]]
pattern1.sort()
pengSolutions.append(pattern1)
if magicCount >= 2 and tileArr[tile] >= 1 and magicPengMaxCount >= 2:
# 使用两个癞子
pattern2 = [tile, magicTiles[0], magicTiles[1]]
pattern2.sort()
pengSolutions.append(pattern2)
return pengSolutions
def isPairsCheck(self, tiles, magicTiles):
"""判断七对型胡牌"""
# 不能吃碰杠
if len(tiles[MHand.TYPE_CHI]) != 0:
return False, 0, 0, 0, 0
if len(tiles[MHand.TYPE_PENG]) != 0:
return False, 0, 0, 0, 0
if len(tiles[MHand.TYPE_GANG]) != 0:
return False, 0, 0, 0, 0
# 用赖子给其他牌配对
pairTiles = copy.deepcopy(tiles[MHand.TYPE_HAND])
fourCount = 0
specialFourCount = 0
twoCount = 0
haveMagicCount = 0
for magicTile in magicTiles:
while magicTile in pairTiles:
pairTiles.remove(magicTile)
haveMagicCount += 1
tileArr = MTile.changeTilesToValueArr(pairTiles)
for count in tileArr:
if count % 2 == 0:
if count == 4:
fourCount += 1
elif count == 2:
twoCount += 1
continue
else:
if haveMagicCount <= 0:
return False, 0, 0, 0, 0
else:
haveMagicCount -= 1
if count == 3:
specialFourCount += 1
fourCount += 1
elif count == 1:
twoCount += 1
continue
# 配对结束,赖子必须剩偶数个
if haveMagicCount % 2 == 0:
# 尽量凑4个的
while haveMagicCount >= 2 and twoCount >= 1:
twoCount -= 1
specialFourCount += 1
fourCount += 1
haveMagicCount -= 2
return True, haveMagicCount, fourCount, twoCount, specialFourCount
return False, 0, 0, 0, 0
def getPaoqiaomobaBaCount(self):
"""
跑恰摸八中的八：筒、条、风这三门牌里面，和牌时，有几门达到8张
每种花色，8张加1分，9张加2分，以此类推
"""
baCount = 0
if self.tableConfig.get(MTDefine.PAOQIAMOBA, 0):
colorCountArr = [0, 0, 0, 0]
for tile in self.__player_all_tiles_arr[self.winSeatId]:
color = MTile.getColor(tile)
colorCountArr[color] += 1
for colorCount in colorCountArr:
if colorCount >= 8:
baCount += colorCount - 7
ftlog.debug('MKawuxingOneResult.getPaoqiaomobaBaCount baCount: ', baCount)
return baCount
def isPairsCheck(self, tiles, magicTiles):
"""判断七对型胡牌"""
# 不能吃碰杠
if len(tiles[MHand.TYPE_CHI]) != 0:
return False, 0, 0, 0
if len(tiles[MHand.TYPE_PENG]) != 0:
return False, 0, 0, 0
if len(tiles[MHand.TYPE_GANG]) != 0:
return False, 0, 0, 0
# 用赖子给其他牌配对
pairTiles = copy.deepcopy(tiles[MHand.TYPE_HAND])
fourCount = 0
twoCount = 0
haveMagicCount = 0
for magicTile in magicTiles:
while magicTile in pairTiles:
pairTiles.remove(magicTile)
haveMagicCount += 1
tileArr = MTile.changeTilesToValueArr(pairTiles)
for count in tileArr:
if count % 2 == 0:
if count == 4:
fourCount += 1
elif count == 2:
twoCount += 1
continue
else:
if haveMagicCount <= 0:
return False, 0, 0, 0
else:
haveMagicCount -= 1
if count == 3:
fourCount += 1
elif count == 1:
twoCount += 1
continue
# 配对结束,赖子必须剩偶数个
if haveMagicCount % 2 == 0:
# 尽量凑4个的
while haveMagicCount >= 2 and twoCount >= 1:
twoCount -= 1
fourCount += 1
haveMagicCount -= 2
return True, haveMagicCount, fourCount, twoCount
return False, 0, 0, 0
def isQingyise(self):
"""
清一色：由同一门花色（筒子或条子）组成的和牌牌型
"""
colorArr = [0, 0, 0, 0]
for tile in self.__player_all_tiles_arr[self.winSeatId]:
color = MTile.getColor(tile)
colorArr[color] = 1
colorCount = 0
for eachColor in colorArr:
if eachColor:
colorCount += 1
if colorCount > 1:
ftlog.debug('MKawuxingOneResult.isQingyise result: False')
return False
ftlog.debug('MKawuxingOneResult.isQingyise result: True')
return True
def getPaoqiaomobaBaCount(self):
"""
跑恰摸八中的八：筒、条、风这三门牌里面，和牌时，有几门达到8张
每种花色，8张加1分，9张加2分，以此类推
"""
baCount = 0
if self.tableConfig.get(MTDefine.PAOQIAMOBA, 0):
colorCountArr = [0, 0, 0, 0]
for tile in self.__player_all_tiles_arr[self.winSeatId]:
color = MTile.getColor(tile)
colorCountArr[color] += 1
for colorCount in colorCountArr:
if colorCount >= 8:
baCount += colorCount - 7
ftlog.debug('MKawuxingOneResult.getPaoqiaomobaBaCount baCount: ',
baCount)
return baCount
def isQidui(self, tiles):
handTiles = copy.deepcopy(tiles[MHand.TYPE_HAND])
handTilesArr = MTile.changeTilesToValueArr(handTiles)
if len(handTiles) != 14:
return False, []
pattern = []
for tile in range(MTile.TILE_MAX_VALUE):
if handTilesArr[tile] == 1 or handTilesArr[tile] == 3:
# 只要出现单数，必然不是七对
return False, []
if handTilesArr[tile] == 2:
pattern.append([tile, tile])
if handTilesArr[tile] == 4:
# 和KawuxingOneResult配合
pattern.extend([[tile, tile], [tile, tile]])
return True, pattern
def isHu(self, tiles, last_tile, isTing, getTileType, magicTiles=list(), tingNodes=list()):
hu_tiles = HuTiles()
handTileArr = MTile.changeTilesToValueArr(tiles[MHand.TYPE_HAND])
if not M14.find_first(handTileArr, hu_tiles,
M14.is7Dui if self.dui7 else M14.justPass,
M14.isPHu,
):
# 基本的胡牌类型都挂了
return False, None
dui_list = handTileArr.tiles_dui()
if len(dui_list) == 0:
# 没有将牌
return False, []
if len(hu_tiles) != 7 and not set(zip(*dui_list)[0]) & MWinRuleJiNan.JIANG:
# 没有2,5,8将牌
return False, []
return True, hu_tiles
def __init__(self):
"""初始化
子类在自己的初始化方法里，初始化麻将牌池范围，准备发牌
卡五星
包括筒/条两门+中发白
"""
super(TongTiaoWithZFBDealer, self).__init__()
# 本玩法包含的花色
self.__card_colors = [
MTile.TILE_TONG, MTile.TILE_TIAO, MTile.TILE_FENG
]
# 风牌的描述
self.__feng_details = MTile.FENG_ZHONG | MTile.FENG_FA | MTile.FENG_BAI
# 花色数量
self.__card_count = len(self.__card_colors)
# 初始化本玩法包含的牌
self.setCardTiles(
MTile.getTiles(self.__card_colors, self.__feng_details))
def isQingyise(self):
"""
清一色：由同一门花色（筒子或条子）组成的和牌牌型
"""
colorArr = [0, 0, 0, 0]
for tile in self.__player_all_tiles_arr[self.winSeatId]:
color = MTile.getColor(tile)
colorArr[color] = 1
colorCount = 0
for eachColor in colorArr:
if eachColor:
colorCount += 1
if colorCount > 1:
ftlog.debug('MKawuxingOneResult.isQingyise result: False')
return False
ftlog.debug('MKawuxingOneResult.isQingyise result: True')
return True
def checkBukao(cls, tileArr, tileType):
"""烂牌检查三种花色的不靠"""
tempTiles = MTile.traverseTile(tileType)
colorArr = tileArr[tempTiles[0]:tempTiles[len(tempTiles) - 1] + 1]
colorTiles = []
for i in range(len(colorArr)):
if colorArr[i] > 0:
colorTiles.append(i)
if len(colorTiles) > 3:
return False
# 然后只需要判断不靠即可
elif len(colorTiles) == 2:
if (colorTiles[0] - colorTiles[1]) % 3 != 0:
return False
elif len(colorTiles) == 3:
if (colorTiles[0] - colorTiles[1]) % 3 != 0 or (colorTiles[0] - colorTiles[2]) % 3 != 0 or (
colorTiles[1] - colorTiles[2]) % 3 != 0:
return False
return True
def checkBukao(cls, tileArr, tileType):
"""烂牌检查三种花色的不靠"""
tempTiles = MTile.traverseTile(tileType)
colorArr = tileArr[tempTiles[0]:tempTiles[len(tempTiles) - 1] + 1]
colorTiles = []
for i in range(len(colorArr)):
if colorArr[i] > 0:
colorTiles.append(i)
if len(colorTiles) > 3:
return False
# 然后只需要判断不靠即可
elif len(colorTiles) == 2:
if (colorTiles[0] - colorTiles[1]) % 3 != 0:
return False
elif len(colorTiles) == 3:
if (colorTiles[0] - colorTiles[1]) % 3 != 0 or (
colorTiles[0] - colorTiles[2]) % 3 != 0 or (
colorTiles[1] - colorTiles[2]) % 3 != 0:
return False
return True
def calcFanDaduizi(self, fanData, nowTiles, magicTiles, magicTileCount,
winTile, seatId, lastSeatId):
"""计算大对子番型"""
fan = fanData.get('fan', 0)
patterns = fanData.get('patterns', [])
isUnique = fanData.get('isUnique', False)
isSpecial = fanData.get('isSpecial', False)
isDaduizi = False
# 大对子,门前不能有吃,手牌多加一个赖子,能保证都是3张
if len(nowTiles[MHand.TYPE_CHI]) == 0:
duiziTiles = copy.deepcopy(nowTiles[MHand.TYPE_HAND])
for magicTile in magicTiles:
while magicTile in duiziTiles:
duiziTiles.remove(magicTile)
# 如果点炮胡,需要给牌堆里加回去一张赖子,并当普通牌处理
if seatId != lastSeatId and winTile in magicTiles:
duiziTiles.append(winTile)
duiziArr = MTile.changeTilesToValueArr(duiziTiles)
ftlog.debug("MYunnanOneResult duiziArr = ", duiziArr)
cardTypeCount = 0
# 假设多一张赖子
duiziMagicCount = magicTileCount + 1
for index in range(len(duiziArr)):
if duiziArr[index] != 0:
cardTypeCount += 1
if duiziArr[index] < 3:
duiziMagicCount = duiziMagicCount - (3 -
duiziArr[index])
if cardTypeCount <= 5 and duiziMagicCount >= 0:
if not isUnique:
patterns.append(self.fanXing[self.DUIDUIHU]['name'])
fan += self.fanXing[self.DUIDUIHU]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns,
"fan = ", fan)
isDaduizi = True
isSpecial = True
fanData['isUnique'] = isUnique
fanData['fan'] = fan
fanData['isSpecial'] = isSpecial
return fan, patterns, isUnique, isDaduizi
def shuffle(self, goodPointCount, cardCountPerHand):
"""参数说明
goodPointCount : 好牌点的人数
cardCountPerHand ： 每手牌的麻将牌张数
"""
# 初始化一下cardTiles,因为每设置一次好牌点都会从里面弹出13张牌
self.setCardTiles(MTile.getTiles(self.__card_colors))
for color in self.__card_colors:
random.shuffle(self.cardTiles[color])
for _ in range(goodPointCount):
self.addTiles(self.getGoodCard(cardCountPerHand))
left_tiles = []
for color in self.__card_colors:
left_tiles.extend(self.cardTiles[color])
# 对剩余的牌洗牌
random.shuffle(left_tiles)
self.addTiles(left_tiles)
return self.tiles
def shuffle(self, goodPointCount, cardCountPerHand):
"""参数说明
goodPointCount : 好牌点的人数
cardCountPerHand ： 每手牌的麻将牌张数
"""
# 初始化一下cardTiles,因为每设置一次好牌点都会从里面弹出13张牌
self.setCardTiles(MTile.getTiles(self.__card_colors))
for color in self.__card_colors:
random.shuffle(self.cardTiles[color])
for _ in range(goodPointCount):
self.addTiles(self.getGoodCard(cardCountPerHand))
left_tiles = []
for color in self.__card_colors:
left_tiles.extend(self.cardTiles[color])
# 对剩余的牌洗牌
random.shuffle(left_tiles)
self.addTiles(left_tiles)
return self.tiles
def isHu(cls, hand_tiles, magicTiles=list()):
"""
胡牌判断，只判断手牌，杠牌，吃牌，碰牌不在内
杠牌、吃牌、碰牌已成型，不用另外计算
* 肯定包含将牌
* 剩下的牌里不会有暗杠牌
* 杠牌/吃牌/碰牌是已经成型的牌，按成型的样式计算积分，不再重新计算
:param magicTiles 赖子牌
:return 是否胡了
"""
tileArr = MTile.changeTilesToValueArr(hand_tiles)
magicArr = []
for magicTile in magicTiles:
magicArr.extend([magicTile for _ in range(tileArr[magicTile])])
tileArr[magicTile] = 0
resultArr = []
tileTypes = [
MTile.TILE_WAN, MTile.TILE_TONG, MTile.TILE_TIAO, MTile.TILE_FENG
]
hasJiang = False
winResult = False
for tileType in tileTypes:
winResult, hasJiang, _tArr, _rArr, _mArr = cls.isHuWithMagic(
tileArr, resultArr, magicArr, hasJiang, tileType)
if not winResult:
return False, []
else:
tileArr = copy.deepcopy(_tArr)
resultArr = copy.deepcopy(_rArr)
magicArr = copy.deepcopy(_mArr)
if winResult and not hasJiang and len(magicArr) >= 2:
hasJiang = True
return hasJiang and winResult, resultArr
def hasChi(cls, tiles, tile):
"""是否可以吃
吃牌的判断中，tile已经在tiles中
参数：
tiles - 手牌
tile - 待吃的牌
返回值：吃牌选择
最多三种解
例子：
[[2, 3, 4], [3, 4, 5], [4, 5, 6
"""
tileArr = MTile.changeTilesToValueArr(tiles)
result = []
# 第一种情况 001
if (tile % 10) >= 3:
if tileArr[tile - 2] > 0 and tileArr[tile -
1] > 0 and tileArr[tile] > 0:
solution = [tile - 2, tile - 1, tile]
result.append(solution)
# 第二种情况 010
if (tile % 10) >= 2 and (tile % 10) < 9:
if tileArr[tile - 1] > 0 and tileArr[tile] > 0 and tileArr[tile +
1] > 0:
solution = [tile - 1, tile, tile + 1]
result.append(solution)
# 第三种情况 100
if (tile % 10) < 8:
if tileArr[tile] > 0 and tileArr[tile + 1] > 0 and tileArr[tile +
2] > 0:
solution = [tile, tile + 1, tile + 2]
result.append(solution)
return result
def isBu(cls, tileArr, resultArr, magicArr, tileType, hasJiang):
"""
判断某个花色是否是三朴，缺的牌从癞子中获取，如果没有癞子牌了，也形不成三朴，和牌失败
"""
if 0 == cls.getCardNumByType(tileArr, tileType):
# 这个花色没有牌
return True, hasJiang
# ftlog.debug('check card:', MTile.traverseTile(tileType))
for tileIndex in MTile.traverseTile(tileType):
if tileArr[tileIndex] == 0:
continue
if tileArr[tileIndex] >= 3:
# 刻，没有占用癞子
tileArr[tileIndex] -= 3
resultTmp, hasJiang = cls.isBu(tileArr, resultArr, magicArr, tileType, hasJiang)
if resultTmp:
resultArr.append([tileIndex, tileIndex, tileIndex])
return True, hasJiang
# 还原手牌，继续判断
tileArr[tileIndex] += 3
if (tileArr[tileIndex] == 2) and (len(magicArr) >= 1):
# 对子，尝试加一张癞子组成刻
tileArr[tileIndex] -= 2
mTile = magicArr.pop(-1)
resultTmp, hasJiang = cls.isBu(tileArr, resultArr, magicArr, tileType, hasJiang)
if resultTmp:
resultArr.append([tileIndex, tileIndex, mTile])
return True, hasJiang
# 还原手牌，继续判断
tileArr[tileIndex] += 2
magicArr.append(mTile)
if (tileArr[tileIndex] == 1) and (len(magicArr) >= 2):
# 单张，尝试加两张癞子组成刻
tileArr[tileIndex] -= 1
mTile1 = magicArr.pop(-1)
mTile2 = magicArr.pop(-1)
resultTmp, hasJiang = cls.isBu(tileArr, resultArr, magicArr, tileType, hasJiang)
if resultTmp:
resultArr.append([tileIndex, mTile1, mTile2])
return True, hasJiang
# 还原手牌，继续判断
tileArr[tileIndex] += 1
magicArr.append(mTile1)
magicArr.append(mTile2)
if not hasJiang and tileArr[tileIndex] > 0 and (tileArr[tileIndex] + len(magicArr) >= 2):
# 凑对了
tileArr[tileIndex] -= 1
isMagicJiang = False
jiangTile = tileIndex
if tileArr[tileIndex] > 0:
tileArr[tileIndex] -= 1
else:
isMagicJiang = True
jiangTile = magicArr.pop(-1)
oldJiang = hasJiang
# 当前的对子当将测测是否成胡
resultTmp, hasJiang = cls.isBu(tileArr, resultArr, magicArr, tileType, True)
if resultTmp:
resultArr.append([tileIndex, jiangTile])
hasJiang = True
return True, hasJiang
else:
# 还原将牌标记
hasJiang = oldJiang
# 还原手牌
tileArr[tileIndex] += 1
if isMagicJiang:
magicArr.append(jiangTile)
else:
tileArr[tileIndex] += 1
if tileIndex >= MTile.TILE_DONG_FENG:
# 风箭牌不能组成顺
return False, hasJiang
# 提取顺牌组合
if tileArr[tileIndex] > 0:
# 测试顺子 0 1 2
if MTile.getValue(tileIndex) <= 7:
tile0 = tileIndex
needMagic = 0
is1Magic = False
is2Magic = False
if tileArr[tileIndex + 1] == 0:
needMagic += 1
is1Magic = True
if tileArr[tileIndex + 2] == 0:
needMagic += 1
is2Magic = True
if needMagic <= len(magicArr):
pattern = [tile0, None, None]
tileArr[tileIndex] -= 1
if is1Magic:
pattern[1] = (magicArr.pop(-1))
else:
pattern[1] = (tileIndex + 1)
tileArr[tileIndex + 1] -= 1
if is2Magic:
pattern[2] = (magicArr.pop(-1))
else:
pattern[2] = (tileIndex + 2)
tileArr[tileIndex + 2] -= 1
resultTmp, hasJiang = cls.isBu(tileArr, resultArr, magicArr, tileType, hasJiang)
if resultTmp:
resultArr.append(pattern)
return True, hasJiang
# 还原手牌
tileArr[tileIndex] += 1
if is1Magic:
magicArr.append(pattern[1])
else:
tileArr[tileIndex + 1] += 1
if is2Magic:
magicArr.append(pattern[2])
else:
tileArr[tileIndex + 2] += 1
# 测试顺子 -1 0 1
if 8 >= MTile.getValue(tileIndex) >= 2:
tile1 = tileIndex
needMagic = 0
is0Magic = False
is2Magic = False
if tileArr[tileIndex - 1] == 0:
needMagic += 1
is0Magic = True
if tileArr[tileIndex + 1] == 0:
needMagic += 1
is2Magic = True
if needMagic <= len(magicArr):
pattern = [None, tile1, None]
tileArr[tileIndex] -= 1
if is0Magic:
pattern[0] = (magicArr.pop(-1))
else:
pattern[0] = (tileIndex - 1)
tileArr[tileIndex - 1] -= 1
if is2Magic:
pattern.append(magicArr.pop(-1))
else:
pattern.append(tileIndex + 1)
tileArr[tileIndex + 1] -= 1
resultTmp, hasJiang = cls.isBu(tileArr, resultArr, magicArr, tileType, hasJiang)
if resultTmp:
resultArr.append(pattern)
return True, hasJiang
# 还原手牌
tileArr[tileIndex] += 1
if is0Magic:
magicArr.append(pattern[0])
else:
tileArr[tileIndex - 1] += 1
if is2Magic:
magicArr.append(pattern[2])
else:
tileArr[tileIndex + 1] += 1
# 测试顺子 -2 -1 0
if MTile.getValue(tileIndex) >= 3:
tile2 = tileIndex
needMagic = 0
is0Magic = False
is1Magic = False
if tileArr[tileIndex - 2] == 0:
needMagic += 1
is0Magic = True
if tileArr[tileIndex - 1] == 0:
needMagic += 1
is1Magic = True
if needMagic <= len(magicArr):
pattern = [None, None, tile2]
tileArr[tileIndex] -= 1
if is0Magic:
pattern[0] = (magicArr.pop(-1))
else:
pattern[0] = (tileIndex - 2)
tileArr[tileIndex - 2] -= 1
if is1Magic:
pattern[1] = (magicArr.pop(-1))
else:
pattern[1] = (tileIndex - 1)
tileArr[tileIndex - 1] -= 1
resultTmp, hasJiang = cls.isBu(tileArr, resultArr, magicArr, tileType, hasJiang)
if resultTmp:
resultArr.append(pattern)
return True, hasJiang
# 还原手牌
tileArr[tileIndex] += 1
if is0Magic:
magicArr.append(pattern[0])
else:
tileArr[tileIndex - 2] += 1
if is1Magic:
magicArr.append(pattern[1])
else:
tileArr[tileIndex - 1] += 1
# 无和牌可能
return False, hasJiang
def getCardNumByType(cls, tileArr, tileType):
num = 0
for tile in MTile.traverseTile(tileType):
num += tileArr[tile]
return num
def canTing(self, tiles, leftTiles, tile, magicTiles=[]):
"""子类必须实现
参数：
1）tiles 该玩家的手牌
2）leftTiles 剩余手牌
返回值：
是否可以听牌，听牌详情
"""
handCount = len(tiles[MHand.TYPE_HAND])
if len(tiles[MHand.TYPE_CHI]) == 0 and len(
tiles[MHand.TYPE_PENG]) == 0 and len(
tiles[MHand.TYPE_GANG]) == 0:
isTing, tingResults = self.tingQiDui(tiles, tile, leftTiles)
if isTing:
ftlog.debug(
'MTingJixiRule.MTing.canTing tingQiDui tingResults:',
tingResults)
return isTing, tingResults
# ftlog.debug( 'MTingJixiRule.canTing 0 tiles:', tiles )
isTing, tingResults = MTing.canTing(MTile.cloneTiles(tiles), leftTiles,
self.winRuleMgr, tile, magicTiles)
# ftlog.debug( 'MTingJixiRule.canTing 1 tiles:', tiles )
ftlog.debug('MTingJixiRule.MTing.canTing isTing:', isTing,
' tingResults:', tingResults)
if not isTing:
return False, []
pengCount = len(tiles[MHand.TYPE_PENG])
gangCount = len(tiles[MHand.TYPE_GANG])
# 检查刻，刻的来源，碰牌/明杠牌/手牌
keCount = pengCount + gangCount
newTingResults = []
for tingResult in tingResults:
newWinNodes = []
winNodes = tingResult['winNodes']
for winNode in winNodes:
newTiles = MTile.cloneTiles(tiles)
newTiles[MHand.TYPE_HAND].remove(tingResult['dropTile'])
newTiles[MHand.TYPE_HAND].append(winNode['winTile'])
tileArr = MTile.changeTilesToValueArr(
MHand.copyAllTilesToList(newTiles))
patterns = winNode['pattern']
isQiDui = False
isPiaoHu = self.isPiaoHu(patterns, newTiles)
# 飘和七对可以手把一
if (isPiaoHu or isQiDui):
if handCount < 1:
continue
else:
if handCount < 5:
continue
# 夹起步(顺牌只能和夹和3，7) 不能和两头 可以单吊
chunJiaConfig = self.getTableConfig(MTDefine.MIN_MULTI, 0)
if chunJiaConfig:
bianMulti = self.tableConfig.get(MTDefine.BIAN_MULTI, 0)
hasJia = False
for pattern in patterns:
if winNode['winTile'] in pattern:
if len(pattern) == 3 and pattern[0] != pattern[1]:
if pattern.index(winNode['winTile']) == 2:
if bianMulti:
if MTile.getValue(
winNode['winTile']) == 3:
hasJia = True
break
if pattern.index(winNode['winTile']) == 0:
if bianMulti:
if MTile.getValue(
winNode['winTile']) == 7:
hasJia = True
break
if pattern.index(winNode['winTile']) == 1:
hasJia = True
break
# 单吊
if len(pattern) == 2 and pattern[0] == pattern[1]:
hasJia = True
break
if not hasJia:
ftlog.debug(
'MTingHaerbinRule.canTing :, can not win tile:',
winNode['winTile'], ', not has jia continue....')
continue
zhongCount = tileArr[MTile.TILE_HONG_ZHONG]
# 检查牌中的幺/九
yaoCount = tileArr[MTile.TILE_ONE_WAN] + tileArr[
MTile.TILE_ONE_TONG] + tileArr[MTile.TILE_ONE_TIAO]
jiuCount = tileArr[MTile.TILE_NINE_WAN] + tileArr[
MTile.TILE_NINE_TONG] + tileArr[MTile.TILE_NINE_TIAO]
# 飘和七小对不需要1,9
if (yaoCount + jiuCount +
zhongCount) == 0 and (not isPiaoHu) and (not isQiDui):
continue
patterns = winNode['pattern']
checkKeCount = keCount + self.getKeCount(patterns)
ftlog.debug('MTingHaerbinRule.canTing keCount:', keCount)
# 胡牌必须有刻牌 七小对除外
if checkKeCount or isQiDui:
newWinNodes.append(winNode)
if len(newWinNodes) > 0:
newTingResult = {}
newTingResult['dropTile'] = tingResult['dropTile']
newTingResult['winNodes'] = newWinNodes
newTingResults.append(newTingResult)
return len(newTingResults) > 0, newTingResults
def tingQiDui(self, tiles, cur_tile, leftTiles):
"""
检查是否可以听七小对
二种牌型可听
* 别人打牌 五对(包括杠) 一刻 粘一张
* 自己上牌 六对(包括杠) 两个单张
:param tiles 手牌
:param cur_tile 刚刚摸的牌
:param leftTiles: 全局剩余的牌
:return
[
{
'isQiDui' : 1
'dropTile' : 11, # 出牌`一筒`
'winNodes' : [{ # 听牌细节
'winTile' : 1, # 听`一万`
'winTileCount' : 3, # 剩`三张一万`
'pattern' : [
[6, 6], # 听牌的条件
...
]
}]
}
]
"""
ftlog.debug('MTingHaerbinJixi.MTing.tingQiDui handTiles:',
tiles[MHand.TYPE_HAND], ' tile:', cur_tile)
handTiles = tiles[MHand.TYPE_HAND]
newHandTiles = MTile.cloneTiles(handTiles)
# 不考虑摸牌
newHandTiles.remove(cur_tile)
if len(newHandTiles) < 13:
# 手牌不够
return False, []
newHandTilesArr = MTile.changeTilesToValueArr(newHandTiles)
duiCount = 0
singleTiles = []
duiPattern = []
for tile, number in newHandTilesArr.tile_items():
if number == 2:
# 对
duiCount += 1
duiPattern.append([tile, tile])
elif number == 4:
# 杠算两对
duiCount += 2
duiPattern.append([tile, tile])
duiPattern.append([tile, tile])
elif number == 3:
# 碰
if tile != cur_tile:
# 摸牌不能凑杠 有单张了
singleTiles.append(tile)
duiPattern.append([tile, tile])
elif tile != cur_tile:
# 摸牌不能凑对 有单张了
singleTiles.append(tile)
else:
duiPattern.append([cur_tile, cur_tile])
if len(singleTiles) != 2:
# 单张过多不能听七对
# 单张过少则已经可以胡牌(不能听了)
# ftlog.debug('MTingJixiRule.MTing.canTing tingQiDui the singleTiles count error: ', len(singleTiles))
return False, []
# 站牌处理 手里有五对 并且有一张或三张上的牌 那么可以听 方案就是剩下的两张
newLeftTilesArr = MTile.changeTilesToValueArr(leftTiles)
tingResult = [
{ # 听第2张单牌
'isQiDui':
1,
'dropTile':
singleTiles[0],
'winNodes': [{
'winTile':
singleTiles[1],
'winTileCount':
newLeftTilesArr[singleTiles[1]],
'pattern':
duiPattern + [[singleTiles[1], singleTiles[1]]]
}]
},
{ # 听第1张单牌
'isQiDui':
1,
'dropTile':
singleTiles[1],
'winNodes': [{
'winTile':
singleTiles[0],
'winTileCount':
newLeftTilesArr[singleTiles[0]],
'pattern':
duiPattern + [[singleTiles[0], singleTiles[0]]]
}]
}
]
return True, tingResult
def calcScore(self):
"""算分"""
# 序列化
self.serialize()
# 牌型数据都在tabletilemgr里面可以取到
playerAllTiles = [[] for _ in range(self.playerCount)]
playerAllTilesArr = [[] for _ in range(self.playerCount)]
playerHandTiles = [[] for _ in range(self.playerCount)]
for player in self.tableTileMgr.players:
# 按手牌格式的数组
playerAllTiles[player.curSeatId] = player.copyTiles()
# 合到一个数组中
playerAllTilesArr[player.curSeatId].extend(MHand.copyAllTilesToList(playerAllTiles[player.curSeatId]))
# 只获取手牌
playerHandTiles[player.curSeatId] = player.copyHandTiles()
ftlog.debug("playerHandTiles", playerHandTiles)
ftlog.debug("playerAllTiles", playerAllTiles)
ftlog.debug("playerAllTilesArr", playerAllTilesArr)
ftlog.debug("self.winTile", self.winTile)
self.results[self.KEY_TYPE] = ''
self.results[self.KEY_NAME] = ''
self.results[self.KEY_SCORE] = [0 for _ in range(self.playerCount)]
self.results[self.KEY_WIN_TILE] = [0 for _ in range(self.playerCount)]
self.results[self.KEY_WIN_MODE] = [MOneResult.WIN_MODE_LOSS for _ in range(self.playerCount)]
# 在和牌时统计自摸，点炮，最大番数
self.results[self.KEY_STAT] = [[] for _ in range(self.playerCount)]
self.results[self.KEY_FAN_PATTERN] = [[] for _ in range(self.playerCount)]
fanArr = [0 for _ in range(self.playerCount)]
baseScore = 1
# 流局不走后面的结算,确保没有设置的值不会被使用
if self.resultType == self.RESULT_FLOW:
self.results[self.KEY_TYPE] = MOneResult.KEY_TYPE_NAME_FLOW
ftlog.debug("MYunnanOneResult calcScore Type = RESULT_FLOW return")
return
self.results[self.KEY_TYPE] = MOneResult.KEY_TYPE_NAME_HU
if len(self.winSeats) <= 0:
ftlog.debug("MYunnanOneResult self.winSeats error no winner")
return
ftlog.debug("MYunnanOneResultCalcScore self.winSeats = ", self.winSeats)
if self.lastSeatId not in self.winSeats:
self.results[self.KEY_WIN_MODE][self.lastSeatId] = MOneResult.WIN_MODE_DIANPAO
# 计算胡牌者的番型和分数
for seatId in self.winSeats:
# 番型
patterns = []
fan = 0
ftlog.debug('MajiangTableLogic.gameWin.yipaoduoxiang dealwith seatId:'
, seatId
, 'lastSeatId:', self.lastSeatId
, 'winSeatId:', self.winSeatId
, 'self.winSeats:', self.winSeats
, 'self.actionID:', self.actionID
)
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan, "seatId = ", seatId)
if seatId == self.lastSeatId:
self.results[self.KEY_WIN_MODE][seatId] = MOneResult.WIN_MODE_ZIMO
else:
self.results[self.KEY_WIN_MODE][seatId] = MOneResult.WIN_MODE_PINGHU
magicTiles = self.tableTileMgr.getMagicTiles()
tempArrColor = copy.deepcopy(playerAllTilesArr[seatId])
# colorState里面要去掉赖子包含的花色
magicTileCount = 0
for magicTile in magicTiles:
while magicTile in tempArrColor:
tempArrColor.remove(magicTile)
magicTileCount += 1
# 重新处理一次花色,不算赖子
oldColorState = copy.deepcopy(self.colorState)
ftlog.debug("MYunnanOneResultCalcScore tempArrColor = ", tempArrColor)
ftlog.debug("MYunnanOneResultCalcScore self.colorState1 = ", self.colorState)
self.colorState[seatId] = MTile.getColorCount(MTile.changeTilesToValueArr(tempArrColor))
ftlog.debug("MYunnanOneResultCalcScore self.colorState2 = ", self.colorState)
isUnique = False
# 七对和五六七星烂,十风,十三幺,四幺鸡
# 取出dropTiles来判断是否十风和十三幺
dropTiles = self.tableTileMgr.dropTiles[seatId]
nowTiles = playerAllTiles[seatId]
nowTiles[MHand.TYPE_HAND].append(self.winTile)
# 杠上花和杠上炮
ftlog.debug("MYunnanOneResultCalcScorelatestGangState = ", self.latestGangState)
ftlog.debug("MYunnanOneResultCalcScorelatestGangState self.winSeatId:= ", self.winSeatId)
ftlog.debug("MYunnanOneResultCalcScorelatestGangState seatId:= ", seatId)
ftlog.debug("MYunnanOneResultCalcScorelatestGangState self.lastSeatId:= ", self.lastSeatId)
if self.latestGangState != -1:
if self.latestGangState == seatId:
# 杠牌的是自己
wumeihuaTiles = copy.deepcopy(nowTiles)
if self.winTile in wumeihuaTiles[MHand.TYPE_HAND]:
wumeihuaTiles[MHand.TYPE_HAND].remove(self.winTile)
wumeihuaTiles[MHand.TYPE_HAND].append(MTile.TILE_FIVE_TONG)
result, _ = MWinRuleYunnan.checkHuByMagicTiles(wumeihuaTiles, magicTiles)
if result and (self.winTile == MTile.TILE_FIVE_TONG or self.winTile in magicTiles):
# 五梅花,包括幺鸡当五筒
if not isUnique:
patterns.append(self.fanXing[self.GANGSHANGHUAWUMEIHUA]['name'])
fan += self.fanXing[self.GANGSHANGHUAWUMEIHUA]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
else:
if not isUnique:
patterns.append(self.fanXing[self.GANGSHANGHUA]['name'])
fan += self.fanXing[self.GANGSHANGHUA]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
elif self.latestGangState == self.lastSeatId:
# 杠牌的是别人
if not isUnique:
patterns.append(self.fanXing[self.GANGSHANGPAO]['name'])
fan += self.fanXing[self.GANGSHANGPAO]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
# 四幺鸡,必须是自摸,必须是手牌
if nowTiles[MHand.TYPE_HAND].count(MTile.TILE_ONE_TIAO) == 4 and (seatId == self.lastSeatId):
if not isUnique:
self.results[self.KEY_WIN_MODE][seatId] = MYunnanOneResult.WIN_MODE_SIYAOJI
patterns = []
patterns.append(self.fanXing[self.SIYAOJI]['name'])
isUnique = True
fan = 0
fan += self.fanXing[self.SIYAOJI]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
ftlog.debug("MYunnanOneResult dropTiles = ", dropTiles, "nowTiles = ", nowTiles)
if self.isShifeng(dropTiles, nowTiles):
if not isUnique:
self.results[self.KEY_WIN_MODE][seatId] = MYunnanOneResult.WIN_MODE_SHIFENG
patterns.append(self.fanXing[self.SHIFENG]['name'])
fan = 0
fan += self.fanXing[self.SHIFENG]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
isUnique = True
self.setDropHuFlag(1)
if self.isShisanyao(dropTiles, nowTiles):
if not isUnique:
self.results[self.KEY_WIN_MODE][seatId] = MYunnanOneResult.WIN_MODE_SHISANYAO
patterns.append(self.fanXing[self.SHISANYAO]['name'])
fan = 0
fan += self.fanXing[self.SHISANYAO]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
isUnique = True
self.setDropHuFlag(1)
ftlog.debug("MYunnanOneResult check lanpai nowTiles =", nowTiles, "magicTiles =", magicTiles)
result, fengCount, lanPanMagicCount = self.isLanPaiCheck(nowTiles, magicTiles)
lanPaiPatternForWuji = False
if result:
lanPaiPatternForWuji = True
if fengCount + lanPanMagicCount >= 7:
# 七星烂
if not isUnique:
patterns.append(self.fanXing[self.QIXINGLAN]['name'])
fan += self.fanXing[self.QIXINGLAN]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
elif fengCount + lanPanMagicCount >= 6:
# 六星烂
if not isUnique:
patterns.append(self.fanXing[self.LIUXINGLAN]['name'])
fan += self.fanXing[self.LIUXINGLAN]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
elif fengCount + lanPanMagicCount >= 5:
# 五星烂
if not isUnique:
patterns.append(self.fanXing[self.WUXINGLAN]['name'])
fan += self.fanXing[self.WUXINGLAN]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
# 七对必须门清
isPairs = False
if self.menState[seatId] == 1:
if seatId == self.lastSeatId:
# 自摸
pairResult, leftMagicCount, fourCount, _ = self.isPairsCheck(nowTiles, magicTiles)
if pairResult:
isPairs = True
if fourCount >= 1:
if not isUnique:
patterns.append(self.fanXing[self.LONGZHUABEI]['name'])
fan += self.fanXing[self.LONGZHUABEI]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
else:
# 小七对
if not isUnique:
patterns.append(self.fanXing[self.XIAOQIDUI]['name'])
fan += self.fanXing[self.XIAOQIDUI]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
else:
# 点炮
if self.winTile in magicTiles:
transferTiles = copy.deepcopy(nowTiles)
magicCount = 0
for magicTile in magicTiles:
while magicTile in transferTiles[MHand.TYPE_HAND]:
transferTiles[MHand.TYPE_HAND].remove(magicTile)
transferTiles[MHand.TYPE_HAND].append(0)
magicCount += 1
if magicCount >= 1:
transferTiles[MHand.TYPE_HAND].remove(0)
transferTiles[MHand.TYPE_HAND].append(magicTile)
pairResult, leftMagicCount, fourCount, _ = self.isPairsCheck(transferTiles, [0])
if pairResult:
isPairs = True
if leftMagicCount >= 2:
if not isUnique:
patterns.append(self.fanXing[self.LONGZHUABEI]['name'])
fan += self.fanXing[self.LONGZHUABEI]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
else:
# 小七对
if not isUnique:
patterns.append(self.fanXing[self.XIAOQIDUI]['name'])
fan += self.fanXing[self.XIAOQIDUI]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
else:
pairResult, leftMagicCount, fourCount, _ = self.isPairsCheck(nowTiles, magicTiles)
if pairResult:
isPairs = True
if nowTiles[MHand.TYPE_HAND].count(self.winTile) + leftMagicCount >= 3:
# 一定是龙爪背
if not isUnique:
patterns.append(self.fanXing[self.LONGZHUABEI]['name'])
fan += self.fanXing[self.LONGZHUABEI]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
else:
# 小七对
if not isUnique:
patterns.append(self.fanXing[self.XIAOQIDUI]['name'])
fan += self.fanXing[self.XIAOQIDUI]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
# 杠数
# if len(self.playerGangTiles[seatId]) == 1:
# if not isUnique:
# self.results[self.KEY_NAME] = self.fanXing[self.YIGANG]['name']
# patterns.append(self.fanXing[self.YIGANG]['name'])
# fan += self.fanXing[self.YIGANG]['index']
# ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
# el
if len(self.playerGangTiles[seatId]) == 2:
if not isUnique:
self.results[self.KEY_NAME] = self.fanXing[self.LIANGGANG]['name']
patterns.append(self.fanXing[self.LIANGGANG]['name'])
fan += self.fanXing[self.LIANGGANG]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
elif len(self.playerGangTiles[seatId]) == 3:
if not isUnique:
self.results[self.KEY_NAME] = self.fanXing[self.SANGANG]['name']
patterns.append(self.fanXing[self.SANGANG]['name'])
fan += self.fanXing[self.SANGANG]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
elif len(self.playerGangTiles[seatId]) == 4:
if not isUnique:
self.results[self.KEY_NAME] = self.fanXing[self.SIGANG]['name']
patterns.append(self.fanXing[self.SIGANG]['name'])
fan += self.fanXing[self.SIGANG]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
# 字一色
ziyiseWuji = False
if self.colorState[seatId] == 0:
if self.getZiTypeCountBySeatId(seatId) > 0:
ziyiseWuji = True
if not isUnique:
self.results[self.KEY_NAME] = self.fanXing[self.ZIYISE]['name']
patterns.append(self.fanXing[self.ZIYISE]['name'])
fan += self.fanXing[self.ZIYISE]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
# 大对子,门前不能有吃,手牌多加一个赖子,能保证都是3张
if len(nowTiles[MHand.TYPE_CHI]) == 0:
duiziTiles = copy.deepcopy(nowTiles[MHand.TYPE_HAND])
for magicTile in magicTiles:
while magicTile in duiziTiles:
duiziTiles.remove(magicTile)
# 如果点炮胡,需要给牌堆里加回去一张赖子,并当普通牌处理
if seatId != self.lastSeatId and self.winTile in magicTiles:
duiziTiles.append(self.winTile)
duiziArr = MTile.changeTilesToValueArr(duiziTiles)
ftlog.debug("MYunnanOneResult duiziArr = ", duiziArr)
cardTypeCount = 0
# 假设多一张赖子
duiziMagicCount = magicTileCount + 1
for index in range(len(duiziArr)):
if duiziArr[index] != 0:
cardTypeCount += 1
if duiziArr[index] < 3:
duiziMagicCount = duiziMagicCount - (3 - duiziArr[index])
if cardTypeCount <= 5 and duiziMagicCount >= 0:
patterns.append(self.fanXing[self.DADUIZI]['name'])
fan += self.fanXing[self.DADUIZI]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
# 清一色和混一色
qingyiseForWuji = False
if self.colorState[seatId] == 1:
qingyiseForWuji = True
if self.getZiTypeCountBySeatId(seatId) > 0:
if not isUnique:
self.results[self.KEY_NAME] = self.fanXing[self.HUNYISE]['name']
patterns.append(self.fanXing[self.HUNYISE]['name'])
fan += self.fanXing[self.HUNYISE]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
else:
if not isUnique:
self.results[self.KEY_NAME] = self.fanXing[self.QINGYISE]['name']
patterns.append(self.fanXing[self.QINGYISE]['name'])
fan += self.fanXing[self.QINGYISE]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
# 不求人 门清并自摸
# 暗杠也算门清,重新计算
# 烂牌和七对牌型时不计算不求人
if not lanPaiPatternForWuji and not isPairs:
isMenQing = False
gangInfo = playerAllTiles[seatId][MHand.TYPE_GANG]
chiInfo = playerAllTiles[seatId][MHand.TYPE_CHI]
pengInfo = playerAllTiles[seatId][MHand.TYPE_PENG]
if len(chiInfo) == 0 and len(pengInfo) == 0:
isMenQing = True
for gang in gangInfo:
if gang['style'] == 1:
isMenQing = False
if isMenQing and seatId == self.lastSeatId:
if not isUnique:
self.results[self.KEY_WIN_MODE][seatId] = MYunnanOneResult.WIN_MODE_BUQIUREN
patterns.append(self.fanXing[self.BUQIUREN]['name'])
fan += self.fanXing[self.BUQIUREN]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
# 全求人 最后手里只有一张牌 单钓 不能有暗杠
if len(playerHandTiles[seatId]) == 1 and seatId != self.lastSeatId:
noAnGang = True
for gangInfo in nowTiles[MHand.TYPE_GANG]:
if gangInfo.has_key('style'):
gangStyle = gangInfo.get('style', 1)
if gangStyle == 0:
noAnGang = False
break;
if noAnGang:
if not isUnique:
patterns.append(self.fanXing[self.QUANQIUREN]['name'])
fan += self.fanXing[self.QUANQIUREN]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
# 三元和混三元
sanyuanForWuji = False
baibanCount = self.getZiCountByTypeBySeatId(seatId, MTile.TILE_BAI_BAN)
hongzhongCount = self.getZiCountByTypeBySeatId(seatId, MTile.TILE_HONG_ZHONG)
facaiCount = self.getZiCountByTypeBySeatId(seatId, MTile.TILE_FA_CAI)
sanyuanMagicCount = nowTiles[MHand.TYPE_HAND].count(MTile.TILE_ONE_TIAO)
if baibanCount + sanyuanMagicCount >= 2 \
and hongzhongCount + sanyuanMagicCount >= 2 \
and facaiCount + sanyuanMagicCount >= 2:
if baibanCount + hongzhongCount + sanyuanMagicCount >= 5 \
and baibanCount + facaiCount + sanyuanMagicCount >= 5 \
and hongzhongCount + facaiCount + sanyuanMagicCount >= 5:
if baibanCount + hongzhongCount + facaiCount + sanyuanMagicCount >= 8:
if self.colorState[seatId] == 1 and self.noFengPai(seatId):
# 混三元
if not isUnique:
sanyuanForWuji = True
patterns.append(self.fanXing[self.HUNSANYUAN]['name'])
fan += self.fanXing[self.HUNSANYUAN]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
else:
# 三元
if not isUnique:
patterns.append(self.fanXing[self.SANYUAN]['name'])
fan += self.fanXing[self.SANYUAN]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
# 无鸡
isWuji = False
wujiTiles = copy.deepcopy(nowTiles)
# 手牌不要赖子能胡
result0, _ = MWinRuleYunnan.checkHuByMagicTiles(wujiTiles, [])
for temp in nowTiles[MHand.TYPE_CHI]:
wujiTiles[MHand.TYPE_HAND].extend(temp)
for temp in nowTiles[MHand.TYPE_PENG]:
wujiTiles[MHand.TYPE_HAND].extend(temp)
ftlog.debug("MYunnanOneResult wujiTiles = ", wujiTiles)
# 加上碰吃,不要赖子也能胡
result1, _ = MWinRuleYunnan.checkHuByMagicTiles(wujiTiles, [])
wujiMagicCount = playerAllTilesArr[seatId].count(MTile.TILE_ONE_TIAO)
ftlog.debug("MYunnanOneResult wujiTiles = ", wujiTiles, "result1=", result1)
result2 = True
# 算杠,不是4个幺鸡都是有赖子
for magicTile in magicTiles:
for gangInfo in wujiTiles[MHand.TYPE_GANG]:
wujiGangMagicCount = 0
if gangInfo.has_key('pattern'):
tempGangInfo = copy.deepcopy(gangInfo['pattern'])
while magicTile in tempGangInfo:
tempGangInfo.remove(magicTile)
wujiGangMagicCount += 1
if wujiGangMagicCount != 4 and wujiGangMagicCount != 0:
result2 = False
break
ftlog.debug("MYunnanOneResult wujiTiles = ", wujiTiles
, "result1=", result1
, "result2=", result2
, "result0=", result0)
if result1 and result2 and result0:
isWuji = True
if isWuji:
if wujiMagicCount > 0:
canXiaojiguiwei = True
# 小鸡归位,要排除赖子应用在其它番型导致小鸡归位和其它番型不同存的情况
ftlog.debug("MYunnanOneResult canXiaojiguiwei oldColorState", oldColorState
, "lanPaiPatternForWuji", lanPaiPatternForWuji
, "qingyiseForWuji", qingyiseForWuji
, "ziyiseWuji", ziyiseWuji
, "sanyuanForWuji", sanyuanForWuji)
if lanPaiPatternForWuji:
# 如果是烂牌的小鸡归位,重新检查在没有赖子的情况能不能胡
resultNoMagic, fengCountNoMagic, lanPanMagicCountNoMagic = self.isLanPaiCheck(nowTiles, [])
if lanPanMagicCount > 0:
# 带赖子的六星烂,如果无赖子判定能胡,那就可以胡五星烂+小鸡归位
if self.fanXing[self.LIUXINGLAN]['name'] in patterns and resultNoMagic:
patterns.remove(self.fanXing[self.LIUXINGLAN]['name'])
fan -= self.fanXing[self.LIUXINGLAN]['index']
patterns.append(self.fanXing[self.WUXINGLAN]['name'])
fan += self.fanXing[self.WUXINGLAN]['index']
canXiaojiguiwei = True
elif self.fanXing[self.QIXINGLAN][
'name'] in patterns and resultNoMagic and fengCountNoMagic >= 7:
canXiaojiguiwei = True
else:
canXiaojiguiwei = False
else:
canXiaojiguiwei = True
if qingyiseForWuji:
if oldColorState[seatId] > 1:
canXiaojiguiwei = False
if ziyiseWuji:
if oldColorState[seatId] > 0:
canXiaojiguiwei = False
if sanyuanForWuji:
if oldColorState[seatId] > 1:
canXiaojiguiwei = False
if canXiaojiguiwei:
if not isUnique:
patterns.append(self.fanXing[self.XIAOJIGUIWEI]['name'])
fan += self.fanXing[self.XIAOJIGUIWEI]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
else:
if not isUnique:
patterns.append(self.fanXing[self.WUJI]['name'])
fan += self.fanXing[self.WUJI]['index']
ftlog.debug("MYunnanOneResult fanxing = ", patterns, "fan = ", fan)
self.results[self.KEY_FAN_PATTERN][seatId] = patterns
self.results[self.KEY_WIN_TILE][seatId] = self.winTile
fanArr[seatId] = fan
if self.lastSeatId in self.winSeats:
self.results[self.KEY_STAT][self.lastSeatId].append({MOneResult.STAT_ZIMO: 1})
else:
# 点炮,点炮者点炮+1
self.results[self.KEY_STAT][self.lastSeatId].append({MOneResult.STAT_DIANPAO: 1})
# 最大番,当前的赢家番数
self.results[self.KEY_STAT][seatId].append({MOneResult.STAT_ZUIDAFAN: fan})
# 计算积分
winScore = baseScore * (self.multiple)
if self.qiangGang:
if self.winRuleMgr.itemParams.get('QGHSanbei', 1) == 2:
winScore = winScore
else:
winScore = winScore * 3
for player in self.tableTileMgr.players:
if player.curSeatId == self.lastSeatId and self.lastSeatId not in self.winSeats:
ftlog.debug("MYunnanOneResultQGH lose seatId:", player.curSeatId, "lastSeatId:", self.lastSeatId)
if self.winTile in player.handTiles:
ftlog.debug("MYunnanOneResultQGH lose seatId:", player.curSeatId, "lastSeatId:",
self.lastSeatId, "remove tile:", self.winTile)
player.handTiles.remove(self.winTile)
else:
if self.showTile in player.handTiles and self.showTile != 0:
ftlog.debug("MYunnanOneResultQGH lose seatId:", player.curSeatId, "lastSeatId:",
self.lastSeatId, "remove tile:", self.showTile)
player.handTiles.remove(self.showTile)
for seatId in self.winSeats:
if self.winRuleMgr.itemParams.get('QGHJiafan', 1) == 2:
fanArr[seatId] += 1
self.results[self.KEY_WIN_MODE][seatId] = MOneResult.WIN_MODE_QIANGGANGHU
# 番数上限3
for win in self.winSeats:
if fanArr[win] > 3:
fanArr[win] = 3
# 计算分数增减
if self.lastSeatId in self.winSeats:
for i in range(self.playerCount):
if self.lastSeatId == i:
self.results[self.KEY_SCORE][i] = winScore * (2 ** fanArr[i]) * (self.playerCount - 1)
else:
self.results[self.KEY_SCORE][i] = -winScore * (2 ** fanArr[self.lastSeatId])
else:
dianPaoScore = 0
for i in range(self.playerCount):
if i in self.winSeats:
self.results[self.KEY_SCORE][i] = winScore * (2 ** fanArr[i])
dianPaoScore += winScore * (2 ** fanArr[i])
self.results[self.KEY_SCORE][self.lastSeatId] = -dianPaoScore
ftlog.debug('MYunnanOneResult calcScore:KEY_SCORE:', self.results[self.KEY_SCORE])
ftlog.debug('MYunnanOneResult calcScore:KEY_NAME:', self.results[self.KEY_NAME])
ftlog.debug('MYunnanOneResult calcScore:KEY_TYPE:', self.results[self.KEY_TYPE])
ftlog.debug('MYunnanOneResult calcScore:KEY_WIN_MODE:', self.results[self.KEY_WIN_MODE])
ftlog.debug('MYunnanOneResult calcScore:KEY_FAN_PATTERN:', self.results[self.KEY_FAN_PATTERN])
ftlog.debug('MYunnanOneResult calcScore:KEY_STAT:', self.results[self.KEY_STAT])
def isHu(self, tiles, tile, isTing, getTileType, magicTiles=[], tingNodes=[]):
"""
tiles:玩家所有的牌,但是手牌是加入了要胡的那张牌的
"""
# 昭通无听牌
ftlog.debug('MWinRuleZhaotong.isHu tiles:', tiles
, ' tile:', tile
, ' magicTils:', magicTiles
, ' getTileType:', getTileType)
if getTileType != MWinRule.WIN_BY_MYSELF and MTableTile.isMagicTile(tile, magicTiles):
# 如果是听用,不能胡
return False, []
# 先查花色
playerAllTiles = []
playerAllTiles.extend(tiles[MHand.TYPE_HAND])
for chi in tiles[MHand.TYPE_CHI]:
playerAllTiles.extend(chi)
for peng in tiles[MHand.TYPE_PENG]:
playerAllTiles.extend(peng)
for gang in tiles[MHand.TYPE_GANG]:
playerAllTiles.extend(gang['pattern'])
colorStateWithMagic = MTile.getColorCount(MTile.changeTilesToValueArr(playerAllTiles))
magicCount, tempTiles = MTableTile.getMagicTileCountInTiles(playerAllTiles, magicTiles)
colorState = MTile.getColorCount(MTile.changeTilesToValueArr(tempTiles))
ftlog.debug("MWinRuleZhaotong.isHu colorState = ", colorState
, "playerAllTiles = ", playerAllTiles
, "tempTiles = ", tempTiles
, "colorStateWithMagic = ", colorStateWithMagic
, "magicCount = ", magicCount)
# 必须缺一门才能胡牌
if colorState >= 3:
ftlog.debug("MWinRuleZhaotong.isHu men >= 3 can not hu")
return False, []
result1, pattern1 = MWinRuleZhaotong.checkHuByMagicTiles(tiles, magicTiles)
# result2, pattern2 = MWinRuleZhaotong.checkHuByMagicTiles(tiles, [])
# if colorStateWithMagic >= 3:
# if result1 and not result2:
# return result1, pattern1
# else:
# return False, []
# else:
# if result1:
# return result1, pattern1
# else:
# return False, []
if result1:
return result1, pattern1
# if getTileType != MWinRule.WIN_BY_MYSELF:
# hasMagic = False
# for magicTile in magicTiles:
# if magicTile in tiles[MHand.TYPE_HAND]:
# hasMagic = True
# if hasMagic:
# # 点炮和抢杠胡要检查是不是叫听用,如果叫听用,可以胡任意牌,采用抽3张牌测试的方式,如果通过就认为是叫听用
# testTiles = []
# if tile/10 == 0:
# testTiles.append(2)
# testTiles.append(6)
# testTiles.append(9)
# elif tile/10 == 1:
# testTiles.append(12)
# testTiles.append(14)
# testTiles.append(17)
# elif tile/10 == 2:
# testTiles.append(22)
# testTiles.append(24)
# testTiles.append(28)
# else:
# return False, []
# dandiao = True
# for testTile in testTiles:
# tempDandiao = copy.deepcopy(tiles)
# if tile in tempDandiao[MHand.TYPE_HAND]:
# tempDandiao[MHand.TYPE_HAND].remove(tile)
# tempDandiao[MHand.TYPE_HAND].append(testTile)
# resultDandiao, _ = MWinRuleZhaotong.checkHuByMagicTiles(tempDandiao, magicTiles)
# if not resultDandiao:
# dandiao = False
# if not dandiao:
# return result1, pattern1
# else:
# return result1, pattern1
# else:
# return result1, pattern1
return False, []
def isHu(self,
tiles,
tile,
isTing,
getTileType,
magicTiles=[],
tingNodes=[]):
"""
tiles:玩家所有的牌,但是手牌是加入了要胡的那张牌的
"""
# 昭通无听牌
ftlog.debug('MWinRuleZhaotong.isHu tiles:', tiles, ' tile:', tile,
' magicTils:', magicTiles, ' getTileType:', getTileType)
if getTileType != MWinRule.WIN_BY_MYSELF and MTableTile.isMagicTile(
tile, magicTiles):
# 如果是听用,不能胡
return False, []
# 先查花色
playerAllTiles = []
playerAllTiles.extend(tiles[MHand.TYPE_HAND])
for chi in tiles[MHand.TYPE_CHI]:
playerAllTiles.extend(chi)
for peng in tiles[MHand.TYPE_PENG]:
playerAllTiles.extend(peng)
for gang in tiles[MHand.TYPE_GANG]:
playerAllTiles.extend(gang['pattern'])
colorStateWithMagic = MTile.getColorCount(
MTile.changeTilesToValueArr(playerAllTiles))
magicCount, tempTiles = MTableTile.getMagicTileCountInTiles(
playerAllTiles, magicTiles)
colorState = MTile.getColorCount(
MTile.changeTilesToValueArr(tempTiles))
ftlog.debug("MWinRuleZhaotong.isHu colorState = ", colorState,
"playerAllTiles = ", playerAllTiles, "tempTiles = ",
tempTiles, "colorStateWithMagic = ", colorStateWithMagic,
"magicCount = ", magicCount)
# 必须缺一门才能胡牌
if colorState >= 3:
ftlog.debug("MWinRuleZhaotong.isHu men >= 3 can not hu")
return False, []
result1, pattern1 = MWinRuleZhaotong.checkHuByMagicTiles(
tiles, magicTiles)
# result2, pattern2 = MWinRuleZhaotong.checkHuByMagicTiles(tiles, [])
# if colorStateWithMagic >= 3:
# if result1 and not result2:
# return result1, pattern1
# else:
# return False, []
# else:
# if result1:
# return result1, pattern1
# else:
# return False, []
if result1:
return result1, pattern1
# if getTileType != MWinRule.WIN_BY_MYSELF:
# hasMagic = False
# for magicTile in magicTiles:
# if magicTile in tiles[MHand.TYPE_HAND]:
# hasMagic = True
# if hasMagic:
# # 点炮和抢杠胡要检查是不是叫听用,如果叫听用,可以胡任意牌,采用抽3张牌测试的方式,如果通过就认为是叫听用
# testTiles = []
# if tile/10 == 0:
# testTiles.append(2)
# testTiles.append(6)
# testTiles.append(9)
# elif tile/10 == 1:
# testTiles.append(12)
# testTiles.append(14)
# testTiles.append(17)
# elif tile/10 == 2:
# testTiles.append(22)
# testTiles.append(24)
# testTiles.append(28)
# else:
# return False, []
# dandiao = True
# for testTile in testTiles:
# tempDandiao = copy.deepcopy(tiles)
# if tile in tempDandiao[MHand.TYPE_HAND]:
# tempDandiao[MHand.TYPE_HAND].remove(tile)
# tempDandiao[MHand.TYPE_HAND].append(testTile)
# resultDandiao, _ = MWinRuleZhaotong.checkHuByMagicTiles(tempDandiao, magicTiles)
# if not resultDandiao:
# dandiao = False
# if not dandiao:
# return result1, pattern1
# else:
# return result1, pattern1
# else:
# return result1, pattern1
return False, []
def canTing(self, tiles, leftTiles, tile, magicTiles=[]):
"""子类必须实现
参数：
1）tiles 该玩家的手牌
2）leftTiles 剩余手牌
返回值：
是否可以听牌，听牌详情
"""
handCount = len(tiles[MHand.TYPE_HAND])
if len(tiles[MHand.TYPE_CHI]) == 0 and len(tiles[MHand.TYPE_PENG]) == 0 and len(tiles[MHand.TYPE_GANG]) == 0:
isTing, tingResults = self.tingQiDui(tiles, tile, leftTiles)
if isTing:
ftlog.debug('MTingJixiRule.MTing.canTing tingQiDui tingResults:', tingResults)
return isTing, tingResults
# ftlog.debug( 'MTingJixiRule.canTing 0 tiles:', tiles )
isTing, tingResults = MTing.canTing(MTile.cloneTiles(tiles), leftTiles, self.winRuleMgr, tile, magicTiles)
# ftlog.debug( 'MTingJixiRule.canTing 1 tiles:', tiles )
ftlog.debug('MTingJixiRule.MTing.canTing isTing:', isTing, ' tingResults:', tingResults)
if not isTing:
return False, []
pengCount = len(tiles[MHand.TYPE_PENG])
gangCount = len(tiles[MHand.TYPE_GANG])
# 检查刻，刻的来源，碰牌/明杠牌/手牌
keCount = pengCount + gangCount
newTingResults = []
for tingResult in tingResults:
newWinNodes = []
winNodes = tingResult['winNodes']
for winNode in winNodes:
newTiles = MTile.cloneTiles(tiles)
newTiles[MHand.TYPE_HAND].remove(tingResult['dropTile'])
newTiles[MHand.TYPE_HAND].append(winNode['winTile'])
tileArr = MTile.changeTilesToValueArr(MHand.copyAllTilesToList(newTiles))
patterns = winNode['pattern']
isQiDui = False
isPiaoHu = self.isPiaoHu(patterns, newTiles)
# 飘和七对可以手把一
if (isPiaoHu or isQiDui):
if handCount < 1:
continue
else:
if handCount < 5:
continue
# 夹起步(顺牌只能和夹和3，7) 不能和两头 可以单吊
chunJiaConfig = self.getTableConfig(MTDefine.MIN_MULTI, 0)
if chunJiaConfig:
bianMulti = self.tableConfig.get(MTDefine.BIAN_MULTI, 0)
hasJia = False
for pattern in patterns:
if winNode['winTile'] in pattern:
if len(pattern) == 3 and pattern[0] != pattern[1]:
if pattern.index(winNode['winTile']) == 2:
if bianMulti:
if MTile.getValue(winNode['winTile']) == 3:
hasJia = True
break
if pattern.index(winNode['winTile']) == 0:
if bianMulti:
if MTile.getValue(winNode['winTile']) == 7:
hasJia = True
break
if pattern.index(winNode['winTile']) == 1:
hasJia = True
break
# 单吊
if len(pattern) == 2 and pattern[0] == pattern[1]:
hasJia = True
break
if not hasJia:
ftlog.debug('MTingHaerbinRule.canTing :, can not win tile:', winNode['winTile'],
', not has jia continue....')
continue
zhongCount = tileArr[MTile.TILE_HONG_ZHONG]
# 检查牌中的幺/九
yaoCount = tileArr[MTile.TILE_ONE_WAN] + tileArr[MTile.TILE_ONE_TONG] + tileArr[MTile.TILE_ONE_TIAO]
jiuCount = tileArr[MTile.TILE_NINE_WAN] + tileArr[MTile.TILE_NINE_TONG] + tileArr[MTile.TILE_NINE_TIAO]
# 飘和七小对不需要1,9
if (yaoCount + jiuCount + zhongCount) == 0 and (not isPiaoHu) and (not isQiDui):
continue
patterns = winNode['pattern']
checkKeCount = keCount + self.getKeCount(patterns)
ftlog.debug('MTingHaerbinRule.canTing keCount:', keCount)
# 胡牌必须有刻牌 七小对除外
if checkKeCount or isQiDui:
newWinNodes.append(winNode)
if len(newWinNodes) > 0:
newTingResult = {}
newTingResult['dropTile'] = tingResult['dropTile']
newTingResult['winNodes'] = newWinNodes
newTingResults.append(newTingResult)
return len(newTingResults) > 0, newTingResults
def tingQiDui(self, tiles, cur_tile, leftTiles):
"""
检查是否可以听七小对
二种牌型可听
* 别人打牌 五对(包括杠) 一刻 粘一张
* 自己上牌 六对(包括杠) 两个单张
:param tiles 手牌
:param cur_tile 刚刚摸的牌
:param leftTiles: 全局剩余的牌
:return
[
{
'isQiDui' : 1
'dropTile' : 11, # 出牌`一筒`
'winNodes' : [{ # 听牌细节
'winTile' : 1, # 听`一万`
'winTileCount' : 3, # 剩`三张一万`
'pattern' : [
[6, 6], # 听牌的条件
...
]
}]
}
]
"""
ftlog.debug('MTingHaerbinJixi.MTing.tingQiDui handTiles:', tiles[MHand.TYPE_HAND], ' tile:', cur_tile)
handTiles = tiles[MHand.TYPE_HAND]
newHandTiles = MTile.cloneTiles(handTiles)
# 不考虑摸牌
newHandTiles.remove(cur_tile)
if len(newHandTiles) < 13:
# 手牌不够
return False, []
newHandTilesArr = MTile.changeTilesToValueArr(newHandTiles)
duiCount = 0
singleTiles = []
duiPattern = []
for tile, number in newHandTilesArr.tile_items():
if number == 2:
# 对
duiCount += 1
duiPattern.append([tile, tile])
elif number == 4:
# 杠算两对
duiCount += 2
duiPattern.append([tile, tile])
duiPattern.append([tile, tile])
elif number == 3:
# 碰
if tile != cur_tile:
# 摸牌不能凑杠 有单张了
singleTiles.append(tile)
duiPattern.append([tile, tile])
elif tile != cur_tile:
# 摸牌不能凑对 有单张了
singleTiles.append(tile)
else:
duiPattern.append([cur_tile, cur_tile])
if len(singleTiles) != 2:
# 单张过多不能听七对
# 单张过少则已经可以胡牌(不能听了)
# ftlog.debug('MTingJixiRule.MTing.canTing tingQiDui the singleTiles count error: ', len(singleTiles))
return False, []
# 站牌处理 手里有五对 并且有一张或三张上的牌 那么可以听 方案就是剩下的两张
newLeftTilesArr = MTile.changeTilesToValueArr(leftTiles)
tingResult = [{ # 听第2张单牌
'isQiDui': 1,
'dropTile': singleTiles[0],
'winNodes': [{
'winTile': singleTiles[1],
'winTileCount': newLeftTilesArr[singleTiles[1]],
'pattern': duiPattern + [[singleTiles[1], singleTiles[1]]]
}]
}, { # 听第1张单牌
'isQiDui': 1,
'dropTile': singleTiles[1],
'winNodes': [{
'winTile': singleTiles[0],
'winTileCount': newLeftTilesArr[singleTiles[0]],
'pattern': duiPattern + [[singleTiles[0], singleTiles[0]]]
}]
}]
return True, tingResult
