def __try_close():
quick_close_cnt = 0
while quick_close_cnt < 2:
ar2 = ['close']
player.find_touch_any(ar2)
quick_close_cnt += 1
_random_sleep(wmin=1, wmax=1)
def auto_play_explore(round=10):
count = 0
while count < round:
ar1 = ['tansuo', 'exp_attack', 'exp_going', 'exp_continue']
re = player.find_touch_any(ar1)
if re == 'tansuo':
print('开始新一轮...')
count += 1
#time.sleep(10)
elif re == 'exp_attack':
print('开始战斗...')
ar2 = [
'exp_attack',
]
re = player.find_touch_any(ar2, False)
if re == 'exp_attack':
print('战斗中...')
time.sleep(5)
elif re == 'exp_continue':
print('点击继续...')
ar2 = [
'exp_continue',
]
re = player.find_touch_any(ar2, False)
if re == 'exp_continue':
print('继续...')
time.sleep(5)
elif re is None:
ar2 = [
'going_yys',
]
re = player.find_touch_any(ar2, False)
if re == 'ging_yys':
print('托管中...')
time.sleep(5)
def auto_play_fy(round=100):
count = 0
is_waiting = False
while count < round:
ar1 = [
'fy_matching', 'fy_ready', 'fy_next', 'fy_open_box', 'fy_queue',
'fy_start'
]
re = player.find_touch_any(ar1)
if re == 'fy_start':
print('开始新一轮...')
count += 1
_random_sleep(wmin=1, wmax=3)
elif re == 'fy_matching':
print('开始匹配...')
_random_sleep(wmin=4, wmax=7)
elif re == 'fy_queue':
print('排队中...')
ar2 = [
'fy_matching', 'fy_ready', 'fy_next', 'fy_open_box', 'fy_queue'
]
while (True):
re2 = player.find_touch_any(ar2, False)
if re2 == 'fy_queue':
print('继续等待...')
_random_sleep(wmin=2, wmax=5)
elif re2 == 'fy_ready' or re2 == 'fy_matching' or re2 == 'fy_next' or re2 == 'fy_open_box':
print('准备战斗...')
break
elif re == 'fy_ready':
print('开始匹配...')
ar2 = [
'fy_ready',
]
re = player.find_touch_any(ar2, False)
if re == 'fy_ready':
print('开始战斗...')
_random_sleep(wmax=4, wmin=1)
elif re == 'fy_next':
print('点击继续...')
ar2 = [
'fy_next',
]
re = player.find_touch_any(ar2, False)
if re == 'fy_next':
print('点击继续...')
_random_sleep(wmax=2, wmin=1)
elif re == 'fy_open_box':
print('开箱继续...')
ar2 = [
'fy_open_box',
]
re = player.find_touch_any(ar2, False)
if re == 'fy_open_box':
print('开箱继续...')
_random_sleep(wmax=2, wmin=1)
elif re is None:
print('不知所措...')
_random_sleep(wmax=5, wmin=1)
print('已经刷了' + str(count) + '次。。。')
def _friend_update():
count = 0
seqs = [{
'name': ['friend_receive'],
'id': 1,
'sleep': 1,
'response': '接受友情点...'
}, {
'name': ['friend_receive2'],
'id': 2,
'actions': None,
'sleep': 1,
'response': '接受要好友情点...'
}, {
'name': ['good_friend_send'],
'id': 3,
'actions': None,
'sleep': 1,
'response': '发出好友友情点',
'tick': True
}, {
'name': ['friend_send'],
'id': 4,
'actions': None,
'sleep': 1,
'response': '发出友情点',
'tick': True
}, {
'name': ['friend_switch'],
'id': 5,
'actions': None,
'sleep': 1,
'response': '切换友情界面',
'next': [1, 2, 3, 4]
}, {
'name': ['friend_panel'],
'id': 6,
'actions': None,
'sleep': 1,
'response': '进入友情窗口',
'next': [5]
}]
perform_touch_loop(seq=seqs, limits=10, full_seq=seqs)
print('友情界面处理完毕，退出....')
quick_close_cnt = 0
while quick_close_cnt < 2:
ar2 = ['close']
player.find_touch_any(ar2)
quick_close_cnt += 1
_random_sleep(wmin=1, wmax=1)
def _daily_misc(rounds=3):
count = 0
while count < rounds:
ar1 = [
'yard_serve_food',
]
re = player.find_touch_any(ar1)
if re == 'yard_serve_food':
print('搜集食物')
_random_sleep(wmin=2, wmax=2)
ar1 = [
'yard_serve_confirm',
]
r2 = player.find_touch_any(ar1)
break
count += 1
def entry_enchantment():
while True:
ar1 = ['explore_entry', 'tupo_entry', 'jj_tupo', 'jj_tupo_refresh']
re = player.find_touch_any(ar1)
_random_sleep(wmin=1, wmax=1)
if re == 'jj_tupo':
break
elif re == 'jj_tupo_refresh':
break
def auto_play_yuhun(round=50):
count = 0
while count < round:
ar1 = [
'start_yys',
'exp_yys',
]
re = player.find_touch_any(ar1)
if re == 'start_yys':
print('开始新一轮...')
count += 1
#time.sleep(10)
elif re == 'exp_yys':
print('领取奖励...')
elif re is None:
ar2 = [
'going_yys',
]
re = player.find_touch_any(ar2, False)
if re == 'goging_yys':
print('托管中...')
time.sleep(5)
def auto_play_tower(round=500):
count = 0
while count < round:
ar1 = ['tmp_start', 'tmp_finish', 'fy_open_box']
re = player.find_touch_any(ar1)
if re == 'tmp_start':
print('开始新一轮...')
count += 1
#time.sleep(10)
elif re == 'fy_open_box':
print('领取奖励...')
elif re == 'tmp_finish':
print('结束本轮...')
_random_sleep(wmax=100, wmin=1, factor=100)
* 功能：截屏，查找target_list列表图标在截屏上的位置，找到任意一个就会中断查找并点击所在位置。就是上面那个的批量处理版本，一次截屏查找多个目标。
* 传入参数target_list：string list，查找的图标文件名列表， 比如target=['start', 'end']， 则会查找wanted文件夹里的start.jpg图标和end.jpg图标所在位置，按顺序查找，只会点击最先找到的那个。
* 传入参数tap：同上
* 返回参数：找到了则返回找到的图标名称, 未找到返回None
### 代码示例：
import auto_player as player
#在当前屏幕寻找start.jpg图标的位置并点击
player.find_touch("start")
#判断当前屏幕是否有start.jpg图标，只返回判断结果但不点击
player.find_touch("start", tap=False)
#在当前屏幕寻找start.jpg图标或end.jpg，找到其中任意一个就会点击并返回
player.find_touch_any(["start", "end"])
#判断当前屏幕是否有start.jpg图标或end.jpg，只返回第一个找到的图标名，未找到则返回None
player.find_touch_any(["start", "end"], tap=False)
#以上代码需要你先把开始按键、结算按键保存wanted文件夹并命名为start.jpg、end.jpg，否则会出现keyError错误
## 常见问题
* 注意文件路径不要有中文，否则会导致opencv读取图片失败，出现无法读取NoneType的Shape之类的错误
* 桌面版本是是截屏识别所以游戏窗口需要在前台不能被遮挡。
* 桌面版本如果找到了目标且鼠标移动了，却没有点击，大概率是权限问题。用管理员权限打开CMD来运行程序即可。
* ADB版本可以后台控制不怕遮挡，但是需要等手机截屏传输到电脑，传文件过程较慢且有极小概率出错卡死
* 果运行没有提示错误，但是一直匹配失败找不到，多半是图标精度问题，重新截取要找的图标
* ADB版本效率稍低但可以后台运行，不影响用电脑正常使用，我自己平常用的比较多。桌面版效率高，据反馈有概率被抓，可能是速度太快了或者游戏客户端带了检测。
* 脚本纯属爱好与分享，欢迎一起交流，但不提供售后服务
def auto_play_enchantment(round=30):
count = 0
quit_count = 0
seqs = [{
'name': ['jj_attack', 'tupo_attack2'],
'id': 1,
'actions': None,
'sleep': 1,
'response': '进攻选择....',
'next': [2]
}, {
'name': ['fy_ready', 'jj_ready'],
'id': 2,
'actions': None,
'sleep': 1,
'response': '准备战斗...',
'next': [3, 4]
}, {
'name': ['jj_fail_continue'],
'id': 3,
'actions': None,
'sleep': 1,
'response': '(失败)结束清算...',
'next': [5, 6]
}, {
'name': ['jj_success_continue', 'jj_success_continue2'],
'id': 4,
'actions': None,
'sleep': 1,
'tick': True,
'response': '(成功)结束清算...',
'next': [5, 6]
}, {
'name': ['jj_tupo'],
'id': 5,
'actions': None,
'sleep': 1,
'response': '突破中...',
'next': [1]
}, {
'name': ['jj_tupo_refresh', 'jj_tupo_refresh2'],
'id': 6,
'actions': None,
'sleep': 1,
'response': '刷完界面更新...',
'next': [7]
}, {
'name': ['jj_tupo_confirm_refresh'],
'id': 7,
'actions': None,
'sleep': 1,
'response': '刷新确认...',
'next': [5]
}]
perform_touch_loop(seq=seqs,
limits=30,
none_handler=__none_handler,
full_seq=seqs)
print('友情界面处理完毕，退出....')
quick_close_cnt = 0
while quick_close_cnt < 2:
ar2 = ['close']
player.find_touch_any(ar2)
quick_close_cnt += 1
_random_sleep(wmin=1, wmax=1)
def _parties_update(wait_rounds=4):
count = 0
is_waiting = False
while True:
ar1 = [
'party',
'party_jj',
]
re = player.find_touch_any(ar1)
if re == 'party':
print('进入阴阳寮')
_random_sleep(wmin=1, wmax=1)
elif re == 'party_jj':
print('进入自己结界')
_random_sleep(wmin=1, wmax=1)
break
ar1 = [
'zero_out',
'health_collect',
'health_click_col',
]
health_count = 0
while health_count < wait_rounds:
re = player.find_touch_any(ar1)
if re == 'health_collect':
_random_sleep(wmin=1, wmax=1)
elif re == 'health_click_clo':
print('收集体力...')
_random_sleep(wmin=1, wmax=1)
elif re == 'zero_out':
print('体力已收集...')
_random_sleep(wmin=1, wmax=1)
__try_close()
break
else:
health_count += 1
ar1 = ['zero_out', 'ex_collect', 'ex_click_col']
ex_count = 0
while ex_count < wait_rounds:
re = player.find_touch_any(ar1)
if re == 'ex_collect':
_random_sleep(wmin=1, wmax=1)
elif re == 'ex_click_col':
print('收集经验...')
_random_sleep(wmin=1, wmax=1)
elif re == 'zero_out':
print('经验已收集...')
_random_sleep(wmin=1, wmax=1)
__try_close()
break
else:
ex_count += 1
print('结界界面处理完毕，退出....')
quick_close_cnt = 0
while quick_close_cnt < 2:
ar2 = ['back']
player.find_touch_any(ar2)
quick_close_cnt += 1
_random_sleep(wmin=1, wmax=1)
print('阴阳寮界面处理完毕，退出....')
quick_close_cnt = 0
while quick_close_cnt < 2:
ar2 = ['back_from_party']
player.find_touch_any(ar2)
quick_close_cnt += 1
_random_sleep(wmin=1, wmax=1)