def big_double(handlist, rogue):
"""
:大对
:param handlist:
:param rogue:
:return:
"""
temp = list()
temp.extend(handlist)
san = MahjongUtils.get_san(temp)
for i in range(0, 3):
for s in san:
temp.remove(s)
rogueSize = MahjongUtils.containSize(handlist, rogue)
if 0 == rogueSize and 2 == len(temp) and temp[0] == temp[1]:
return True
if rogue not in san:
for i in range(0, rogueSize):
temp.remove(rogue)
if rogue in temp:
temp.remove(rogue)
dui = MahjongUtils.get_dui(temp)
if 1 == rogueSize and ((2 == len(dui) and 4 == len(temp)) or 1 == len(temp)):
return True
if 2 == rogueSize and (
(1 == len(dui) and 3 == len(temp)) or (3 == len(dui) and 6 == len(temp)) or 0 == len(temp)):
return True
if 3 == rogueSize and ((4 == len(dui) and 8 == len(temp)) or (
2 == len(dui) and 5 == len(temp)) or 2 == len(temp)):
return True
if 4 == rogueSize and ((5 == len(dui) and 10 == len(temp)) or (3 == len(dui) and 7 == len(temp)) or (
0 < len(dui) and 4 == len(temp)) or 1 == len(temp)):
return True
return False
def double7(handlist, rogue):
"""
:七对
:param handlist:
:param rogue:
:return:
"""
temp = list()
temp.extend(handlist)
sorted(temp)
rogueSize = MahjongUtils.containSize(handlist, rogue)
for i in range(0, rogueSize):
temp.remove(rogue)
si = MahjongUtils.get_si(temp)
if 14 == len(handlist) and 14 - (2 * (len(MahjongUtils.get_dui(temp)) + len(si))) <= 2 * rogueSize:
siCount = 0
temp1 = list()
temp1.extend(temp)
for i in range(0, 4):
for s in si:
temp1.remove(s)
siCount += len(si)
san = MahjongUtils.get_san(temp1)
for i in range(0, 3):
for s in san:
temp1.remove(s)
siCount += len(san)
rogueSize -= len(san)
dui = MahjongUtils.get_dui(temp1)
for i in range(0, 2):
for d in dui:
temp1.remove(d)
rogueSize -= len(temp1)
siCount += rogueSize / 2
return siCount
return -1
def calculate(self, request, context):
"""
:计算
:param request:
:param context:
:return:
"""
calculate = CalculateResult()
san = MahjongUtils.get_san(request.player.handlist)
calculate.dui.extend(MahjongUtils.get_dui(request.player.handlist))
calculate.san.extend(san)
calculate.si.extend(MahjongUtils.get_si(request.player.handlist))
zimo = MahjongUtils.get_hu(request.player.handlist, request.rogue)
calculate.zimo.extend(zimo)
calculate.hu.extend(zimo)
return calculate
def calculate(self, request, context):
"""
:计算
:param request:
:param context:
:return:
"""
calculate = CalculateResult()
san = MahjongUtils.get_san(request.player.handlist)
if not request.player.baojiao:
calculate.dui.extend(MahjongUtils.get_dui(request.player.handlist))
calculate.san.extend(san)
calculate.si.extend(MahjongUtils.get_si(request.player.handlist))
else:
gang = list()
for s in san:
temp = list()
temp.extend(request.player.handlist)
temp.remove(s)
temp.remove(s)
temp.remove(s)
if 0 < len(MahjongUtils.get_hu(temp, 0)):
gang.append(s)
temp.append(s)
temp.append(s)
temp.append(s)
calculate.san.extend(gang)
if 1 == request.allocid:
zimo = MahjongUtils.get_hu(request.player.handlist, request.rogue)
calculate.zimo.extend(zimo)
hu = list()
for z in zimo:
handlist = list()
handlist.extend(request.player.handlist)
handlist.append(z)
if 10 != wanzhou_mahjong.getCardType(
handlist, request.player.peng, request.player.gang,
request.rogue):
hu.append(z)
calculate.hu.extend(hu)
if 2 == request.allocid or 3 == request.allocid:
zimo = MahjongUtils.get_hu(request.player.handlist, request.rogue)
calculate.zimo.extend(zimo)
calculate.hu.extend(zimo)
return calculate