def strategy_random(self, got):
step = UserConfig.move_step if UserConfig.move_step > 0 else random.randint(1, 3)
if self.move_count % step == 0 and got.value == 0: # 没怪换角度
i = random.randint(0, 2)
self.control.driver.turn_left() if i == 0 else self.control.driver.turn_right()
# self.control.driver.tap_key("tab")
else:
right_click_pos = PixelData.get_another_resolution_point(SysConfig.move_click_pos).confoundPoint(UserConfig.point_confound_rang)
if UserConfig.find_enemy_move_type == 0 and got.value == 0:
self.control.driver.move_click_right(right_click_pos, 1) # x向前走两步
# self.control.driver.tap_key("tab")
else:
start = time.time()
tick = 0
self.control.driver.tap_key_up("w")
self.control.driver.tap_key_down("w")
while tick < UserConfig.move_step * 3 and not Target().isEnemy(self.player.getLevel()):
# self.control.driver.tap_key("tab")
if got.value == 0:
time.sleep(random.uniform(1.0, 3.0))
if got.value == 0:
self.random_behavior()
if got.value == 0:
self.control.driver.turn_random()
tick = time.time() - start
self.control.driver.tap_key_up("w")
if random.randint(0, 2) == 1:
self.control.driver.tap_str(" ") # 空格是跳
def baopi(self):
self.control.driver.tap_key(";")
targetStatus = Target().getStatus()
# 如果上一个目标没有死亡，那说明这个目标有问题
if targetStatus["dead"] == 0:
self.clear_target()
return False
self.control.driver.tap_key("'", 3.2)
return True
def tab_thread(got):
if hasattr(UserConfig,"use_name_finder") and UserConfig.use_name_finder:
from lib.NameFinder.NpcNameFinder import NpcNameFinder
finder = NpcNameFinder()
while not Target().isEnemy(Player().getLevel()) and Player().getStatus()['dead'] == 0:
Pyinput().tap_key("tab")
time.sleep(random.uniform(0.1, 0.3))
if hasattr(UserConfig, "use_name_finder") and UserConfig.use_name_finder:
finder.findAndClick()
got.value = 1
print("find enemy， process tab end .............")
def loot(self):
# from lib.NameFinder.NpcNameFinder import NpcNameFinder
# finder = NpcNameFinder(needCpture=False)
# finder.circleLoot(1)
# print("使用圆圈方式拾取")
self.control.driver.tap_key(";")
targetStatus = Target().getStatus()
# 如果上一个目标没有死亡，那说明这个目标有问题
if targetStatus["dead"] == 0:
self.clear_target()
return False
self.control.driver.tap_key("'", 1.5)
print("使用上一个目标方式拾取")
return True
def castSpell(self, slot, delay=0, inSure=True,autoTurn=False):
if slot < min(self.slots) or slot > max(self.slots):
raise Exception("slot is not in range")
while self.castingHander.isCastingOrChanneld():
print("casting... wait 0.1")
time.sleep(0.1)
key = UserConfig.slot_to_key[slot]
self.control.driver.tap_key(key, delay)
time.sleep(0.5)
start = time.time()
while not self.castingHander.isCastingOrChanneld() and autoTurn and Target().getUUID() != 0 and time.time() - start < 10:
print("转向敌人")
self.control.driver.turn_right()
self.control.driver.tap_key(key, delay)
time.sleep(0.5)
if inSure:
self.castingHander.insureCasting()
def strategy_finder_path(self, got):
from lib.navigation.StragegyFinderpath import StrageyFinderpath
s = StrageyFinderpath(self.control, self.player)
near_pos = s.get_nearst_pos()
print("最近的路点：")
print(near_pos.toString())
checkMount = True
if hasattr(UserConfig,"use_name_finder") and UserConfig.use_name_finder:
checkMount = False
s.walk(targetPos=near_pos, sleep=0.3, combat_exit=True, checkMount=checkMount,targetIsEnemy_exit=True)
count = 0
turn_degree = 30
turn_time = 2 / 360 * turn_degree
while count < 360 / turn_degree and not Target().isEnemy(self.player.getLevel()):
self.control.driver.turn_right(turn_time)
time.sleep(0.3)
count = count + 1
if got.value == 0:
next_pos = s.get_next_pos()
print("下一个路点：")
print(next_pos.toString())
s.walk(targetPos=next_pos, sleep=0.3, combat_exit=True, checkMount=checkMount,targetIsEnemy_exit=True)
def walk(self, targetPos: Point, move_type=0, sleep=0.5, precision=0.3, last=0, combat_exit=False,alive_exit=False,checkMount=False,targetIsEnemy_exit=False):
print("\r\n", file=self.hander)
# 初始化起始位置和当前位置相同
startPos = self.getNowPos()
nowPos = startPos
tx = targetPos.x
ty = targetPos.y
# 解决路点第一个点和人物重合，人物会再返回第一个点的问题
d = self.get_distance_off_tow_pos(targetPos, nowPos)
if d <= precision:
print("起始点就是目标点，循环次数：0,X误差：" + str(abs(tx - nowPos.x)) + ",Y误差：" + str(abs(ty - nowPos.y)), file=self.hander)
return True
self.control.driver.tap_key_down("w") # 开始持续移动
self.w_down = 1 # w是否按下标志位
count = 0
start = time.time()
while True:
if time.time() - start > 60: # 超过一段时间还没有到达下一额点
self.unStuck()
start = time.time()
if targetIsEnemy_exit and Target().isEnemy(self.player.getLevel()):
if self.w_down == 1:
self.control.driver.tap_key_up("w")
return False
if combat_exit is True and self.player.getStatus()["combat"] == 1:
if self.w_down == 1:
self.control.driver.tap_key_up("w")
return False
if checkMount and self.player.getStatus()['mounted'] == 0 and self.player.getStatus()['combat'] == 0:
if self.w_down == 1:
self.control.driver.tap_key_up("w")
self.player.mounted()
self.control.driver.tap_key_down("w") # 开始持续移动
self.w_down = 1 # w是否按下标志位
if alive_exit is True and self.player.getStatus()['dead'] == 0:
if self.w_down == 1:
self.control.driver.tap_key_up("w")
return False
print("开始" + str(count), file=self.hander)
if time.time() - start > last > 0:
if self.w_down == 1:
self.control.driver.tap_key_up("w")
return False
if self.w_down == 0:
self.control.driver.tap_key_down("w")
self.w_down = 1
startPos = nowPos # 变更起始位置为上次当前位置
time.sleep(sleep)
nowPos = self.getNowPos()
print(startPos.toString(), nowPos.toString(), targetPos.toString(), file=self.hander)
distance_to_target = self.get_distance_off_tow_pos(nowPos, targetPos)
print("与目标距离：" + str(distance_to_target), file=self.hander)
if distance_to_target > precision:
degree = self.posToDegree(startPos, nowPos, targetPos)
while degree == 9999:
if self.w_down == 0:
self.control.driver.tap_key_down("w") # 开始持续移动
self.w_down = 1
self.control.driver.turn_right()
self.control.driver.tap_str(" ") # 跳
print("寻路跳")
print("跳", file=self.hander)
degree = self.posToDegree(startPos, self.getNowPos(), targetPos)
t = self.degreeToTime(degree)
print("转向时间 t = " + str(t), file=self.hander)
if t > 0:
turn = self.leftOrRight(startPos, nowPos, targetPos)
print("turn = " + turn, file=self.hander)
if move_type == 1 or t >= sleep: # 如果move_type == 1 或者转向角度较大,停下来转，否则行走中转
self.control.driver.tap_key_up("w") # 转向期间停止移动
self.w_down = 0
if turn == 'left':
self.control.driver.turn_left(t)
else:
self.control.driver.turn_right(t)
count = count + 1
else:
self.control.driver.tap_key_up("w") # 停止移动
print("到达目标点，循环次数：" + str(count) + ",X误差：" + str(abs(tx - nowPos.x)) + ",Y误差：" + str(abs(ty - nowPos.y)), file=self.hander)
return True
def __init__(self, i):
Target.__init__(self)
if i < 1 or i > 4:
raise Exception("队友只能是1-4")
self.i = i
self.rang = self.__get_party_slots()
def find_enemy(self):
self.player.before_findenemy()
print("begin find enemy")
from run.record.path_data.DynamicConfig import DynamicConfig
start = time_without_enemy = time.time()
playerLevel = self.player.getLevel()
got = multiprocessing.Value("d", 0) # 多进程共享变量
# 寻怪进程
p = multiprocessing.Process(target=tab_thread, args=(got,))
p.start()
while True:
if self.player.getStatus()['dead'] == 1:
return Target()
if Target().isEnemy(playerLevel):
print("end find enemy 1")
return Target()
Player.someBodyWihsperMe(self.player.getName())
playerStatus = self.player.getStatus()
if playerStatus["dead"] == 1 or playerStatus["is_ghost"] == 1:
print("end find enemy 2")
return Target()
if playerStatus["combat"] == 1:
time.sleep(0.5) # 等待自动选中敌人
if Target().isEnemy(playerLevel):
print("end find enemy 3")
return Target()
# 区域打怪判断
if DynamicConfig.area_fighting_pos != 0:
AreaFighting(control=self.control, player=self.player, area_pos=DynamicConfig.area_fighting_pos).goto_area()
if time.time() - time_without_enemy > UserConfig.time_without_enemy:
sendmail(UserConfig.email, self.player.getName() + " more than " + str(UserConfig.time_without_enemy), "", self.screenshot("time_without_enemy"))
time_without_enemy = time.time()
spend = time.time() - start
if spend > 60: # 如果1分钟都还没有找到敌人，那么很有可能卡地形了，则转身,重置循环条件
print("超过60秒没有找到敌人，判定为卡地形，转身，重置查找时间")
self.turn_back()
start = time.time()
# self.control.driver.tap_key("tab") # 先用tab在寻怪
target = Target()
if target.isEnemy(playerLevel):
print("end find enemy 4")
return target
if UserConfig.check_touch_by_other == 1 and target.isTouchByAnoter() is True:
self.clear_target()
# 寻怪策略
if UserConfig.find_enemy_strategy == 1 and DynamicConfig.area_fighting_pos != 0:
self.strategy_circle_involute(DynamicConfig.area_fighting_pos, got)
elif UserConfig.find_enemy_strategy == 2 and DynamicConfig.area_fighting_pos != 0:
self.strategy_square_involute(DynamicConfig.area_fighting_pos, got)
elif UserConfig.find_enemy_strategy == 3 and DynamicConfig.area_fighting_pos != 0:
self.strategy_diagonal(DynamicConfig.area_fighting_pos, got)
elif UserConfig.find_enemy_strategy == 4 \
and hasattr(DynamicConfig, "finder_path") \
and DynamicConfig.finder_path != [] \
and DynamicConfig.finder_path != 0 \
and DynamicConfig.finder_path is not None:
self.strategy_finder_path(got)
elif UserConfig.find_enemy_strategy == 999 and DynamicConfig.area_fighting_pos != 0:
rand = random.randint(0, 1)
if rand == 0:
self.strategy_random(got)
elif rand == 1:
self.strategy_circle_involute(DynamicConfig.area_fighting_pos, got)
elif rand == 2:
self.strategy_square_involute(DynamicConfig.area_fighting_pos, got)
elif rand == 3:
self.strategy_random(got)
else:
self.strategy_random(got)
self.move_count = self.move_count + 1