def backtrack(empty):
index = 0
n = 1
while True:
if n == 10:
all[empty[index][0]] = "V"
index = index - 1
n = all[empty[index][0]] + 1
if n != 10:
all[empty[index][0]] = n
line = ligne(all)
column = colonne(line)
sq = carre(all)
verif_all = verif_line(line) or verif_column(
column) or verif_square(sq)
if verif_all == True:
n += 1
if n == 10:
all[empty[index][0]] = "V"
index = index - 1
n = all[empty[index][0]] + 1
else:
index += 1
n = 1
tt = all
if index == len(empty):
return tt
show(line)
def chooser(x_or_o, board):
while True:
show(board)
try:
x_or_o_input = input("Select a spot[%s]> " % x_or_o)
x_or_o_input = int(x_or_o_input)
# Subtract 1 to accomodate for indexing vs regular
# human sensibility
x_or_o_input -= 1
if board[x_or_o_input] == 'x' or board[x_or_o_input] == 'o':
cleanup()
print "This spot has already been taken:"
continue
else:
board[x_or_o_input] = x_or_o
break
except IndexError:
continue
except ValueError:
print("That is not a number on the board.")
continue
except TypeError:
print("That is not a number on the board.")
continue
except IndexError:
print("That is not a number on the board.")
continue
except SyntaxError:
print("That is not a number on the board.")
continue
except NameError:
print("That is not a number on the board.")
continue
def sort():
show()
# 判断文件是否存在
if os.path.exists(r"E:\p1\student.txt"):
with open("E:\p1\student.txt","r"):as file:
# 读取全部内容
student_old = file.readlins()
student_new=[]
for list in student_old:
d=dict(eval(list))
student_new.append(d)
else:
return
ascORdesc = input("请选择（0升序；1降序：）")
if ascORdesc=="0":
ascORdescBool=False
elif ascORdesc=="1":
ascORdescBool = True
else:
print("您输入有误，请重新输入！")
sort()
mode=input("请选择排序方式(1按英语成绩排序；2按Python成绩排序；3按c语言成绩排序，0按总成绩排序)")
if mode =="1":
student_new.sort(key=lambda x:x["english"],reverse=ascORdesc)
if mode == "2":
student_new.sort(key=lambda x: x["python"], reverse=ascORdesc)
if mode == "3":
student_new.sort(key=lambda x: x["c"], reverse=ascORdesc)
if mode == "0":
student_new.sort(key=lambda x: x["english"]+ x["python"]+ x["c"],reverse=ascORdescBool)
else:
print("您的输入有误，请重新输入！")
sort()
# 显示排序结果
show_student(student_new)
def app_PINDIAN(self,O,T):
'''
拼点
'''
rank =[]
for i in range(10):
rank.append(str(i+1))
rank+=['J','Q','K']
available = show(O,self,'选择任意手牌')
var = API(O, available,'拼点', O.name+'选择拼点牌','self')
while 1:
if var.isdigit() and int(var) in available:
temp1 = self.pop_shoupai(O,int(var)-1)
self.PD.ZM.append(temp1)
num1 = rank.index(self.PAI[temp1][0][1])
print O.name+'拼点使用'+show_pai(self,temp1,'all')
break
available = show(T,self,'选择任意手牌')
var = API(T, available,'拼点', T.name+'选择拼点牌','self')
while 1:
if var.isdigit() and int(var) in available:
temp2 = self.pop_shoupai(T,int(var)-1)
self.PD.ZM.append(temp2)
num2 = rank.index(self.PAI[temp2][0][1])
print T.name+'拼点使用'+show_pai(self,temp2,'all')
break
if num1>num2:
print O.name+'胜'
return 1
else:
print T.name+'胜'
return 0
def useGUANSHIFU(self,O):
var = API(O, ['','1'],'cast', "是否使用贯石斧?")
valid=0
if len(var)>0:
l = len(O.shoupai)+len(O.armor_pai)
if l>=2:
available = show(O,self,'选择任意手牌')
if len(O.armor_pai)>0:
print 'q 防具 '+O.armor()
available['q']=''
while 1:
var1 = API(O, available,'QIPAI','选择弃制牌1')
if var1.isdigit() and int(var1) in available:
self.PD.QP.append(O.shoupai[int(var1)-1])
break
elif var1=='q' and len(O.armor_pai)>0:
self.PD.QP.append(O.armor_pai.pop(0))
break
available = show(O,self,'选择任意手牌')
if len(O.armor_pai)>0:
print 'q 防具 '+O.armor()
available['q']=''
while 1:
var2 = API(O, available,'QIPAI', '选择弃制牌2')
if var2.isdigit() and int(var2) in available:
self.PD.QP.append(O.shoupai[int(var2)-1])
break
elif var2=='q' and len(O.armor_pai)>0:
self.PD.QP.append(O.armor_pai.pop(0))
break
valid=1
else:
print '牌不够'
return valid
def QIPAI(self):
'''
执行弃牌阶段
'''
num1= len(self.shoupai)-self.hp
while num1>0: #弃牌循环
available = show(self,self.PAI,'选择任意手牌')
print '你还需要弃'+str(num1)+'张牌'
var = API(self, available,'QIPAI', "你放弃哪一张: ")#比如1
if var=='':
continue
if var.isdigit() and int(var) in available:
card_indx = self.shoupai.pop(int(var)-1)# 比如0 /48
#从手中移除
if self.adv.name=='孙尚香' and self.PAI.LEIXING[self.PAI.PAI[card_indx][1]] in {'wuqi','fangju'}:
self.adv.shoupai.append(card_indx)
else:
self.PD.QP.append(card_indx)
self.PD.QP+=self.PD.ZM #桌面入弃牌堆
self.PD.ZM=[]
num1-=1
show(self,self.PAI,'选择任意手牌')
if self.name =='貂蝉':
self.shoupai.append(self.PD.MOPAI())
print '貂蝉：失礼了'
print '貂蝉获得了'+self.PAI.PAI[self.shoupai[-1]][1]
elif self.name=='曹仁':
var = API(self, ['','1'],'cast', '是否发动据守?')
if var=='':
pass
else:
for i in range(3):
self.shoupai.append(self.PD.MOPAI())
self.special_fanmian = 1
print '曹仁: 我先休息一会'
def P(self,O,T,panding_indx):
'''
判定技能
'''
if O.name in self.P_char:
if O.name == '司马懿':
available = show(O,self.PAI,'选择任意手牌')
while 1:
var = API(O, available,'天命', "司马懿，请出一张判定牌")
if var =='':
return 0,panding_indx #放弃，没有改
if int(var) not in available:
continue
if int(var) in available:
changed = 1 #改了
break
card_indx = O.shoupai[int(var)-1]# 比如0 /48
O.shoupai.pop(int(var)-1) #从手中移除
self.PD.QP.append(card_indx) #放到
print O.name+': 天命'
print '司马懿将判定牌"'+panding_indx+'"替换成了'+card_indx
return changed, card_indx
elif O.name == '张角':
available = show(O,self.PAI,'出示黑牌')
while 1:
var = API(O, available,'鬼道', "张角，请出一张判定牌")
if var =='':
return 0,panding_indx#放弃，没有改
if int(var) not in available:
continue
if int(var) in available:
changed = 1 #改了
break
card_indx = O.shoupai[int(var)-1]# 比如0 /48
self.PD.ZM.append(O.shoupai.pop(int(var)-1)) #从手中移除放到桌面
O.shoupai.append(self.PD.ZM.pop(-2)) #获得判定牌
self.PD.ZM.append(card_indx) #放到桌面
print O.name+': 苍天已死，黄天当立'
print '张角将判定牌"'+self.PAI.PAI[panding_indx][1]+'"替换成了'+self.PAI.PAI[card_indx][1]
return changed, card_indx
else: #没有司马和张角
return 0, panding_indx
class Main:
m_Download_Data = Download_Data()
m_Fromat_Data = Fromat_Data()
m_Control = Control()
m_Save_Biodata = Save_Biodata()
m_show = show()
def Kaiju(self):
'''
执行开局阶段
'''
if self.name=='甄姬':
while 1:
print '甄姬：仿佛兮若轻云之蔽月，飘飖兮若流风之回雪'
temp = self.PD.MOPAI()
if self.PAI.PAI[temp][0][0] in {'B','C'}:
self.shoupai.append(temp)
print '洛神得到：'+self.PAI.PAI[temp][1]+' '+show_hua(self.PAI.PAI[temp][0])+self.PAI.PAI[temp][0][1]
else:
print show_hua(self.PAI.PAI[temp][0])+self.PAI.PAI[temp][0][1]+'， 洛神失败'
break
elif self.name=='诸葛亮':
show(self,self.PAI,'选择任意手牌')
print '诸葛亮: 知天易，逆天难'
print '诸葛亮发动了观星,展示两张牌\n'
X=[]
X.append(self.PD.MOPAI())
X.append(self.PD.MOPAI())
print show_pai(self.PAI,X[0],'all')
print show_pai(self.PAI,X[1],'all')
print '选项: 1.不放 2.放第一张 3.放第二张 4.全放 5.交换位置'
while 1:
var = API(self, {''},'观星','请选择')
if var.isdigit() and int(var) in {1,2,3,4,5}:
if var=='1':
self.PD.MP.insert(0,X[1])
self.PD.MP.insert(0,X[0])
elif var=='2':
self.PD.MP.append(X[0])
self.PD.MP.insert(0,X[1])
elif var=='3':
self.PD.MP.append(X[1])
self.PD.MP.insert(0,X[0])
elif var=='4':
self.PD.MP.append(X[0])
self.PD.MP.append(X[1])
elif var=='5':
self.PD.MP.insert(0,X[0])
self.PD.MP.insert(0,X[1])
break
def askforShan(self,O,T):
'''
求闪
'''
out=0
available = show(T,self,'求闪')
print available
if T.armor() == '八卦阵' and O.weapon()!='青钢剑': #八卦阶段
var = API(T, ['','1'],'cast', '是否使用八卦阵?')
if len(var)>0:
temp = self.PD.MOPAI()
print '八卦阵判定为'+show_pai(self,temp,'all')
if T.name=='郭嘉':
T.shoupai.append(temp)
else:
self.PD.QP.append(temp)
if self.PAI[temp][0][0] in {'B','C'} or (T.name=='小乔' and self.PAI[temp][0][0] in {'C'}):
print '判定失败'
out=0
else:
print '判定成功'
out=1
return out
# 非八卦阶段
if T.name=='甄姬': #甄姬有装备时
if len(T.weapon())>0:
var = API(T, ['','1'],'cast', '是否放弃武器牌当作闪使用?')
if len(var)>0:
self.PD.ZM.append(T.weapon_pai.pop(0))
return 1
if len(T.armor())>0:
var = API(T, ['','1'],'cast', '是否放弃装备牌当作闪使用?')
if len(var)>0:
self.PD.ZM.append(T.armor_pai.pop(0))
return 1
while 1:
var = API(T, available,'askforShan', "请出一张闪")
if var =='':
return 0
elif var.isdigit() and int(var) in available:
out = 1
break
card_indx = T.shoupai[int(var)-1]# 比如0 /48
self.pop_shoupai(T,int(var)-1)
self.PD.QP.append(card_indx) #放到桌面
print T.name+': 闪'
if O.weapon()=='贯石斧':
if self.useGUANSHIFU(O):
out=0
else:
out=1
return out
def moveCHAI(self,O,T):
'''
过河拆桥
'''
if int(self.askforWuxie(O,'moveCHAI')):
return 1
elif int(self.askforWuxie(T,'moveCHAI')):
return 1
else:
if len(T.weapon_pai)>0 or len(T.armor_pai)>0 or len(T.shoupai)>0:
while 1:
var1 = API(O, ['1','2'],'moveCHAI', '要拆手牌还是装备? 1.装备 2.手牌')
if var1.isdigit() and int(var1) in {1,2}:
if var1=='1' and len(T.weapon_pai)+len(T.armor_pai)>0:
available = show(T,self,'装备')
while 1:
var2 =API(O, available,'app_QIPAI', '选择要拆的装备')
if var2=='w' and len(T.weapon_pai)>0:
card_indx = T.weapon_pai.pop(0)
self.PD.QP.append(card_indx)
print T.name+'的武器'+show_pai(self,card_indx,'all')+'被拆掉了'
return 1
elif var2=='q' and len(T.armor_pai)>0:
card_indx = T.armor_pai.pop(0)
self.PD.QP.append(card_indx)
print T.name+'的防具'+show_pai(self,card_indx,'all')+'被拆掉了'
return 1
elif var1=='2' and len(T.shoupai)>0:
available = show(T,self,'选择任意手牌')
while 1:
var2 = API(O, available,'app_QIPAI', '选择要拆的手牌')
if var2.isdigit() and int(var2) in available:
card_indx = self.pop_shoupai(T,int(var2)-1)
self.PD.QP.append(card_indx)
print T.name+'的一张'+self.PAI[card_indx][1]+'被拆掉了'
return 1
else:
return 0#失败
def askforSha(self,T):
available = show(T,self,'求杀')
print available
while 1:
var = API(T, available,'askforSha',"请出一张杀")
if var =='':
return 0
elif var.isdigit() and int(var) in available:
out = 1
card_indx = T.shoupai[int(var)-1]# 比如0 /48
self.pop_shoupai(T,int(var)-1) #从手中移除
self.PD.ZM.append(card_indx) #放到桌面
break
elif var=='w' and T.weapon()=='丈八蛇矛':
out = self.useZHANGBA(T,T.adv)
elif var=='e' and T.name=='关羽':
available = show(T,self,'求红')
if len(T.weapon_pai)>0 and self.PAI[T.weapon_pai[0]][0] in {'R','F'}:
print 'w 武器'
var = API(T, available,'QIPAI', '选张红')
while 1:
if var=='':
valid=0
break
elif var=='w':
if self.PAI[T.weapon_pai[0]][0] in {'R','F'}:
self.PD.ZM.append(T.weapon_pai.pop(0))
return 1
else:
print T.name+'无效的出牌'
elif var.isdigit() and int(var) in available:
self.PD.ZM.append(T.shoupai.pop(int(var)-1))
return 1
else:
print T.name+'无效的出牌'
print T.name+': 杀'
return out
def askforTAO(self,T,target):
available = show(T,self,'求桃')
print available
while 1:
var = API(T, available,'askforTAO', "请出一张桃",target)
if var =='':
return 0
if var.isdigit() and int(var) in available:
out = 1
break
card_indx = T.shoupai[int(var)-1]# 比如0 /48
self.pop_shoupai(T,(int(var)-1)) #从手中移除
self.PD.QP.append(card_indx) #放到桌面
print T.name+': 桃'
return out
def askforWuxie(self,T,ENV):
available = show(T,self,'求无懈')
print available
if len(available)==0:
print T.name+'没有无懈可击'
return 0
while 1:
var = API(T, available,'askforWuxie', "请出一张无懈可击",ENV)
if var =='':
return 0
if var.isdigit() and int(var) in available:
out = 1
break
card_indx = T.shoupai[int(var)-1]# 比如0 /48
self.pop_shoupai(T,(int(var)-1)) #从手中移除
self.PD.QP.append(card_indx) #放到桌面
print T.name+': 无懈可击'
if T.name=='黄月英':
T.shoupai.append(self.PD.MOPAI())
print T.name +': 哼!'
return out
def Chupai(self):
'''
执行出牌阶段
'''
if self.record ==1:
self.tobewritten.append(self.information())
lived =1
self.killed = 0
self.magiced= 0
while lived:
available = show(self,self.PAI,'出牌阶段')
#var = raw_input("你要出哪一张: ")#比如1
var = API(self,available,'CHUPAI','你要出哪一张: ')
if var=='':
break
elif var in {'w','e','r'}:#武器或技能
if var=='w':
move='使用丈八蛇矛'
validmove, lived = self.PAI.move(move,self,self.adv)#move('使用丈八蛇矛',O,T)
if var=='e':
validmove,lived = self.JINENG.C(self,self.adv)
if validmove ==1 and self.name not in {'黄盖','赵云','关羽','甘宁'}:
self.magiced=1
elif var.isdigit() and int(var) in available:
card_indx = self.shoupai[int(var)-1]# 比如0 /48
self.PAI.pop_shoupai(self,(int(var)-1)) #从手中移除
self.PD.ZM.append(card_indx) #放到桌面
move = self.PAI.PAI[card_indx][1]#'决斗'
print colored(move,'green')#print 决斗
validmove, lived = self.PAI.move(move,self,self.adv)#move('决斗',O,T)
if not validmove:
print '无效的出牌'
self.shoupai.append(self.PD.ZM.pop(-1))
else:
self.PD.QP+=self.PD.ZM
self.PD.ZM=[]#桌面入弃牌堆
else:
print '错误的选项'
self.step+=1
return lived
def victory_evaluator(board, x_or_o):
if board[0] == x_or_o and board[1] == x_or_o and board[2] == x_or_o or \
board[3] == x_or_o and board[4] == x_or_o and board[5] == x_or_o or \
board[6] == x_or_o and board[7] == x_or_o and board[8] == x_or_o:
show(board)
return True
elif board[0] == x_or_o and board[3] == x_or_o and board[6] == x_or_o or \
board[1] == x_or_o and board[4] == x_or_o and board[7] == x_or_o or \
board[2] == x_or_o and board[5] == x_or_o and board[8] == x_or_o:
show(board)
return True
elif board[0] == x_or_o and board[4] == x_or_o and board[8] == x_or_o or \
board[2] == x_or_o and board[4] == x_or_o and board[6] == x_or_o:
show(board)
return True
def useZHANGBA(self,O,T):
out = 0
temp = []
for i in [1,2]:
available = show(O,self,'选择任意手牌')
while 1:
var = API(O, available,'QIPAI', "选择丈八蛇矛弃牌"+str(i))
if var =='':
return 0
if int(var) not in available:
continue
if int(var) in available:
out = 1
break
card_indx = O.shoupai[int(var)-1]# 比如0 /48
self.pop_shoupai(O,int(var)-1) #从手中移除
temp.append(card_indx)#移动到temp
if out == 0: #没有执行
O.shoupai +=temp
else :#执行了
self.PD.ZM+=temp #放到桌面
return out
elif O.name=='周瑜' and len(O.shoupai)>0:
print O.name+'对'+T.name+'使用反间'
print '1 黑桃\n2 红桃\n3 草花\n4 方片'
var = API(T, {''},'花色', '请选择花色')
L = ['B','R','C','F']
temp = O.shoupai.pop(random.randint(0,len(O.shoupai)-1))#随机弃一张
print T.name+'抽到了'+show_pai(self.PAI,temp,'all')
T.shoupai.append(temp)
while 1:
if var.isdigit() and int(var) in [1,2,3,4]:
if L[int(var)-1]!=self.PAI.PAI[temp][0][0]:#抽错了
self.PAI.app_damage(O,T,'')
break
valid=1
elif O.name=='大乔':
available = show(O,self.PAI,'选择方片')
var = API(O, available,'国色', '选择方片当作乐不思蜀使用')
while 1:
if var.isdigit():
if int(var) in available:
if len(T.LE_pai)==0:
T.LE_pai.append(O.shoupai.pop(int(var)-1))
valid=1
break
else:
'已经有乐'
valid=0
break
elif int(var) not in available:
continue
else:
def askforAI(self,available,state,*args,**kwargs):
'''
state in {'CHUPAI','askforSha','askforShan'}
available in {'1','2','3'...,'e','w','q'}
mode in {1,2}
'''
out=''
D={}
if len(available)>0:
if state=='CHUPAI' or state=='askforSha':
for i in available:
D[i]=self.app_rank_CHUPAI(available,i)
if D[i]>=100:
D.pop(i)
if len(D)>0:
out = min(D,key=D.get) # get the key with the least value
if out=='w' and len(self.player.weapon_pai)>0:
out=''
elif state=='QIPAI':
for i in available:
D[i]=self.app_rank_QIPAI(available,i)
out = min(D,key=D.get)
elif state=='askforWuxie':
if self.player.myround==1:
out=''
if len(self.player.LE_pai)>0 and len(self.player.shoupai)>=self.player.hp-1:
out=available.keys()[0]
if len(self.player.LE_pai)>0:
out=available.keys()[0]
else:
out=available.keys()[0]
if len(args)>0:
ENV = args[0]
if ENV == 'moveJUEDOU':
if len(self.player.shoupai)>len(self.adv.shoupai):
out=''
else:
out=available.keys()[0]
elif ENV == 'moveNANMAN':
out=available.keys()[0]
for i in self.player.shoupai:
if show_pai(self.PAI,i,'pai')=='杀':
out=''
break
elif state=='cast':
out='1'
if len(args)>0:
ENV = args[0]
if ENV=='moveSHUI' and len(self.player.armor_pai)>0 and self.player.hp>=2:
out='0'
if self.player.name=='孟获' and self.player.hp_top-self.player.hp<=1:
out='0'
elif self.player.name=='典韦' and len(show(self.player,self.PAI,'强袭'))==0 and self.player.hp<self.player.adv.hp:
out='0'
elif self.player.name=='许褚':
if len(self.player.shoupai)>=len(self.player.adv.shoupai):
out='0'
for i in self.player.shoupai:
if show_pai(self.PAI,i,'pai')=='杀':
out='1'
break
else:
out='0'
elif self.player.name=='夏侯惇' and self.player.adv.name=='小乔' and self.player.myround ==1:
out='0'
elif state=='askforShan':
for i in available:
D[i]=self.app_rank_QIPAI(available,i)
out = max(D,key=D.get)
elif state=='app_NAPAI':
for i in available:
D[i]=self.app_rank_QIPAI(available,i)
out = max(D,key=D.get) # get the key with the least value
elif state=='moveCHAI':
out='1'
if len(self.player.adv.armor_pai)>0:
out = '1'
elif len(self.player.adv.shoupai)>0:
out = '2'
elif state=='app_QIPAI':
for i in available:
D[i]=self.app_rank_QIPAI(available,i)
out = max(D,key=D.get) # get the key with the least value
elif state=='useHANBING':
if self.player.adv.name in {'郭嘉','夏侯惇'} and len(self.player.adv.shoupai)>=2:
out='1'
else:
out='0'
elif state=='花色':
out='4'
print out
elif state=='askforBlack':
for i in available:
D[i]=self.app_rank_QIPAI(available,i)
out = min(D,key=D.get)
elif state=='天命':
out=''
elif state=='askforTAO':
target = args[0]
if target=='self' and len(available)>0:
out = available.keys()[0]
else:
out=''
elif state=='国色':
for i in available:
D[i]=self.app_rank_QIPAI(available,i)
out = min(D,key=D.get) # get the key with the least value
elif state=='观星':
out='1'
elif state=='拼点':
for i in available:
D[i]=self.app_rank_QIPAI(available,i)
out = min(D,key=D.get)
elif state=='强袭':
if len(available)>0:
for i in available:
D[i]=self.app_rank_QIPAI(available,i)
out = min(D,key=D.get)
if self.player.step>len(self.player.shoupai)+5 and state=='CHUPAI':
out=''
print out
return str(out)
("(x,y)", "($x, $y)"),
])
#Create figure
p = figure(plot_width=1300, plot_height=400, x_axis_type='datetime',
title="Approval vs. Number of Victims")
#Add labels
p.xaxis.axis_label="Time"
p.yaxis.axis_label="No. of Victims"
#Add an extra y axis
p.extra_y_ranges = {"Approval": Range1d(start=0, end=1)}
#Add to the figure and name it
p.add_layout(LinearAxis(y_range_name="Approval",axis_label="Approval %"), 'right')
#Add data
p.line(x=dates, y=app,alpha=1,y_range_name="Approval", legend="Approval Rating")
p.line(x=dates,y=victims,color="Red",legend="Number of Victims")
#Add Hover Tool
p.add_tools(hover)
#Move the legend
p.legend.location="top_left"
show(p)
def app_damage(self,O,T,damage_type):
'''
一切O对T造成伤害经过此函数
'''
if damage_type =='杀':
if T.armor() == '仁王盾' and O.weapon()!='青钢剑':
if self.PAI[self.PD.ZM[-1]][0][0] in {'B','C'} or (T.name == '小乔' and self.PAI[self.PD.ZM[-1]][0][0] in {'C'}):
return
elif O.weapon() == '寒冰剑' and len(T.shoupai)>0:
var = API(O, {''},'useHANBING', O.name+'是否使用寒冰剑','self')
if len(var)>0:
self.useHANBING(O,T)
return
if O.name=='祝融' and len(O.shoupai)>0 and len(T.shoupai)>0:
var = API(O, {''},'cast', '是否发动技能')
if len(var)>0:
print '祝融: 尝尝我飞刀的厉害'
if self.app_PINDIAN(O,T): # 如果拼点赢了
self.app_NAPAI(O,T)
if O.name=='许褚' and O.special==1:
T.hp-=1
print T.name+'受到1点伤害，伤害来源：'+O.name
elif damage_type=='决斗':
if O.name=='许褚' and O.special==1:
T.hp-=1
print T.name+'受到1点伤害，伤害来源：'+O.name
if T.name =='小乔':
var = API(T,['','1'],'cast', '是否使用天香?')
if len(var)>0:
available = show(T,self,'天香')
while 1:
var = API(T,available,'QIPAI',"请选择天香牌")
if var =='':
break
elif var.isdigit() and int(var) in available:
self.PD.QP.append(self.pop_shoupai(T,int(var)-1))
self.app_damage(O,O,'')
for i in range(O.hp_top-O.hp):
O.shoupai.append(self.PD.MOPAI())
return
T.hp-=1
print T.name+'受到1点伤害，伤害来源：'+O.name
print T.name+'当前生命值：'+str(T.hp)
lived = self.hp_check(T)
if lived == 0:
return
if T.name=='郭嘉' and T.hp>0:
T.shoupai.append(self.PD.MOPAI())
T.shoupai.append(self.PD.MOPAI())
elif T.name=='曹操' and T.hp>0:
var = API(T, ['','1'],'cast', '是否发动奸雄?')
if len(var)>0:
print '曹操：宁教我负天下人，休叫天下人负我'
T.shoupai+=self.PD.ZM
self.PD.ZM=[]
elif T.name=='司马懿' and T.hp>0:
self.app_NAPAI(T,O)
print '下次注意点'
elif T.name=='夏侯惇' and T.hp>0:
var = API(T, ['','1'],'cast', '是否使用刚烈?')
if len(var)>0:
self.PD.QP+=self.PD.ZM
self.PD.ZM=[]
print '以彼之道，还施彼身'
temp=self.PD.MOPAI()
self.PD.QP.append(temp)
print '判定为'+show_pai(self,temp,'all')
if self.PAI[temp][0][0]!='R':
if len(O.shoupai)>=2:
var = API(O, ['','1'],'cast', '是否弃两张手牌免除伤害?')
if len(var)>0:
while 1:
available = show(O,self,'选择任意手牌')
var = API(O, available,'QIPAI', "请出第一张牌")
if var =='':
self.app_damage(T,O,'')
break
elif var.isdigit() and int(var) in available:
self.PD.QP.append(self.pop_shoupai(O,int(var)-1))
break
while 1:
available = show(O,self,'选择任意手牌')
var = API(O, available,'QIPAI', "请出第二张牌")
if var =='':
self.app_damage(T,O,'')
O.shoupai.append(self.PD.QP.pop(-1))
break
elif var.isdigit() and int(var) in available:
self.PD.QP.append(self.pop_shoupai(O,int(var)-1))
break
else:
self.app_damage(T,O,'')
else:
self.app_damage(T,O,'')
if O.name == '魏延' and O.hp<O.hp_top:
temp=self.PD.MOPAI()
self.PD.QP.append(temp)
print '判定为'+show_pai(self,temp,'all')
if self.PAI[temp][0][0] in {'B','C'}:
print '魏延：真是美味啊'
O.hp+=1
n = all[empty[index][0]] + 1
if n != 10:
all[empty[index][0]] = n
line = ligne(all)
column = colonne(line)
sq = carre(all)
verif_all = verif_line(line) or verif_column(
column) or verif_square(sq)
if verif_all == True:
n += 1
if n == 10:
all[empty[index][0]] = "V"
index = index - 1
n = all[empty[index][0]] + 1
else:
index += 1
n = 1
tt = all
if index == len(empty):
return tt
show(line)
if len(empty) != 0:
final = backtrack(empty)
line = ligne(all)
show(line)
else:
print("base puzzle contains an error")
end = time.time()
print(end - start)
def main():
# 发女朋友
send()
# 秀恩爱
show()
def C(self,O,T):
if O.name=='黄盖':
O.hp-=1
self.PAI.hp_check(O)
O.shoupai.append(self.PD.MOPAI())
O.shoupai.append(self.PD.MOPAI())
valid=1
elif O.name=='典韦':
available = show(O,self.PAI,'强袭')
var = API(O, available,'强袭','强袭弃牌')
while 1:
if var=='':
O.hp-=1
self.PAI.hp_check(O)
self.PAI.app_damage(O,T,'')
self.PAI.hp_check(T)
break
elif var=='w' and len(O.weapon_pai)>0:
self.PD.QP.append(O.weapon_pai.pop(0))
self.PAI.app_damage(O,T,'')
self.PAI.hp_check(T)
break
elif var.isdigit() and int(var) in available:
self.PD.QP.append(O.shoupai.pop(int(var)))
self.PAI.app_damage(O,T,'')
self.PAI.hp_check(T)
break
valid=1
elif O.name=='关羽':
available = show(O,PAI,'求红')
if len(O.weapon_pai)>0 and self.PAI.PAI[O.weapon_pai[0]][0] in {'R','F'}:
print 'w 武器'
var = API(O, available,'askforRed', '选张红')
while 1:
if var=='':
valid=0
break
elif var=='w':
if self.PAI.PAI[O.weapon_pai[0]][0] in {'R','F'}:
self.PD.ZM.append(O.weapon_pai.pop(0))
return PAI.move(move,self,self.adv)
else:
print O.name+'无效的出牌'
elif var.isdigit() and int(var) in available:
self.PD.ZM.append(O.shoupai.pop(int(var)-1))
return PAI.move(move,self,self.adv)
else:
print O.name+'无效的出牌'
valid=1
self.PAI.moveSha(O,T)
elif O.name=='甘宁':
available = show(O,PAI,'求黑')
if len(O.weapon_pai)>0 and self.PAI.PAI[O.weapon_pai[0]][0] in {'B','C'}:
print 'w 武器'
if len(O.armor_pai)>0 and self.PAI.PAI[O.armor_pai[0]][0] in {'B','C'}:
print 'q 防具'
var = API(O, available,'askforBlack', '选张黑')
while 1:
if var=='':
valid=0
break
elif var=='w':
if self.PAI.PAI[O.weapon_pai[0]][0] in {'B','C'}:
self.PD.ZM.append(O.weapon_pai.pop(0))
return PAI.move(move,self,self.adv)#move('决斗',O,T)# valid, lived
else:
print '无效的出牌'
elif var=='q':
if self.PAI.PAI[O.armor_pai[0]][0] in {'B','C'}:
self.PD.ZM.append(O.armor_pai.pop(0))
return PAI.move(move,self,self.adv)#move('决斗',O,T)# valid, lived
else:
print '无效的出牌'
elif var.isdigit() and int(var) in available:
self.PD.ZM.append(O.shoupai.pop(int(var)-1))
return PAI.move(move,self,self.adv)#move('决斗',O,T)# valid, lived
else:
print '无效的出牌'
elif O.name=='孙权':
l = len(O.shoupai)+len(O.weapon_pai)+len(O.armor_pai)
mopaitime=0
if l>0:
while l>=1 and mopaitime==0:
available = show(O,self.PAI,'选择所有牌')
var1 = API(O, available,'QIPAI', '选择制衡牌1')
if var1=='':
return 0,1
elif var1.isdigit() and int(var1) in available:
temp1 = O.shoupai.pop(int(var1)-1)
mopaitime+=1
print var1
break
elif var1=='w' and len(O.weapon_pai)>0:
temp1 = O.weapon_pai.pop(0)
mopaitime+=1
break
elif var1=='q' and len(O.armor_pai)>0:
temp1 = O.armor_pai.pop(0)
mopaitime+=1
break
while l>=2 and mopaitime==1:
available = show(O,self.PAI,'选择所有牌')
var2 = API(O, available,'QIPAI','选择制衡牌2')
if var2=='':
break
elif var2.isdigit() and int(var2) in available:
temp2 = O.shoupai.pop(int(var2)-1)
O.shoupai.append(self.PD.MOPAI())
break
elif var2=='w' and len(O.weapon_pai)>0:
temp2 = O.weapon_pai.pop(0)
O.shoupai.append(self.PD.MOPAI())
break
elif var2=='q' and len(O.armor_pai)>0:
temp2 = O.armor_pai.pop(0)
O.shoupai.append(self.PD.MOPAI())
break
try:
if O.adv.name=='孙尚香' and self.PAI.LEIXING[self.PAI.PAI[temp1][1]] in {'wuqi','fangju'}:
self.adv.shoupai.append(temp1)
else:
self.PD.QP.append(temp1)
except Exception,e:
print str(e)
try:
if O.adv.name=='孙尚香' and self.PAI.LEIXING[self.PAI.PAI[temp2][1]] in {'wuqi','fangju'}:
self.adv.shoupai.append(temp2)
else:
self.PD.QP.append(temp2)
except Exception,e:
print str(e)
if mopaitime==1:
O.shoupai.append(self.PD.MOPAI())
valid=1
