def need(self, need_id, user):
op.delay(300)
pl.cd_score[self.pos] += 0
if (need_id == 4 and self.equip[1].id == 32 and user.equip[0].id != 25):
print("%s使用了[%s]" % (self.name, cd.card_nm[self.equip[1].id]))
tmp = cd.get_new_card()
print("判定结果：", end=" ")
tmp.show()
print()
if (tmp.type == 1 or tmp.type == 3):
print("[%s]生效" % (cd.card_nm[self.equip[1].id]))
tmp.id = 4
return tmp
if (need_id == 5):
for i in range(0, len(self.has_card)):
if (self.has_card[i].type % 2 == 1):
tmp = self.has_card.pop(i)
cd.throw_queue.append(tmp)
st = cd.card_nm[need_id]
print("%s发动了技能【急救】打出了%s" % (self.name, st))
return tmp
for i in range(len(self.equip)):
item = self.equip[i]
if (item.type % 2 == 1):
tmp = item
cd.throw_queue.append(tmp)
self.equip[i] = cd.Card(0, 0, 0, i == 0)
st = cd.card_nm[need_id]
print("%s发动了技能【急救】打出了%s" % (self.name, st))
return tmp
for i in range(0, len(self.has_card)):
if (self.has_card[i].id == need_id):
if (need_id == 4):
tmp = ["向后一躲，避开了这一招", "片刻之间已侧身避过", "忽的跳出，早避开这招"]
st = tmp[random.randint(0, 2)]
print("%s%s," % (self.name, st))
elif (need_id == 18):
st = "早就看出端倪，轻松化开"
print("%s%s," % (self.name, st))
elif (need_id in [1, 2, 3]):
st = self.skill[need_id]
print("%s接了一记“%s”" % (self.name, st))
else:
st = cd.card_nm[need_id]
print("%s打出了%s" % (self.name, st))
tmp = self.has_card.pop(i)
cd.throw_queue.append(tmp)
# op.play(self)
return tmp
pl.cd_score[self.pos] -= 0
return 0
def multi_need(self, need_id):
# print("需要", self.name, "出:")
# for i in need_id:
# print(cd.card_nm[i],end=" ")
print()
op.delay(300)
cd_score[self.pos] += 0
for i in range(0, len(self.has_card)):
if (self.has_card[i].id in need_id):
print("%s打出了%s" % (self.name, cd.card_nm[self.has_card[i].id]))
tmp = self.has_card.pop(i)
cd.throw_queue.append(tmp)
# op.play(self)
return tmp
cd_score[self.pos] -= 0
return 0
def multi_need(self,need_id):
#print("需要", self.name, "出:")
#for i in need_id:
# print(cd.card_nm[i],end=" ")
print()
op.delay(1000)
for i in range(0,len(self.has_card)):
if(self.has_card[i].id in need_id):
op.choices_num = [0] * 120
x = op.judge(("是否响应打出【%s】?" % (cd.card_nm[self.has_card[i].id])),
380, 30, ["确定", "取消"], 420, 30, 0)
if (x != 0):
break
print("%s打出了%s"%(self.name,cd.card_nm[self.has_card[i].id]))
tmp = self.has_card.pop(i)
cd.throw_queue.append(tmp)
#op.play(self)
return tmp
return 0
def need(self, need_id, user):
# print("需要",self.name,"出",cd.card_nm[need_id])
op.delay(300)
if (need_id == 4 and self.equip[1].id == 32 and user.equip[0].id != 25):
print("%s使用了[%s]" % (self.name, cd.card_nm[self.equip[1].id]))
tmp = cd.get_new_card()
print("判定结果：", end=" ")
tmp.show()
print()
if (tmp.type == 1 or tmp.type == 3):
print("[%s]生效" % (cd.card_nm[self.equip[1].id]))
tmp.id = 4
return tmp
if (need_id == 4):
change = self.multi_need([1, 2, 3])
if (change != 0):
print("%s发动技能【龙胆】" % (self.name))
if (len(user.has_card) > 0):
print("%s发动技能【冲阵】并获得%s的一张手牌" % (self.name, user.name))
tmp_card = user.has_card.pop(random.randint(0, len(user.has_card) - 1))
self.has_card.append(tmp_card)
return change
for i in range(0, len(self.has_card)):
if (self.has_card[i].id == need_id):
if (need_id == 4):
tmp = ["向后一躲，避开了这一招", "片刻之间已侧身避过", "忽的跳出，早避开这招"]
st = tmp[random.randint(0, 2)]
print("%s%s," % (self.name, st))
elif (need_id == 18):
st = "早就看出端倪，轻松化开"
print("%s%s," % (self.name, st))
elif (need_id in [1, 2, 3]):
st = self.skill[need_id]
print("%s接了一记“%s”" % (self.name, st))
else:
st = cd.card_nm[need_id]
print("%s打出了%s" % (self.name, st))
tmp = self.has_card.pop(i)
cd.throw_queue.append(tmp)
# op.play(self)
return tmp
return 0
def multi_need(self, need_id):
op.delay(300)
if (self.hp == 1 and 2 in need_id):
for i in range(len(self.has_card) - 1, -1, -1):
item = self.has_card[i]
if (item.type == 3):
print("%s发动技能【龙魂】将" % (self.name), end="")
tmp = self.has_card.pop(i)
cd.throw_queue.append(tmp)
tmp.show()
print("作为%s打出" % (cd.card_nm[2]))
return tmp
for i in range(0, len(self.has_card)):
if (self.has_card[i].id in need_id):
print("%s打出了%s" % (self.name, cd.card_nm[self.has_card[i].id]))
tmp = self.has_card.pop(i)
cd.throw_queue.append(tmp)
# op.play(self)
return tmp
return 0
def need(self,need_id,user):
#print("需要",self.name,"出",cd.card_nm[need_id])
op.delay(1000)
if(need_id == 4 and self.equip[1].id == 32 and user.equip[0].id != 25):
print("%s使用了[%s]" % (self.name, cd.card_nm[self.equip[1].id]))
tmp = cd.get_new_card()
print("判定结果：", end=" ")
tmp.show()
print()
if(tmp.type == 1 or tmp.type == 3):
print("[%s]生效"%(cd.card_nm[self.equip[1].id]))
tmp.id = 4
return tmp
for i in range(0,len(self.has_card)):
if(self.has_card[i].id == need_id):
op.choices_num = [0] * 120
x = op.judge(("是否响应%s打出【%s】?"%(user.name,cd.card_nm[need_id])),
380,30,["确定","取消"],420,30,0)
if(x != 0):
break
if (need_id == 4):
tmp = ["向后一躲，避开了这一招","片刻之间已侧身避过","忽的跳出，早避开这招"]
st = tmp[random.randint(0,2)]
print("%s%s," % (self.name, st))
elif (need_id == 18):
st = "早就看出端倪，轻松化开"
print("%s%s," % (self.name, st))
elif (need_id in [1, 2, 3]):
st = self.skill[need_id]
print("%s接了一记“%s”" % (self.name, st))
else:
st = cd.card_nm[need_id]
print("%s打出了%s"%(self.name,st))
tmp = self.has_card.pop(i)
cd.throw_queue.append(tmp)
#op.play(self)
return tmp
return 0
def event(self):
print(self.name, "的出牌阶段")
self.has_card.sort(key=lambda x: x.attack_level)
for item in self.has_card:
item.show()
print()
print()
i = 0
try_kill = 1
while (i < len(self.has_card)):
if (self.dead): return
item = self.has_card[i]
# print("in ",end="")
# item.show()
if (item.attack_level == 99):
break
if (len(self.has_card) > 2 and item.attack_level > 3
and i < len(self.has_card) - 1):
if (self.equip[0].id == 26 and self.use_kill == 0
and try_kill):
print("%s使用了[%s]" %
(self.name, cd.card_nm[self.equip[0].id]))
pop_card_1 = self.has_card.pop(i)
pop_card_2 = self.has_card.pop(i)
tmp = cd.Card(1, (pop_card_1.type % 2) ^
(pop_card_2.type % 2), 1, 1)
aimer = cd.aiming(tmp, self)
using_res, item = self.using(tmp)
if (using_res and aimer != 0):
pop_card_1.show()
print()
pop_card_2.show()
print()
cd.use(tmp, self, aimer)
else:
i = -1
self.has_card.sort(key=lambda x: x.attack_level)
self.has_card.append(pop_card_1)
self.has_card.append(pop_card_1)
try_kill = 0
aimer = cd.aiming(item, self)
using_res, item = self.using(item)
if (using_res and aimer != 0):
if (len(self.has_card) > i): self.has_card.pop(i)
if (self.equip[0].id == 31 and item.id < 4
and len(self.has_card) == 0):
kill_set = cd.aiming_list(item, self)
i = 0
if (kill_set != 0):
while (i < min(len(kill_set), 3)):
print("%s使用了[%s]" %
(self.name, cd.card_nm[self.equip[0].id]))
cd.use(item, self, kill_set[i])
i += 1
self.used(item)
else:
cd.use(item, self, aimer)
self.used(item)
i = -1
self.has_card.sort(key=lambda x: x.attack_level)
i += 1
# op.play(self)
op.delay(400)
for item in self.has_card:
if (self.hp > 1): break
if (item.type == 1):
self.need(5, self)
def event(self):
print(self.name, "的出牌阶段")
self.has_card.sort(key=lambda x: x.attack_level)
for item in self.has_card:
item.show()
print()
print()
i = 0
try_kill = 1
skill_pl = 0
for item in pl.player_in_game:
if(item.dead==1):continue
if (item.country == self.country and item.hp < item.max_hp):
if (skill_pl == 0):
skill_pl = item
elif (skill_pl.hp > item.hp):
skill_pl = item
if (len(self.has_card) > 1 and skill_pl != 0):
tmp = self.has_card.pop()
cd.throw_queue.append(tmp)
skill_pl.hp += 1
print("%s弃置了" % (self.name), end="")
tmp.show()
print("对%s发动了技能【青囊】" % (skill_pl.name))
while (i < len(self.has_card)):
if (self.dead): return
item = self.has_card[i]
# print("in ",end="")
# item.show()
if (item.attack_level == 99):
break
if (len(self.has_card) > 2 and item.attack_level > 3 and i < len(self.has_card) - 1):
if (self.equip[0].id == 26 and self.use_kill == 0 and try_kill):
print("%s使用了[%s]" % (self.name, cd.card_nm[self.equip[0].id]))
pop_card_1 = self.has_card.pop(i)
pop_card_2 = self.has_card.pop(i)
tmp = cd.Card(1, (pop_card_1.type % 2) ^ (pop_card_2.type % 2), 1, 1)
aimer = cd.aiming(tmp, self)
using_res, item = self.using(tmp)
if (using_res and aimer != 0):
pop_card_1.show()
print()
pop_card_2.show()
print()
cd.use(tmp, self, aimer)
else:
i = -1
self.has_card.sort(key=lambda x: x.attack_level)
self.has_card.append(pop_card_1)
self.has_card.append(pop_card_1)
try_kill = 0
aimer = cd.aiming(item, self)
using_res, item = self.using(item)
if (using_res and aimer != 0):
if (len(self.has_card) > i): self.has_card.pop(i)
if (self.equip[0].id == 31 and item.id < 4 and len(self.has_card) == 0):
kill_set = cd.aiming_list(item, self)
i = 0
if (kill_set != 0):
while (i < min(len(kill_set), 3)):
print("%s使用了[%s]" % (self.name, cd.card_nm[self.equip[0].id]))
cd.use(item, self, kill_set[i])
i += 1
self.used(item)
else:
cd.use(item, self, aimer)
self.used(item)
i = -1
self.has_card.sort(key=lambda x: x.attack_level)
i += 1
# op.play(self)
op.delay(400)