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extend_func.py
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extend_func.py
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#!/usr/bin/env python
# -*- encoding: utf-8 -*-
# vim: set et sw=4 ts=4 sts=4 ff=unix fenc=utf8:
# Author:cyxsheep
# __doc__:extend function for libMA
import config
import simplejson as json
import ma
import MySQLdb
import math
import datetime
import time
import random
import copy
import sys
class sp_card:
name = ''
serial_id = ''
master_card_id = ''
lv = 0
power = 0
hp = 0
hp_power = 0
cp = 0
cost = 0
class Bot(object):
def __init__(self):
self.ma = ma.MA()
self.my_fairy = None
self.touched_fairies = set()
self.touched_spe_fairies = set()
self.most_powerful = []
self.ma.user_id = 0
self.battleCard = []
self.min_cost_card = None
def run(self,fs):
try:
self.touched_fairies = fs
self._print('--*--*--*--*--*--*--*--*--*--*--*--*--*--*--*--*')
body = self.ma.login(config.loginId, config.password)
if not self.ma.user_id:
self.ma.user_id = (body.xpath('./login/user_id/text()'))[0]
self._print('登录成功')
self.db_userdatacollect()
self.db_cardCollect()
if not self.battleCard:
self.battleCard = self.db_battleCardCollect()
self.func_getRewardMoney()
self.func_forceExplore()
self.func_forceItem()
self.func_forceSellCard()
self.msg_itemlist()
try:
self.msg_ranking()
self.func_forceCombination()
except:
pass
self.func_autoGacha()
self.func_sellCard()
try:
self.func_autoCardCombination()
except:
self.func_forcesellCard()
pass
if len(self.ma.cards) < 250:
self.func_battleFairy()
self.func_mostPowerful()
self.func_exploreArea()
self.func_autoGetReward()
self.func_pvpbattle()
self.func_friendList()
self.db_skilldb()
except ma.HeaderError, e:
print e.code, e.message
if e.code == 1020:
time.sleep(60)
import traceback; traceback.print_exc(file=open('error_log','a'))
pass
except Exception, e:
print e
z = open('error_log','a')
t = datetime.datetime.now()
z.write("%s\n" % t.ctime())
import traceback; traceback.print_exc(file=open('error_log','a'))
pass
return
def db_config(self):
f = open('config.json','r')
s = json.load(f)
f.close()
while(not s):
f = open('config.json','r')
s = json.load(f)
f.close()
return s
def db_connect(self):
s = self.db_config()
conn = MySQLdb.connect(host=s['HOST'], user=s['USER'],passwd=s['PASSWD'],db=s['DB'],unix_socket='/tmp/mysql.sock', init_command="set names utf8")
return conn
def db_cardset(self, msg):
conn = self.db_connect()
cursor = conn.cursor()
cursor.execute("set names utf8")
addquery = "insert into card_data values(NULL,'%s')" % msg
cursor.execute(addquery)
conn.commit()
conn.close()
def db_battledata(self, battleData):
conn = self.db_connect()
cursor = conn.cursor()
cursor.execute("set names utf8")
counter = 0
atk = {}
hp = 0
for k in battleData['card_origin']:
group = counter/3
if group in atk:
atk[group] += self.ma.cards[k].power
else:
atk[group] = self.ma.cards[k].power
hp += self.ma.cards[k].hp
counter += 1
result = self.func_battleSimulate(int(battleData['f_atk']),int(battleData['f_hp']),atk.values(),hp)
battleData['damage_est'] = result["damage"]
if "collect" in battleData:
battleData['collect_est'] = self.func_collect(battleData['f_lv'],battleData['damage_est'],battleData['f_name'])
else:
battleData['collect'] = 0
battleData['collect_est'] = 0
addquery = "insert into battledata values(NULL,%s,%s,%s,%s,%s,'%s',now(),%s,'%s',%s,%s)" % (battleData["bc"],battleData["collect"],battleData["collect_est"],battleData["damage"],battleData["damage_est"],battleData["card"].encode('utf8'),battleData["f_lv"],battleData["f_name"],battleData["f_hp"],battleData["f_atk"])
cursor.execute(addquery)
conn.commit()
conn.close()
def db_userdatacollect(self):
conn = self.db_connect()
s = self.db_config()
cursor = conn.cursor()
cursor.execute("set names utf8")
timequery = "select max(collecttime) from userdata"
cursor.execute(timequery)
lasttime = cursor.fetchone()[0]
t = datetime.datetime.now()
a = t - lasttime
timelag = a.seconds
if (timelag > 300):
if self.ma.iterms.has_key('%s' % s['DATACOLLECTITEM']):
item = self.ma.iterms[str(s['DATACOLLECTITEM'])]
else:
item = 0
fairy_reward = int(self.ma.fairy_select().xpath('//remaining_rewards/text()')[0])
addquery = "insert into userdata values(NULL,NULL,%s,%s,%s)" % (self.ma.bc,item,fairy_reward)
cursor.execute(addquery)
conn.commit()
conn.close()
def db_skilldb(self):
conn = self.db_connect()
cursor = conn.cursor()
cursor.execute("set names utf8")
for card in self.ma.cards.values():
if 'skill_type' in dir(card):
countquery = "select count(*) from skill where type=%s and name like '%s'" % (card.skill_type,card.skill_description)
cursor.execute(countquery)
countquery = cursor.fetchone()[0]
if countquery == 0:
addquery = "insert into skill values(NULL,%s,'%s')" % (card.skill_type,card.skill_description)
countfairy = cursor.execute(addquery)
conn.commit()
conn.close()
def db_fairyCollect(self,lv,name,power,hp_max):
conn = self.db_connect()
cursor = conn.cursor()
cursor.execute("set names utf8")
countquery = "select count(*) from fairy where lv='%s' and name='%s' and atk='%s'" % (lv,name,power)
cursor.execute(countquery)
countquery = cursor.fetchone()[0]
if countquery == 0:
addquery = "insert into fairy values(NULL,%s,'%s',%s,%s)" % (lv,name,power,hp_max)
countfairy = cursor.execute(addquery)
conn.commit()
conn.close()
def db_fairyDetail(self,lv,option,fname):
conn = self.db_connect()
cursor = conn.cursor()
cursor.execute("set names utf8")
countquery = "select * from fairy_d where name='%s' " % (fname)
cursor.execute(countquery)
res = cursor.fetchone()
if res:
(mark1,mark2,atkK,atkB,hpK,hpB) = res
else:
calc_q = "select * from fairy where name = '%s' " % (fname)
cursor.execute(calc_q)
res_q = cursor.fetchall()
if len(res_q):
i = 1
flag = 0
while i<len(res_q):
if int(res_q[0][1]) != int(res_q[i][1]):
flag = 1
break
else:
i += 1
if flag:
atkK = (int(res_q[0][3]) - int(res_q[i][3])) / (int(res_q[0][1]) - int(res_q[i][1]))
atkB = int(res_q[0][3]) - int(res_q[0][1])*atkK
hpK = (int(res_q[0][4]) - int(res_q[i][4])) / (int(res_q[0][1]) - int(res_q[i][1]))
hpB = int(res_q[0][4]) - int(res_q[0][1])*hpK
addquery = "insert into fairy_d values(NULL,'%s',%s,%s,%s,%s)" % (fname,atkK,atkB,hpK,hpB)
countfairy = cursor.execute(addquery)
conn.commit()
else:
calc_q = "select * from fairy where name = '%s' and lv = %s" % (fname,lv)
cursor.execute(calc_q)
res_q = cursor.fetchone()
if res_q:
if option == 'atk':
return int(res_q[3])
else:
return int(res_q[4])
else:
return 1
else:
return 1
atk = int(lv)*atkK+atkB
hp = int(lv)*hpK+hpB
conn.close()
if option == 'atk':
return atk
else:
return hp
def db_cardCollect(self):
self._print('数据库卡牌资料写入开始')
conn = self.db_connect()
cursor = conn.cursor()
cursor.execute("set names utf8")
counter = int(self.ma.user_id)
for card in self.ma.cards.values():
cardclean = "delete from `card` where `user_id` = %s and `psy` = %s" % (self.ma.user_id , counter)
cursor.execute(cardclean)
conn.commit()
if card.rarity == 0:
card.rarity = (int(card.lv_max) + int(card.plus_limit_count) * 10 - int(card.holography) * 10)/10 - 4
addquery = "insert into `card` values(%s,%s,%s,'%s',%s,%s,%s,%s,%s,%s,%s,%s)" % (counter,card.serial_id,card.lv,card.name,card.master_card_id,card.holography,card.lv_max,card.hp,card.power,card.rarity,card.cost,self.ma.user_id)
countfairy = cursor.execute(addquery)
conn.commit()
counter += 1
cardclean = "delete from `card` where `user_id` = %s and `psy` >= %s" % (self.ma.user_id , counter)
cursor.execute(cardclean)
conn.commit()
conn.close()
self._print('数据库卡牌资料写入结束')
def db_battleCardCollect(self,by="power", limit=150, reverse=True):
conn = self.db_connect()
s = self.db_config()
cursor = conn.cursor()
cursor.execute("set names utf8")
countquery = "select * from card where user_id = "+self.ma.user_id
cursor.execute(countquery)
card_database = cursor.fetchall()
atk_card = []
newcard = []
specialCardsNameList = s['SPECIAL_CARD'].keys()
tMonth = int(str(datetime.date.today())[5:7])
tDay = int(str(datetime.date.today())[8:10])
for card_d in card_database:
card = sp_card()
card.serial_id = card_d[1]
card.lv = int(card_d[2])
card.name = card_d[3].decode('utf8')
card.master_card_id = card_d[4]
card.hp = int(card_d[7])
card.power = int(card_d[8])
card.cost = int(card_d[10])
if card.lv != 1:
if card.name in specialCardsNameList:
if int(s['SPECIAL_CARD'][card.name][1]) == tMonth and \
int(s['SPECIAL_CARD'][card.name][2]) < tDay < int(s['SPECIAL_CARD'][card.name][3]):
card.power = card.power * int(s['SPECIAL_CARD'][str(card.name)][0])
card.hp_power = card.hp + card.power
card.cp = card.hp_power / card.cost
newcard = copy.deepcopy(card)
atk_card.append(newcard)
return sorted(atk_card, key=lambda x: getattr(x, by),
reverse=reverse)[:limit]
def _print(self,message):
t = datetime.datetime.now()
print "[%s] %s" % (t.ctime(),message)
def msg_itemlist(self):
fairy_reward = int(self.ma.fairy_select().xpath('//remaining_rewards/text()')[0])
(count,ac) = (0,0)
res = []
for rewardboxeach in self.ma.rewardbox().xpath('//rewardbox_list/rewardbox'):
if int(rewardboxeach.xpath('type/text()')[0]) == 4:
count += int(rewardboxeach.xpath('point/text()')[0])
ac += 1
self._print( [self.ma.iterms[str(b)] for b in sorted([int(a) for a in self.ma.iterms.keys()])])
self._print(self.ma.iterms)
#1是AP，2是BC，3是假卡，4是次元因子，68是金灿灿的碎片，201是巧克力，202是七彩辉石, 111是半绿，112是半红，
self._print( 'BC:%s/%s AP:%s/%s EX:%s' % (self.ma.bc,self.ma.bc_max,self.ma.ap,self.ma.ap_max,self.ma.ex_gauge))
self._print( '绿茶:%s/%s个 红茶:%s/%s个 友情点:%s 蛋卷:%s 卡数:%s 未领卡:%s张' % (self.ma.iterms['1'],self.ma.iterms['111'],self.ma.iterms['2'],self.ma.iterms['112'],self.ma.friendship_point,self.ma.gacha_ticket,len(self.ma.cards),fairy_reward))
self._print( '箱中友情点:%s点 箱子:%s 金钱:%s 等级:%s 加点:%s 妖精出现中:%s 我的妖精:%s' % (count,ac,self.ma.gold,self.ma.town_level,self.ma.free_ap_bc_point,self.ma.fairy_appearance,self.my_fairy))
self._print( '已经遇到%s只妖精 其中有%s只觉醒' % (len(self.touched_fairies),len(self.touched_spe_fairies)))
def msg_ranking(self, ranktype_id=0):
s = self.db_config()
if s['SHOW_RANKING']:
ranktype_id = s['RANKING_TYPE']
ranklist = self.ma.get("~/ranking/ranking", ranktype_id=ranktype_id, top=0, move=1)
self._print( '排行榜类型:%s' % (ranklist.xpath('//ranking/ranktype_id/text()')[0]))
rid = []
for rl in ranklist.xpath('//ranking/ranktype_list/ranktype'):
self._print( '%s %s'% (rl.xpath('id/text()')[0],rl.xpath('title/text()')[0]))
rid.append(rl.xpath('id/text()')[0])
#self._print(self.ma.user_id)
ranklist = self.ma.get("~/ranking/ranking", ranktype_id=rid[-1], top=0, move=1)
for fl in ranklist.xpath('//ranking/user_list/user'):
if int(self.ma.user_id) == int(fl.xpath('id/text()')[0]):
self._print( '%s %s %s'% (fl.xpath('name/text()')[0],fl.xpath('rank/text()')[0],fl.xpath('battle_event_point/text()')[0]))
def func_exploreSelect(self):
s = self.db_config()
area_id = []
today = int(time.strftime("%w"))
today_area_id = 50000 + today
areas = self.ma.area()
area_detail = {}
for area in areas.xpath('//area_info'):
if s['SHOW_AREA']:
self._print('%s %s %s%%' % (area.xpath('id/text()')[0],area.xpath('name/text()')[0], area.xpath('prog_area/text()')[0]))
area_detail[int(area.xpath('id/text()')[0])] = area.xpath('name/text()')[0].encode('utf8')
area_id_c = int(area.xpath('id/text()')[0])
area_name = area.xpath('name/text()')[0].encode('utf8')
if '限时' in area_name and self.my_fairy != True and int(area.xpath('prog_area/text()')[0]) < 100 :
area_id.append(area_id_c)
#try:
#self.ma.explore(area_id_c+1,1)
#except:
#pass
continue
if int(area.xpath('prog_area/text()')[0]) < 100:
checkmonth = str(time.strftime("%b", time.localtime()))
checkday = int(time.strftime("%d", time.localtime()))
if checkmonth == 'Jul' and checkday in range(1,17):
if area_id_c in s['AREA_LIST']:
area_id.append(area_id_c)
elif len(area_id) == 0:
try:
self.ma.explore(area_id_c+1,1)
except:
pass
else:
area_id.append(area_id_c)
if len(area_id) == 0:
area_id.append(int(max(areas.xpath('//area_info/id/text()'))))
for area in area_id:
if today_area_id in area_id:
if today_area_id == 50001 or today_area_id == 50003:
area_id_final = today_area_id
break
area_id_final = area
break
floor_id = 0
floor_cost = 0
for floor in self.ma.floor(area_id_final).xpath('//floor_info'):
if s['SHOW_AREA']:
self._print( "floor:%s progress:%s%% cost:%s" % (floor.xpath('id/text()')[0], floor.xpath('progress/text()')[0], floor.xpath('cost/text()')[0]))
if int(floor.xpath('id/text()')[0]) > floor_id and not int(floor.xpath('boss_id/text()')[0]):
(floor_id,floor_cost) = (int(floor.xpath('id/text()')[0]),int(floor.xpath('cost/text()')[0]))
assert floor_id
self._print( "选择秘境 %s 第%d层 cost:%d" % (area_detail[area_id_final], floor_id, floor_cost))
res = []
res.append(area_id_final)
res.append(floor_id)
return res
#return 'area_id floor_id'
def func_exploreArea(self):
areaInfo = self.func_exploreSelect()
self._print(areaInfo)
if self.my_fairy:
ap_limit = self.ma.ap_max - 10
else:
ap_limit = self.ma.ap_max / 2
if self.ma.bc > 200:
ap_limit = 10
#self._print([self.ma.ap,ap_limit,self.my_fairy])
while self.ma.ap >= ap_limit:
explore = self.ma.explore(areaInfo[0],areaInfo[1])
if explore.xpath('//special_item'):
if int(explore.xpath('//special_item/after_count/text()')[0]) != 0:
special_item_c = (int(explore.xpath('//special_item/after_count/text()')[0]) - int(explore.xpath('//special_item/before_count/text()')[0]))
else :
special_item_c = int(explore.xpath('//special_item/before_count/text()')[0])
self._print( "exp+%s gold+%s=%s 活动物品+%s progress:%s" % (explore.xpath('.//get_exp/text()')[0],\
explore.xpath('.//gold/text()')[0], self.ma.gold, special_item_c,\
explore.xpath('.//progress/text()')[0]))
else:
self._print( "exp+%s gold+%s=%s progress:%s%%" % (explore.xpath('.//get_exp/text()')[0],
explore.xpath('.//gold/text()')[0], self.ma.gold,
explore.xpath('.//progress/text()')[0], ))
if explore.xpath('explore/lvup/text()')[0] == '1':
self._print( 'level up!')
else:
self._print( "%sexp to go." % explore.xpath('explore/next_exp/text()')[0])
if explore.xpath('./explore/fairy'):
self._print( "find a fairy: %s lv%s" % (explore.xpath('.//fairy/name/text()')[0], explore.xpath('.//fairy/lv/text()')[0]))
self.my_fairy = True
return
if explore.xpath('./explore/next_floor') and explore.xpath('.//next_floor//boss_id/text()')[0] == '0':
floor_id = int(explore.xpath('.//next_floor/floor_info/id/text()')[0])
floor_cost = int(explore.xpath('.//next_floor/floor_info/cost/text()')[0])
self._print( "goto next floor:%s cost:%s" % (floor_id, floor_cost))
if explore.xpath('./explore/user_card'):
self._print( "got a card")
if int(explore.xpath('.//progress/text()')[0]) == 100:
self._print( "切换秘境")
res = self.func_exploreSelect()
(area_id,floor_id) = (res[0],res[1])
#return 'explore result'
def func_forceSellCard(self):
s = self.db_config()
try:
self.ma.card_sell(s['FS_ID'])
except:
pass
def func_sellCard(self):
s = self.db_config()
if s['SELL_CARD_SWITCH']:
card_sell_serial_id = []
for card in self.ma.cards.values():
if '亚瑟' in card.name.encode('utf8'):
continue
if len(card_sell_serial_id) == 30:
break
if int(card.rarity) >= 3 or int(card.rarity) == 0:
continue
if int(card.holography) == 1:
continue
if int(card.cost) == 2 or int(card.cost) >= 99:
continue
if int(card.lv) > 10:
continue
card_sell_serial_id.append(card)
if len(card_sell_serial_id):
self._print( "卖出%s张卡" % len(card_sell_serial_id))
self.ma.card_sell(card_sell_serial_id)
def func_forceItem(self):
s = self.db_config()
if s['FI']:
self._print("有人请你喝茶")
item = ['','绿茶','红茶']
if int(self.ma.bc) < 20 :
self._print("喝茶条件符合开始喝茶")
try:
self.ma.item_use(s['FI_ITEM'])
msg = "喝了%s" % item[s['FI_ITEM']]
self._print(msg)
except:
self._print("没喝成功或者已经喝多了")
pass
else:
self._print("你没带够钱")
def func_forcesellCard(self):
s = self.db_config()
card_sell_serial_id = []
for card in self.ma.cards.values():
if card.name in s['AC_BLACK_LIST']:
continue
if len(card_sell_serial_id) == 30:
break
if int(card.rarity) > 3 or int(card.rarity) == 0:
continue
if int(card.holography) == 1:
continue
if int(card.cost) == 2 or int(card.cost) >= 90:
continue
if int(card.lv) > 10:
continue
card_sell_serial_id.append(card)
if len(card_sell_serial_id):
self._print( "卖出%s张卡" % len(card_sell_serial_id))
self.ma.card_sell(card_sell_serial_id)
def func_getRewardMoney(self):
if self.ma.free_ap_bc_point != 0:
self.ma.pointsetting(0,int(self.ma.free_ap_bc_point))
for rewardboxeach in self.ma.rewardbox().xpath('//rewardbox_list/rewardbox'):
#self.ma.get_rewards(rewardboxeach.xpath('id/text()')[0])
if int(rewardboxeach.xpath('type/text()')[0]) == 3:
self.ma.get_rewards(rewardboxeach.xpath('id/text()')[0])
#print "领取%s金币,我真特么有钱" % rewardboxeach.xpath('point/text()')[0]
elif int(rewardboxeach.xpath('type/text()')[0]) != 4:
self.ma.get_rewards(rewardboxeach.xpath('id/text()')[0])
def func_collect(self,lv,damage,fname):
a = u'觉醒'
if not isinstance(lv,int):
lv = int(lv)
if not isinstance(fname,unicode):
fname = fname.decode('utf8')
if a in fname:
c = int((40*lv+1000)*damage/self.db_fairyDetail(lv,'hp',fname))
else:
c = int(10*lv*damage/self.db_fairyDetail(lv,'hp',fname))
return math.ceil(c/10*10)
def func_newcalc(self,strategy,flv,fhp,cardset,fname):
fatk = self.db_fairyDetail(flv,'atk',fname)
bc = int(self.ma.bc)
time_start = datetime.datetime.now()
card_num = len(cardset)
for i in range(card_num):
for j in range(i+1,card_num):
while (k-1 > j):
pass
def func_battleCalc(self,strategy,flv,fhp,cardset,fname):
s = self.db_config()
t1 = datetime.datetime.now()
fatk = self.db_fairyDetail(flv,'atk',fname)
bestChoice = []
bestChoiceCost = 99
maxcpr = 0
maxcollect = 0
maxcollectCost = 999
maxcollectCard = []
cprs = 0
killcard = []
killcost = 9999
bc = int(self.ma.bc)
for i in range(len(cardset)):
k = len(cardset) -1
if int(cardset[i].cost) > bc:
continue
else:
simulateResult = self.func_battleSimulate(fatk,fhp,[cardset[i].power,],cardset[i].hp)
if simulateResult["result"] == 'win':
if int(cardset[i].cost) < killcost:
killcard = [cardset[i].serial_id,]
killcost = int(cardset[i].cost)
collectitem = self.func_collect(flv,simulateResult["damage"],fname)
cprs = collectitem/cardset[i].cost
if cprs > maxcpr:
maxcpr = cprs
bestChoice = [cardset[i].serial_id,]
bestChoiceCost = cardset[i].cost
if collectitem >= maxcollect and int(cardset[i].cost) <= maxcollectCost:
maxcollect = collectitem
maxcollectCard = [cardset[i].serial_id,]
maxcollectCost = int(cardset[i].cost)
for j in range(i+1,len(cardset)):
totalhp = int(cardset[i].hp) + int(cardset[j].hp)
totalatk = int(cardset[i].power) + int(cardset[j].power)
totalcost = int(cardset[i].cost) + int(cardset[j].cost)
if totalcost > bc:
continue
simulateResult = self.func_battleSimulate(fatk,fhp,[totalatk,],totalhp)
if simulateResult["result"] == 'win':
if totalcost < killcost:
killcost = totalcost
killcard = [cardset[i].serial_id,cardset[j].serial_id]
collectitem = self.func_collect(flv,simulateResult["damage"],fname)
cprs = collectitem/totalcost
if cprs > maxcpr:
maxcpr = cprs
maxcollect = collectitem
bestChoice= [cardset[i].serial_id,cardset[j].serial_id]
bestChoiceCost = totalcost
if collectitem >= maxcollect and totalcost <= maxcollectCost:
maxcollect = collectitem
maxcollectCard = [cardset[i].serial_id,cardset[j].serial_id]
maxcollectCost = totalcost
while (k-1 > j):
totalhp = int(cardset[i].hp) + int(cardset[j].hp) + int(cardset[k].hp)
totalatk = int(cardset[i].power) + int(cardset[j].power) + int(cardset[k].power)
totalcost = int(cardset[i].cost) + int(cardset[j].cost) + int(cardset[k].cost)
if totalcost > bc:
k -= 1
continue
simulateResult = self.func_battleSimulate(fatk,fhp,[totalatk,],totalhp)
if simulateResult["result"] == 'win':
if totalcost < killcost:
killcost = totalcost
killcard = [cardset[i].serial_id,cardset[j].serial_id,cardset[k].serial_id]
collectitem = self.func_collect(flv,simulateResult["damage"],fname)
cprs = collectitem/totalcost
if cprs > maxcpr:
maxcpr = cprs
maxcollect = collectitem
bestChoice= [cardset[i].serial_id,cardset[j].serial_id,cardset[k].serial_id]
bestChoiceCost = totalcost
if collectitem >= maxcollect and totalcost <= maxcollectCost:
maxcollect = collectitem
maxcollectCard = [cardset[i].serial_id,cardset[j].serial_id,cardset[k].serial_id]
maxcollectCost = totalcost
k -= 1
if bc > 90:
count = 0
for i in range(0,len(cardset)-6):
card1 = cardset[i]
card2 = cardset[i+2]
card3 = cardset[i+4]
card4 = cardset[i+1]
card5 = cardset[i+3]
card6 = cardset[i+5]
totalhp = int(card1.hp) + int(card2.hp) + int(card3.hp) + int(card4.hp) + int(card5.hp) + int(card6.hp)
totalatk = []
totalatk.append (int(card1.power) + int(card2.power) + int(card3.power))
totalatk.append (int(card4.power) + int(card5.power) + int(card6.power))
totalcost = int(card1.cost) + int(card2.cost) + int(card3.cost) + int(card4.cost) + int(card5.cost) + int(card6.cost)
if totalcost > bc:
continue
count += 1
simulateResult = self.func_battleSimulate(fatk,fhp,totalatk,totalhp)
if simulateResult["result"]== 'win':
#print '%s %s' % (totalcost,killcost)
if totalcost < killcost:
killcost = totalcost
killcard = []
killcard.append(card1.serial_id)
killcard.append(card2.serial_id)
killcard.append(card3.serial_id)
killcard.append(card4.serial_id)
killcard.append(card5.serial_id)
killcard.append(card6.serial_id)
collectitem = self.func_collect(flv,simulateResult["damage"],fname)
cprs = collectitem/totalcost
if cprs > maxcpr:
maxcpr = cprs
maxcollect = collectitem
bestChoice = []
bestChoice.append(card1.serial_id)
bestChoice.append(card2.serial_id)
bestChoice.append(card3.serial_id)
bestChoice.append(card4.serial_id)
bestChoice.append(card5.serial_id)
bestChoice.append(card6.serial_id)
bestChoiceCost = totalcost
if collectitem >= maxcollect:
maxcollect = collectitem
maxcollectCard = []
maxcollectCard.append(card1.serial_id)
maxcollectCard.append(card2.serial_id)
maxcollectCard.append(card3.serial_id)
maxcollectCard.append(card4.serial_id)
maxcollectCard.append(card5.serial_id)
maxcollectCard.append(card6.serial_id)
maxcollectCost = totalcost
if bc > 180:
count = 0
end = len(cardset) - 9
for i in range(0,end):
card1 = cardset[i]
card2 = cardset[i+3]
card3 = cardset[i+6]
card4 = cardset[i+1]
card5 = cardset[i+4]
card6 = cardset[i+7]
card7 = cardset[i+2]
card8 = cardset[i+5]
card9 = cardset[i+8]
totalhp = int(card1.hp) + int(card2.hp) + int(card3.hp) + int(card4.hp) + int(card5.hp) + int(card6.hp) + int(card7.hp) + int(card8.hp) + int(card9.hp)
totalatk = []
totalatk.append (int(card1.power) + int(card2.power) + int(card3.power))
totalatk.append (int(card4.power) + int(card5.power) + int(card6.power))
totalatk.append (int(card7.power) + int(card8.power) + int(card9.power))
totalcost = int(card1.cost) + int(card2.cost) + int(card3.cost) + int(card4.cost) + int(card5.cost) + int(card6.cost) + int(card7.cost) + int(card8.cost) + int(card9.cost)
if totalcost > bc:
continue
count += 1
simulateResult = self.func_battleSimulate(fatk,fhp,totalatk,totalhp)
if simulateResult["result"] == 'win':
if totalcost < killcost:
killcost = totalcost
killcard = []
killcard.append(card1.serial_id)
killcard.append(card2.serial_id)
killcard.append(card3.serial_id)
killcard.append(card4.serial_id)
killcard.append(card5.serial_id)
killcard.append(card6.serial_id)
killcard.append(card7.serial_id)
killcard.append(card8.serial_id)
killcard.append(card9.serial_id)
collectitem = self.func_collect(flv,simulateResult["damage"],fname)
cprs = collectitem/totalcost
if cprs > maxcpr:
maxcpr = cprs
maxcollect = collectitem
bestChoice = []
bestChoice.append(card1.serial_id)
bestChoice.append(card2.serial_id)
bestChoice.append(card3.serial_id)
bestChoice.append(card4.serial_id)
bestChoice.append(card5.serial_id)
bestChoice.append(card6.serial_id)
bestChoice.append(card7.serial_id)
bestChoice.append(card8.serial_id)
bestChoice.append(card9.serial_id)
bestChoiceCost = totalcost
if collectitem >= maxcollect:
maxcollect = collectitem
maxcollectCard = []
maxcollectCard.append(card1.serial_id)
maxcollectCard.append(card2.serial_id)
maxcollectCard.append(card3.serial_id)
maxcollectCard.append(card4.serial_id)
maxcollectCard.append(card5.serial_id)
maxcollectCard.append(card6.serial_id)
maxcollectCard.append(card7.serial_id)
maxcollectCard.append(card8.serial_id)
maxcollectCard.append(card9.serial_id)
maxcollectCost = totalcost
self._print( '最高比率:%s %s 最大收集:%s %s 尾刀:%s' % (maxcpr,bestChoiceCost,maxcollect,maxcollectCost,killcost))
t2 = datetime.datetime.now()
self._print( '耗时：%s' % (t2-t1))
res = {
'bestChoice' : bestChoice,
'maxcpr' : maxcpr,
'killcost' : killcost,
'killcard' : killcard,
'maxcollect' : maxcollect,
'maxcollectCard' : maxcollectCard,
'maxcollectCost' : maxcollectCost
}
return res
def func_battleSimulate(self,fatk,fhp,matk,mhp):
ex = int(self.ma.ex_gauge)
res = {}
damage = 0
cardround = int(len(matk))
t_atk = 0
for a in matk:
t_atk += a
co = 0
while True:
if ex == 100:
damage = damage + t_atk
ex = 0
else:
if damage > fhp:
res["result"] = 'win'
res["damage"] = fhp
res["hp"] = mhp
break
else:
i = co%cardround
damage += matk[i]
mhp -= fatk
ex += 5
if mhp <= 0:
res["result"] = 'lose'
res["damage"] = damage
break
return res
def func_quickBattle(self,card,fairy_id):
#try:
#self.db_cardset(' | '.join([self.ma.cards[k].name for k in card]))
#except:
#pass
#self._print(' | '.join([self.ma.cards[k].name for k in card]))
self.ma.save_deck_card(card)
# try:
# battle = self.ma.fairy_battle(fairy_id, fairy_event.xpath('user/id/text()')[0],2)
counter = 0
for fairy_event in self.ma.fairy_select().xpath('//fairy_event'):
fairy_info = self.ma.fairy_floor(fairy_event.xpath('fairy/serial_id/text()')[0],
fairy_event.xpath('user/id/text()')[0],fairy_event.fairy.race_type)
if fairy_event.xpath('fairy/serial_id/text()')[0] == fairy_id:
user_name = fairy_event.xpath('user/name/text()')[0].encode('utf8')
while counter < 10:
self._print('狼娘速舔')
if self.ma.bc > 2:
try:
battle = self.ma.fairy_battle(fairy_id, fairy_event.xpath('user/id/text()')[0],fairy_event.fairy.race_type)
self.ma.bc -= 2
self._print(self.ma.bc)
counter += 1
except:
pass
else:
return
def func_battleResult(self,card,fairy_id):
try:
self.db_cardset(' | '.join([self.ma.cards[k].name for k in card]))
except:
pass
battleData = {}
battleData['card'] = ' | '.join([self.ma.cards[k].name for k in card])
battleData['card_origin'] = card
self._print(' | '.join([self.ma.cards[k].name for k in card]))
self.ma.save_deck_card(card)
for fairy_event in self.ma.fairy_select().xpath('//fairy_event'):
fairy_info = self.ma.fairy_floor(fairy_event.xpath('fairy/serial_id/text()')[0],
fairy_event.xpath('user/id/text()')[0],fairy_event.fairy.race_type)
if fairy_event.xpath('fairy/serial_id/text()')[0] == fairy_id:
user_name = fairy_event.xpath('user/name/text()')[0].encode('utf8')
battle = self.ma.fairy_battle(fairy_id, fairy_event.xpath('user/id/text()')[0],fairy_event.fairy.race_type)
result = []
fairy = battle.xpath('//battle_vs_info/player')[1]
battleData['f_name'] = fairy.xpath('name/text()')[0].encode('utf8')
battleData['f_lv'] = fairy_event.xpath('fairy/lv/text()')[0]
battleData['f_hp'] = fairy_info.xpath('//fairy/hp/text()')[0]
battleData['f_atk'] = fairy.xpath('.//power/text()')[0].encode('utf8')
result.append('LV%s by %s %s HP:%s ATK:%s -' % (fairy_event.xpath('fairy/lv/text()')[0],user_name,fairy.xpath('name/text()')[0].encode('utf8'), fairy_info.xpath('//fairy/hp/text()')[0],
fairy.xpath('.//power/text()')[0].encode('utf8')))
if battle.xpath('//battle_result/winner/text()')[0] != '0':
result.append('WINNER!')
damage = 0
for action in battle.xpath('//battle_action_list'):
if action.xpath('attack_damage') and action.xpath('action_player/text()')[0] == '0':
damage += int(action.xpath('attack_damage//text()')[0])
battleData['damage'] = damage
battleData['bc'] = self.ma.cost
result.append('damage:%d' % damage)
result.append('exp+%d' % (int(battle.xpath('//battle_result/before_exp/text()')[0]) \
- int(battle.xpath('//battle_result/after_exp/text()')[0])))
result.append('gold+%d' % (int(battle.xpath('//battle_result/after_gold/text()')[0]) \
- int(battle.xpath('//battle_result/before_gold/text()')[0])))
try:
if battle.xpath('//battle_result/special_item/after_count/text()')[0]:
coll = int(battle.xpath('//battle_result/special_item/after_count/text()')[0]) - int(battle.xpath('//battle_result/special_item/before_count/text()')[0])
result.append('活动物品+%d' % (int(battle.xpath('//battle_result/special_item/after_count/text()')[0]) \
- int(battle.xpath('//battle_result/special_item/before_count/text()')[0])))
real_cp = coll/self.ma.cost
battleData['collect'] = coll
result.append('实际比率为:%s' % real_cp)
except:
pass
self._print( ' '.join(result))
self.db_fairyCollect(fairy_event.xpath('fairy/lv/text()')[0],fairy.xpath('name/text()')[0],fairy.xpath('.//power/text()')[0],fairy_info.xpath('//fairy/hp_max/text()')[0])
self.db_battledata(battleData)
time.sleep(5)
def func_battleFairy(self):
s = self.db_config()
strategy = s['STRATEGY']
fc = 0
fairy_set = []
touch_fairy_set = []
cardset = self.battleCard
for fairy_event in self.ma.fairy_select().xpath('//fairy_event'):
self.my_fairy = None
if fairy_event.xpath('put_down/text()')[0] == '1':
fairy_in = []
fairy_info = self.ma.fairy_floor(fairy_event.xpath('fairy/serial_id/text()')[0],
fairy_event.xpath('user/id/text()')[0],fairy_event.fairy.race_type)
fairy_id = fairy_event.xpath('fairy/serial_id/text()')[0]
if fairy_id not in self.touched_fairies:
fairy_info = self.ma.fairy_floor(fairy_event.xpath('fairy/serial_id/text()')[0],
fairy_event.xpath('user/id/text()')[0],fairy_event.fairy.race_type)
if self.ma.user_id in fairy_info.xpath('//attacker/user_id/text()'):
self.touched_fairies.add(fairy_id)
else:
touch_fairy_set.append(fairy_id)
if str(fairy_event.xpath('user/id/text()')[0]) == str(self.ma.user_id):
self.my_fairy = True
fairy_hp = int(fairy_info.xpath('//fairy/hp/text()')[0])
if fairy_hp == 0:
continue
fairy_lv = int(fairy_event.xpath('fairy/lv/text()')[0])
fairy_name = fairy_info.xpath('//fairy/name/text()')[0]
user_name = fairy_event.xpath('user/name/text()')[0]
fairy_limit_time = int(fairy_info.xpath('//fairy/time_limit/text()')[0])
if '觉醒' in fairy_name.encode('utf8') and s['DA_MO_SHEN'] and fairy_limit_time > 1200:
continue
if '觉醒' in fairy_name.encode('utf8') and fairy_id not in self.touched_spe_fairies:
self.touched_fairies.add(fairy_id)
fairy_limit_time = int(fairy_limit_time/60)
fc = fairy_id
fairy_in = [fairy_id,fairy_lv,fairy_hp,fairy_name,user_name,fairy_limit_time]
fairy_set.append(fairy_in)
if fairy_set:
fairy_sorted = sorted(fairy_set, key=lambda x: x[2])
choice = []
my_fairy_tag = 0
for fairy_inner in fairy_sorted:
if user_name == self.ma.name:
my_fairy_tag = 1
(fairy_id,fairy_lv,fairy_hp,fairy_name,user_name,fairy_limit_time) = fairy_inner
self._print( 'Lv%s %s by %s 余血:%s ATK:%s 时间:%s分钟 C:%s' % (fairy_lv,fairy_name.encode('utf8'),user_name.encode('utf8'),fairy_hp,self.db_fairyDetail(fairy_lv,'atk',fairy_name),fairy_limit_time,self.func_collect(fairy_lv,fairy_hp,fairy_name)))
calc = self.func_battleCalc(strategy,fairy_lv,fairy_hp,cardset,fairy_name)
calc['bestfairy'] = fairy_id
if int(calc['killcost']) < s['LAST_HIT_BC']:
self._print( '%sBC内尾刀为先' % s['LAST_HIT_BC'])
self.func_battleResult(calc['killcard'],fairy_id)
if fairy_id in touch_fairy_set:
touch_fairy_set.remove(fairy_id)
break
if strategy == 'kill' and fairy_event.xpath('user/id/text()') == self.ma.user_id:
self._print('秒自妖需要%s的BC' % calc['killcost'])
bestcard = calc['killcard']
bestfairy = fairy_id
break
choice.append(calc)
self._print(" ".join(self.ma.cards[a].name for a in calc['bestChoice']))
if choice:
choice_sorted = sorted(choice, key=lambda x: x['maxcpr'], reverse=True)
if choice_sorted[0]['maxcpr'] >= s['COLLECTION_PER_BC']:
self._print( '最高比率:%s' % choice_sorted[0]['maxcpr'])
self.func_battleResult(choice_sorted[0]['bestChoice'],choice_sorted[0]['bestfairy'])
if choice_sorted[0]['bestfairy'] in touch_fairy_set:
touch_fairy_set.remove(choice_sorted[0]['bestfairy'])
#else:
#self.func_quickBattle([193012765, ],choice_sorted[0]['bestfairy'])
if my_fairy_tag:
self.my_fairy = True
else:
self.my_fairy = False
if touch_fairy_set:
self._print( '舔妖')
for a in touch_fairy_set:
self.func_touchFairy(a)
else:
self._print('没有妖精出现')
def func_touchFairy(self,fairy_id):
if not self.min_cost_card:
self.min_cost_card = sorted(self.ma.cards.values(),
key=lambda x: (x.cost, -(x.hp+x.power)))[0]
if int(self.ma.bc) < int(self.min_cost_card.cost):
self._print('BC不足以舔妖')
elif self.func_battleResult([self.min_cost_card.serial_id,],fairy_id):
self.touched_fairies.add(fairy_event.xpath('fairy/serial_id/text()')[0])
return
def func_mostPowerful(self):
if self.most_powerful == []:
self.most_powerful = sorted(self.ma.cards.values(),key=lambda x:(x.hp+x.power),reverse=True)[:12]
self.ma.save_deck_card(self.most_powerful)
self._print( '%sBC卡组镇楼' % self.ma.cost)
def func_autoCardCombination(self):
s = self.db_config()
if not s['AC_SWITCH']:
return
self._print( '自动合成开始')
for a in s['AC_CARD']:
mainCard = []
addCard = []
plus_limit_count = 0
for b in self.ma.cards.values():
if b.rarity == 0:
b.rarity = (int(b.lv_max) + int(b.plus_limit_count) * 10 - int(b.holography) * 10)/10 - 4
if b.rarity <= 0:
b.rarity = 2
if a == b.name:
if not mainCard:
mainCard = [b.serial_id,b.lv,b.lv_max,b.plus_limit_count,b.name]
elif b.lv >= mainCard[1]:
plus_limit_count += 1
addCard.append(self.ma.cards[mainCard[0]])
mainCard = [b.serial_id,b.lv,b.lv_max,b.plus_limit_count,b.name]
else:
plus_limit_count += 1
addCard.append(b)
if b.rarity != 0 and b.rarity <= s['AC_RARITY'] and b.holography == 0 and b.lv <= 5 \
and b.cost < 20 \
and b.name not in s['AC_BLACK_LIST'] \
and len(addCard) < s['AC_CARDS_PER_TIME']:
addCard.append(b)
if b.name in s['AC_BL'] and b.lv == 1 and b.holography == 0 and b.cost < 20:
addCard.append(b)
if not mainCard:
continue
if mainCard[2] > mainCard[1] and len(addCard):
self._print('对 %s 进行合成'% mainCard[4].encode('utf8'))
self._print(' '.join([k.name for k in addCard]))
self.ma.card_compound(mainCard[0],addCard)
if not len(addCard):
self._print('%s 没有狗粮'% mainCard[4].encode('utf8'))
continue
if mainCard[2] == mainCard[1]: