金铲铲S13双城之战自动拿牌助手2.0

金铲铲S13双城之战自动拿牌助手2.0

书接上文： 金铲铲S13双城之战自动拿牌助手1.0

更新了UI界面做配置和控制； 新增异常突变参数； 打开程序有2个窗口 1个黑窗口显示日志信息 1个Coordinate App窗口用来配置和控制 点击按钮：“获取坐标” 即可开始自动拿牌 点击停止按钮可以停止拿牌 打开程序以前要先打开【雷电模拟器】 并且雷电模拟器的Title要为：雷电模拟器 比较适配1080p的显示器 雷电模拟器设置 https://help.ldmnq.com/docs/7oTh0M 雷电模拟器快捷键设置

代码在GitHub链接

import threading

import tkinter as tk

from tkinter import ttk

import pyautogui

import time

import datetime

from paddleocr import PaddleOCR

import logging

max_screen_width, max_screen_height = pyautogui.size()

welcome = f'注意：请遵守一下规则：\n您当前屏幕像素宽度：{max_screen_width} 屏幕高度：{max_screen_height}\n' \

f'因此，在填入x,y参数的时候\nx的值要在1到当前屏幕像素宽度 {max_screen_width} 之间\n' \

f'y的值要在1到屏幕高度：{max_screen_height}之间'

pyautogui.alert(welcome)

# 定义全局变量大拇指的;异常突变的

x_coords = [720, 914, 1104, 1299, 1492]

y_coord = 968

param_yctb_name = ""

# 记录打印日志时间，设置打印等待日志间隔

global_now = datetime.datetime.now()

global_init_sec = global_now.second

thumbs_x_y = (

(x_coords[0], y_coord),

(x_coords[1], y_coord),

(x_coords[2], y_coord),

(x_coords[3], y_coord),

(x_coords[4], y_coord)

)

class CoordinateApp:

def __init__(self, root):

self.root = root

self.find_Ld_module()

self.root.title("Coordinate App")

self.thread = None

# 创建全局停止事件

global stop_event

stop_event = threading.Event()

# 创建标签和输入框

print("CoordinateApp run")

self.start_bt = None

self.stop_bt = None

self.create_widgets()

# 设置窗口大小和位置 (宽x高+X偏移+Y偏移)

self.root.geometry("550x350+100+100")

# 绑定关闭事件

self.root.protocol("WM_DELETE_WINDOW", self.on_closing)

def create_widgets(self):

self.x_entries = []

self.y_entry = None

self.param_entry = None

# 只允许输入数字的验证函数

def only_numbers(char):

return char.isdigit()

validation = self.root.register(only_numbers)

for i in range(5):

# X 坐标标签和输入框

x_label = ttk.Label(self.root, text=f"X 坐标 {i + 1}:")

x_label.grid(column=0, row=i, padx=5, pady=5, sticky="W")

x_entry = ttk.Entry(self.root, validate="key", validatecommand=(validation, '%S'))

x_entry.grid(column=1, row=i, padx=5, pady=5, sticky="W")

x_entry.insert(i, x_coords[i]) # 设置默认值

self.x_entries.append(x_entry)

# Y 坐标标签和输入框

y_label = ttk.Label(self.root, text="Y 坐标:")

y_label.grid(column=0, row=5, padx=5, pady=5, sticky="W")

self.y_entry = ttk.Entry(self.root, validate="key", validatecommand=(validation, '%S'))

self.y_entry.grid(column=1, row=5, padx=5, pady=5, sticky="W")

self.y_entry.insert(0, y_coord)

# 异常突变参数标签和输入框

param_label = ttk.Label(self.root, text="异常突变:")

param_label.grid(column=0, row=6, padx=5, pady=5, sticky="W")

self.param_entry = ttk.Entry(self.root)

self.param_entry.grid(column=1, row=6, padx=5, pady=5, sticky="W")

self.param_entry = ttk.Combobox(self.root, values=["超高速", "狂战之怒", "力量训练", "防御型护盾", "即兴发挥", "双刀流", "壁垒", "终结者", "坚不可破", "荆棘满途", "恃强凌弱", "护甲山崩", "石头皮肤", "斥力发生器", "地下拳王", "魔法训练", "鹰眼", "奥术浩荡", "隐形", "友谊之力", "泰坦打击", "最后机会", "慢炖", "法师护甲", "恕瑞玛的传承", "千刀斩", "重量级打击手", "分享你的能量", "名片", "势不可挡", "真的会蟹", "史莱姆时间", "魔法专家", "翻盘故事", "防御专家", "物理专家", "冰霜触摸", "小我多多", "巨人体型", "根深蒂固", "连杀", "猎头者", "法强吸收", "攻击吸收", "火球", "贪财化身", "双狼佣兽", "剔除弱者", "深入敌阵", "迷失于未知", "龙魂", "绝不浪费", "镭射眼", "终极英雄", "震撼登场", "渴望能量", "星原之准"])

self.param_entry.grid(column=1, row=6, padx=5, pady=5, sticky="W")

self.param_entry.set('超高速') # 设置默认值

# 获取坐标按钮

get_button = ttk.Button(self.root, text="获取坐标", command=self.get_coordinates)

get_button.grid(column=0, row=7, padx=5, pady=5, sticky="W")

self.start_bt = get_button

# 显示坐标的标签

self.coord_label = ttk.Label(self.root, text="当前坐标: ")

self.coord_label.grid(column=0, row=8, columnspan=2, padx=5, pady=5)

# 创建按钮2：停止线程

stop_button = ttk.Button(self.root, text="停止", command=self.stop_thread_func)

stop_button.grid(column=1, row=7, padx=10, pady=10)

stop_button.config(state='disabled') # 初始状态为禁用

self.stop_bt = stop_button

def get_coordinates(self):

global x_coords, y_coord, param_yctb_name, thumbs_x_y

x_coords = [int(entry.get()) for entry in self.x_entries]

y_coord = int(self.y_entry.get())

param_yctb_name = self.param_entry.get()

self.coord_label.config(text=f"当前坐标: {[(x, y_coord) for x in x_coords]}, 异常突变参数: {param_yctb_name}")

thumbs_x_y = (

(x_coords[0], y_coord),

(x_coords[1], y_coord),

(x_coords[2], y_coord),

(x_coords[3], y_coord),

(x_coords[4], y_coord)

)

print(f"输入参数：{thumbs_x_y} 异常突变：{param_yctb_name}")

if self.thread is None or not self.thread.is_alive():

stop_event.clear()

self.thread = threading.Thread(target=GetCard().get_cards_and_yctb)

self.thread.start()

self.start_bt.config(state='disabled') # 禁用启动按钮

self.stop_bt.config(state='normal') # 启用停止按钮

def stop_thread_func(self):

print(f'stop_thread_func： self.thread={self.thread}')

if self.thread is not None:

stop_event.set()

self.thread.join()

self.thread = None

self.start_bt.config(state='normal') # 禁用启动按钮

self.stop_bt.config(state='disabled') # 启用停止按钮

def on_closing(self):

print('关闭窗口')

self.stop_thread_func()

self.root.destroy()

# 找到雷电模拟器

def find_Ld_module(self):

try:

# 获取雷电模拟器 将雷电模拟器窗口最大化，使窗口处于最前面

win = pyautogui.getWindowsWithTitle('雷电模拟器')

if len(win) > 0:

print('找到雷电模拟器窗口了')

win[0].maximize()

win[0].activate()

except BaseException as e:

print('没找到雷电模拟器窗口')

pyautogui.alert('没找到雷电模拟器窗口，请先打开雷电模拟器，再重新启动本程序，点击确认后程序就会关闭')

exit(0)

class GetCard:

def __init__(self):

# 控制识别组件日志频率

logging.basicConfig(level=logging.INFO)

# 假设ppocr使用的是名为'ppocr'的logger

logger_ppocr = logging.getLogger('ppocr')

logger_ppocr.setLevel(logging.INFO)

def get_cards_new(self):

global global_init_sec, thumbs_x_y

for index, thumb in enumerate(thumbs_x_y):

thumb_color = pyautogui.pixel(thumb[0], thumb[1])

# print(index, f'x={thumb[0]},y={thumb[1]}', thumb_color[0], thumb_color[1], thumb_color[2])

# RGB三色

red = 240 < thumb_color[0]

green = 240 < thumb_color[1]

blue = 200 < thumb_color[2]

# not_white_color 白色背景会影响程序判断，对白色的处理

if thumb_color[0] == 255 and thumb_color[1] == 255 and thumb_color[2] == 255:

print('当前屏幕显示背景在5个大拇指的位置有白色，请使用ALT+Tab组合键切出此窗口或关闭程序')

time.sleep(3)

continue

if thumb_color[0] == 245 and thumb_color[1] == 245 and thumb_color[2] == 245:

print('当前屏幕显示背景在5个大拇指的位置有杂色，请使用ALT+Tab组合键切出此窗口或关闭程序')

time.sleep(3)

continue

if red and green and blue:

print(index + 1, "真的有true,即将点击", thumb[0], thumb[1],datetime.datetime.now())

# pyautogui.click(thumb[0], thumb[1])

# 改为模拟键盘按钮

pyautogui.press(str(index + 1))

# 获取当前时间

now = datetime.datetime.now()

# 格式化时间为“时:分:秒”

formatted_time = now.strftime("%H:%M:%S")

if abs(now.second - global_init_sec) >= 10:

# print("当前时间（时:分:秒）:", formatted_time)

print("da等待大拇指出现...", formatted_time)

global_init_sec = now.second

def get_cards_and_yctb(self):

global param_yctb_name, thumbs_x_y

print(f'get_cards_and_yctb：{thumbs_x_y},{param_yctb_name}')

# 4-6阶段有异常突变，记录4-6出现的位置

left4_6 = 686

top4_6 = 42

width4_6 = 60

height4_6 = 25

# 异常突变 名称 出现的位置 一个字 宽38

left_yctb = 574

top_yctb = 870

width_yctb = 118

height_yctb = 36

# 4-6得算作英文来识别

ocr_en = PaddleOCR(use_angle_cls=True, lang="en")

ocr = PaddleOCR(use_angle_cls=True, lang="ch")

stage_flag = False

# 记录打印日志时间，设置打印等待日志间隔

init_sec2 = datetime.datetime.now().second

yctb_stage = '4-6'

yctb_stage_recycle = '4-6'

# 和启动停止按钮线程联动

while not stop_event.is_set():

time.sleep(0.06)

screen4_6 = pyautogui.screenshot(region=(left4_6, top4_6, width4_6, height4_6))

screen4_6.save(f"stage_screenshot4_6.png")

screen4_6 = pyautogui.screenshot(region=(left_yctb, top_yctb, width_yctb, height_yctb))

screen4_6.save(f"yctb_screenshot.png")

ocr_en_result_list = ocr_en.ocr('stage_screenshot4_6.png', cls=True)

ocr_en_result = ocr_en_result_list[0]

if ocr_en_result is not None:

# 捕获到字符了

stage_num = ocr_en_result[0][1][0]

# 4-6

if yctb_stage == stage_num:

print('ocr到4-6阶段')

stage_flag = True

# 记录开始时间的时间戳

start_time = time.time()

# 判断 异常突变 名称

while stage_flag:

screen4_6 = pyautogui.screenshot(region=(left_yctb, top_yctb, width_yctb, height_yctb))

screen4_6.save(f"yctb_screenshot.png")

ocr_result_list = ocr.ocr('yctb_screenshot.png', cls=True)

ocr_result = ocr_result_list[0]

if ocr_result is not None:

# 获取当前时间的时间戳

current_time = time.time()

# 计算时间差

time_difference = current_time - start_time

# 判断时间差是否达到或超过60秒 # 退出循环

if time_difference >= 60:

print('4-6选择异常突变超时')

stage_flag = False

yctb_stage = ''

# 异常突变名6称str

print('异常突变名称:', ocr_result[0][1][0])

# 最长5个字的，最短2个字的； 2个字的会俩字（

# 先对上2个字 3个字的又2个魔法训练，魔法专家

if len(str(ocr_result[0][1][0])) == 3:

if param_yctb_name[:3] == ocr_result[0][1][0]:

print('====名称对上了，准备按钮6===')

pyautogui.press('6')

stage_flag = False

yctb_stage = ''

print('****按了6，异常突变暂时结束！****')

if len(str(ocr_result[0][1][0])) > 3:

if param_yctb_name[:2] == str(ocr_result[0][1][0])[:2]:

print('====名称对上了，准备按钮6===')

pyautogui.press('6')

stage_flag = False

yctb_stage = ''

print('****按了6，异常突变暂时结束！****')

else:

# 不是4-6，但是是2和3阶段

if stage_num is not None and str(stage_num).startswith('2-'):

print('ocr二阶段,时间：', datetime.datetime.now().strftime("%H:%M:%S"))

yctb_stage = yctb_stage_recycle

if stage_num is not None and str(stage_num).startswith('3-'):

print('ocr三阶段,时间：', datetime.datetime.now().strftime("%H:%M:%S"))

yctb_stage = yctb_stage_recycle

# 获取当前时间

now = datetime.datetime.now()

# 格式化时间为“时:分:秒”

formatted_time = now.strftime("%H:%M:%S")

if abs(now.second - init_sec2) >= 10:

print('ocr截取回合数：', stage_num, "等待匹配到正确的回合数", formatted_time)

init_sec2 = now.second

# 没有捕获4-6阶段的字符,执行拿卡操作

self.get_cards_new()

else:

self.get_cards_new()

if __name__ == "__main__":

root = tk.Tk()

app = CoordinateApp(root)

root.mainloop()

目前基本可用，但还不是很好用，欢迎沟通交流！