def get_card(self):
print(self.name, "的摸牌阶段")
if (self.max_hp - self.hp <= 1):
for i in range(0, 2):
self.has_card.append(cd.get_new_card())
else:
print("%s发动技能【再起】获得了：" % (self.name))
for i in range(self.max_hp - self.hp):
tmp = cd.get_new_card()
tmp.show()
if (tmp.type == 1):
print(" %s回复1点体力" % (self.name), end="")
self.hp += 1
else:
self.has_card.append(tmp)
print()
def __init__(self, name, hp, gender, country, skill=["杀","火杀","雷杀"]): self.name = name #名称 self.hp = hp #体力 self.max_hp = hp #体力上限 self.drink = 0 #有没有使用酒 self.use_kill = 0 #使用了多少杀 self.has_card = [] #手牌 self.gender = gender # 武器，防具，+1，-1，宝物 self.equip=[cd.Card(0,0,0,1)] for i in range(0,4): self.equip.append(cd.Card(0,0,0,0)) self.judge = [] self.get_in = [1,1,1,1,1,1] self.pos = 0 self.seat = 0 self.country = country self.dead = 0 self.skill = skill self.on_card = [] #武将牌上的牌 self.flip = 0 #是否翻面 self.connect = 0 #是否横置 self.attack_dis = 0 #是否有距离-1特性 self.defence_dis = 0 #是否有距离+1特性 self.auto = 0 # 是否为电脑 self.chosen = [0]*120 #手牌是否被选中 self.pl_chosen = [0]*120 #武将是否被选中 self.using_limit = 0 #出牌阶段是否可以打出 for i in range(4): self.has_card.append(cd.get_new_card()) self.skill_init()
def in_judge(self):
#print(self.name, "的判定阶段")
for i in range(0,len(self.judge)):
if(self.need(18,self) != 0):
continue
item = self.judge[i]
tmp = cd.get_new_card()
print("%s判定结果："%(cd.card_nm[item.id]),end=" ")
tmp.show()
print()
if(item.id == 19):
self.get_in[3]= (tmp.type == 1)
if(self.get_in[3] == 0):
print("%s错过了出牌阶段"%(self.name))
elif(item.id == 20):
self.get_in[2] = (tmp.type == 2)
if (self.get_in[2] == 0):
print("%s错过了摸牌阶段" % (self.name))
elif(item.id == 21):
if(tmp.type == 0 and tmp.num>1 and tmp.num<10):
self.lost_hp(3,self)
else:
for i in range(self.pos,len(pl.player_in_game)):
if(pl.player_in_game[i].dead == 0):
self.judge.append(item)
break
for i in range(self.pos):
if(pl.player_in_game[i].dead == 0):
self.judge.append(item)
break
self.judge = []
def __init__(self, situation=default_situation):
"""situation = (name, hp, gender, country)"""
name, hp, gender, country = situation
self.name = name # 名称
self.hp = hp # 体力
self.max_hp = hp # 体力上限
self.drink = 0 # 有没有使用酒
self.use_kill = 0 # 使用了多少杀
self.has_card = [] # 手牌
self.gender = gender
# 武器，防具，+1，-1，宝物
self.equip = [cd.Card(0, 0, 0, 1)]
for i in range(0, 4):
self.equip.append(cd.Card(0, 0, 0, 0))
self.judge = []
self.get_in = [1, 1, 1, 1, 1, 1]
self.pos = 0 #出牌顺序
self.seat = 0 #显示的座次
self.country = country
self.dead = 0
self.skill = ["杀", "火杀", "雷杀"]
self.on_card = [] # 武将牌上的牌
self.flip = 0 # 是否翻面
self.connect = 0 #是否横置
self.attack_dis = 0 # 是否有距离-1特性
self.defence_dis = 0 # 是否有距离+1特性
self.auto = 1 # 是否为电脑
self.fire_col = 1000 #集火系数(死亡为0)
for i in range(4):
self.has_card.append(cd.get_new_card())
def get_card(self):
print(self.name, "的摸牌阶段")
num = 2
if (len(self.has_card) < self.max_hp + 2):
print("%s发动技能【解锁】" % (self.name))
for item in pl.player_in_game:
y = item.pos
if (self.pos == y or item.dead == 1):
continue
tmp = cd.get_new_card()
print("%s获得了" % (item.name), end="")
tmp.show()
print()
pl.player_in_game[y].has_card.append(tmp)
num += 1
for i in range(0, num):
self.has_card.append(cd.get_new_card())
def get_card(self):
print(self.name, "的摸牌阶段")
num = 2
if ((len(self.skill_name) >= 3)):
print("%s发动技能【英姿】" % (self.name))
num += 1
for i in range(0, num):
self.has_card.append(cd.get_new_card())
def get_card(self):
self.has_skill = 0
print(self.name, "的摸牌阶段")
if (self.max_hp > 2 * self.hp):
print("%s发动了技能【厚颜】并摸了%d张牌" % (self.name, min(4, max(2, int(self.max_hp // self.hp)))))
self.has_skill = min(4, max(2, int(self.max_hp // self.hp)))
for i in range(0, min(4, max(2, int(self.max_hp // self.hp)))):
self.has_card.append(cd.get_new_card())
def end(self):
if (self.skill_type == 1):
print("%s发动技能%s获得了" % (self.name, self.skill_name[1]), end=" ")
self.flip ^= 1
self.hp = self.hp + 1
tmp = cd.get_new_card()
tmp.show()
print()
self.has_card.append(tmp)
def judge_skill(self, now_card):
print("%s发动了技能【失聪】" % (self.name))
tmp = cd.get_new_card()
now_card.show()
print(" 判定结果为:", end=" ")
tmp.show()
print()
if (now_card.type % 2 == tmp.type % 2):
print("%s无效" % (cd.card_nm[now_card.id]))
return 0
return 1
def used(self, now_card):
if (now_card.id < 4):
self.use_kill = 1
self.drink = 0
elif (now_card.id > 6 and now_card.id < 17 and self.skill_type == 2):
print("%s发动技能%s获得了" % (self.name, self.skill_name[2]), end=" ")
tmp = cd.get_new_card()
tmp.show()
print()
self.has_card.append(tmp)
return 1
def get_card(self):
print("%s发动技能【吟诵】" % (self.name))
used = []
while (len(used) < 4):
tmp = cd.get_new_card()
print("判定结果为:", end="")
tmp.show()
print()
if (tmp.type in used):
break
used.append(tmp.type)
self.has_card.append(tmp)
can_aimed = 0
for item in pl.player_in_game:
if (item.dead == 1 or item.pos == self.pos):
continue
can_aimed += 1
tot = min(len(used), can_aimed)
print("%s可指定%d个目标" % (self.name, tot))
for i in range(max(0, 2 - tot)):
self.has_card.append(cd.get_new_card())
def response(self, evt):
if (evt[0] == 8):
print(self.name, "：深表同情")
if (evt[0] == 2):
now_card = evt[3]
if (evt[1].pos == self.pos or evt[2].pos == self.pos):
if ((now_card.id in [1, 2, 3] and now_card.type % 2 == 1)
or now_card.id == 7):
print("%s发动技能【激昂】并获得了" % (self.name))
tmp = cd.get_new_card()
tmp.show()
print()
self.has_card.append(tmp)
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 prepare(self):
print(self.name, "的准备阶段")
if (len(self.skill_name) < 3):
if (self.hp == 1):
print("%s发动技能【魂姿】减少1点体力上限并获得了技能【英魂】,【英姿】" % (self.name))
self.skill_name = [("激昂", 1, 0), ("英魂", 1, 0), ("英姿", 1, 0)]
self.skill_init()
self.max_hp -= 1
self.hp = min(self.hp, self.max_hp)
if (len(self.skill_name) >= 3):
num = self.max_hp - self.hp
if (num < 1): return
x = -1
while (x == -1):
op.choices_num = [0] * 120
x = op.judge(("是否发动技能【英魂】?"), 360, 30, ["确定", "取消"], 400, 30,
0)
if (x == 1): return
x = -1
self.pl_can_choose = 1
while (x == -1 or sum(self.pl_chosen) < 1):
op.choices_num = [0] * 120
x = op.judge(
("请选择一名其他角色发动【英魂】"), 360, 30,
["摸%d弃1" % (num), "摸1弃%d" % (num)], 400, 30, 0)
for i in range(len(pl.player_in_game)):
item = pl.player_in_game[i]
if (self.pl_chosen[i] != 0):
for _ in range(num * (1 - x)):
item.has_card.append(cd.get_new_card())
if (x == 0):
item.throw(1)
else:
maxn = len(item.has_card)
if (maxn >= num):
item.throw(num)
else:
item.throw(maxn)
for i in range(4, -1, -1): #实在不够弃装备
if (maxn <= num): break
if (item.equip[i].id != 0):
tmp = item.equip[i]
cd.throw_queue.append(tmp)
item.equip[i] = cd.Card(0, 0, 0, i == 0)
maxn -= 1
break
def response(self, evt):
if (evt[0] == 8):
print(self.name, "：深表同情")
if (evt[0] == 4):
if (evt[3].country == self.country):
for i in range(evt[3].max_hp - evt[3].hp):
print("%s发动技能【分身】获得了" % (self.name))
tmp = cd.get_new_card()
tmp.show()
print()
self.has_card.append(tmp)
if (evt[0] == 3):
if (evt[1].pos == self.pos and evt[3].id in [1, 2, 3, 7]):
if (len(self.has_card) > 0):
print("%s发动技能【天照】" % (self.name))
pl.player_in_game[evt[2].pos].lost_hp(1, self)
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 get_card(self):
print(self.name, "的摸牌阶段")
print("%s发动技能【浩劫】" % (self.name))
tot = 0
for item in player_in_game:
y = item.pos
if (y == self.pos or item.dead == 1 or len(item.has_card) == 0):
continue
tmp = item.has_card
random.shuffle(tmp)
tmp_card = tmp[0]
print("得到了%s的" % (item.name), end="")
tmp_card.show()
print()
self.has_card.append(tmp_card)
player_in_game[y].has_card.remove(tmp_card)
tot += 1
print("还可以摸%d张牌" % (2))
for i in range(2):
self.has_card.append(cd.get_new_card())
def response(self, evt):
if (evt[0] == 8):
print(self.name, "：深表同情")
if(evt[0] == 4):
if(evt[3].country == self.country):
x = -1
while (x == -1):
op.choices_num = [0] * 120
x = op.judge(("是否发动技能【分身】获得%d张牌" % (evt[3].max_hp - evt[3].hp)), 360, 30, ["确定","取消"], 400, 30, 0)
if(x == 0):
for i in range(evt[3].max_hp - evt[3].hp):
print("%s发动技能【分身】获得了" % (self.name))
tmp = cd.get_new_card()
tmp.show()
print()
self.has_card.append(tmp)
if (evt[0] == 3):
if (evt[1].pos == self.pos and evt[3].id in [1,2, 3,7,8]):
if (len(self.has_card) > 0):
print("%s发动技能【天照】" % (self.name))
pl.player_in_game[evt[2].pos].lost_hp(1, self)
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")
for item in self.has_card:
item.show()
print()
print()
self.can_choose = 1
self.pl_can_choose = 1
self.using_limit = 1
op.has_end,op.has_confirm,op.has_cancel = 0,0,0
op.task_queue.clear()
op.task_queue.append(op.Button("结束出牌",750,400,30,op.end_stage))
op.task_queue.append(op.Button("确定", 460, 400, 30, op.confirm))
op.task_queue.append(op.Button("取消", 590, 400, 30, op.cancel))
while(op.has_end == 0 and len(self.has_card) != 0):
if(self.now_card != 0):
self.pl_can_choose = 1 + (self.now_card.id == 17)
if(len(op.task_queue)<3):
op.task_queue.append(op.Button("结束出牌", 750, 400, 30, op.end_stage))
op.task_queue.append(op.Button("确定", 460, 400, 30, op.confirm))
op.task_queue.append(op.Button("取消", 590, 400, 30, op.cancel))
op.has_confirm = 0
if (op.has_cancel == 1):
op.has_cancel = 0
self.chosen = [0] * 120
self.pl_chosen = [0]*120
if(sum(self.chosen) == 1):
for i in range(len(self.chosen)):
if(i >= len(self.has_card)):
break
if(self.chosen[i] != 0):
self.now_card = self.has_card[i]
tot = len(pl.player_in_game)
can_choose_seat = [0]*120
for item in pl.player_in_game:
if(item.dead == 0 and cd.aim(self.now_card,self,item)):
can_choose_seat[item.seat] = 1 + (item.auto==0)
for i in range(1, tot + 1):
tx = (i - (i> pl.gamer_pos)) * 1000 / tot
ty = max(130, 0.001 * tx * tx - 1 * tx + 350)
tx -= 60
ty -= 80
if (can_choose_seat[i - 1]==1):
pygame.draw.rect(op.screen, [255, 0, 0], [tx - 1, ty - 1, 122, 162], 1)
elif(can_choose_seat[i - 1]==2):
pygame.draw.rect(op.screen, [255, 0, 0], [849, 439, 151, 161], 1)
if(self.now_card == 0):
continue
if(op.has_confirm!= 0):
if (sum(self.pl_chosen) != 0):
self.has_card.remove(self.now_card)
for i in range(tot):
item = pl.player_in_game[i]
if (self.pl_chosen[i] != 0):
# cd.throw_queue.append(self.now_card)
if (item.be_aimed(self.now_card, self) != 0):
cd.use(self.now_card, self, item)
self.used(self.now_card)
else:
print("无效~")
self.pl_chosen = [0] * 120
self.chosen = [0] * 120
self.now_card = 0
elif(self.now_card.id in [5,6,11,12,13,14,15,17] or self.now_card.id > 20):
#cd.throw_queue.append(self.now_card)
self.has_card.remove(self.now_card)
if(self.now_card.id == 17):
self.has_card.append(cd.get_new_card())
print("%s重铸了"%(self.name))
self.now_card.show()
print()
else:
cd.use(self.now_card, self,self)
self.used(self.now_card)
self.pl_chosen = [0] * 120
self.chosen = [0] * 120
self.now_card = 0
if(pl.game_over() == 1):break
op.task_queue.clear()
self.using_limit = 0
def get_card(self): print(self.name, "的摸牌阶段") for i in range(0, 2): self.has_card.append(cd.get_new_card())
def skill_0(self):
print("%s发动技能【作弊】" % (self.name))
self.has_card.append(cd.get_new_card())
self.skill_name = [("分身",1,0),("天照",1,0)]
self.skill_init()
def get_card(self):
print(self.name, "的摸牌阶段")
if (self.hp < self.max_hp):
print("%s发动技能【绝境】并摸了%d张牌" % (self.name, 2 + self.max_hp - self.hp))
for i in range(0, 2 + self.max_hp - self.hp):
self.has_card.append(cd.get_new_card())
