如何在运行脚本的正常函数时运行tKinter？

Question

因此，我制作了一个脚本，它检测屏幕中的像素颜色，当它检测到正确的窗口时，将按键发送到选定的窗口。我做了一个热键来启动和停止这个探测像素的小循环，然后我决定让它成为一个exe，并配置热键，我开始使用tKinter，并在其中设置了一个窗口和一个标签，直到我发现脚本甚至不能正常工作，或者除了显示窗口之外(甚至按下热键)。然后，我移动root.mainloop()，将所有脚本代码放在root = tk.Tk()和root.mainloop()之间，没有任何函数。任何人都有任何解决方案使脚本仍然可以使用UI。另外，也许是一种读取热键的方法，即使窗口没有焦点(尽管我认为它无论如何都会工作，但万一tKinter可能不允许)。

按照要求，下面是打开窗口但脚本不能正常工作的前面的代码

from pyautogui import *
import pyautogui
import time
import random
import keyboard
import win32api, win32con
import win32com.client
from pywinauto import win32defines 
from pywinauto.application import Application
import tkinter as tk


root = tk.Tk()
root.title('Fisher Version 1.0')
canvas = tk.Canvas(root, width=150, height=200)
canvas.grid(columnspan=1)

hotkeyLabel = tk.Label(root, text="Key for start/stop")
hotkeyLabel.grid(columnspan=1, column=0, row=0)

root.mainloop()

app = Application().connect(title_re="FiveM")
win = app.window(title_re = "FiveM")

#GREEN ZONE X:  959 Y:  337 RGB: (106, 150,   1)
#G ZONE region=(40,23,300,30)
run = False
#keyRod = ['rodKey']
#keyFood = ['foodKey']
#keyDrink = ['drinkKey']
#keyHot = ['hotKey']





def autofisher():
    while True:
        if pyautogui.locateOnScreen('pressg.png', region=(305,23,30,30), grayscale=False, confidence=0.7) !=None: #detects if g prompt shows up
            #shell.SendKeys("g")
            win.send_keystrokes('g')
            #print("YEssssS ITS HERE") #test for detecting fish prompt
            time.sleep(1)
        
        r, g, b = pyautogui.pixel(959, 337) #detects the green zone
        a, c, d = pyautogui.pixel(959, 340) 
        if 100 <= r <= 110 and 145 <= g <= 155 and 0 <= b <= 5: #detects if in green is showing
            #print("hi", r, g, b)
            #print("ijhabd", a, c, d)
            #win.send_keystrokes('e')
            for y in range(338, 350, 1): #detects if line in range
            #for x in range(954, 964):
                j, k, l = pyautogui.pixel(959, y)
                if 0 <= k <= 50 and 0 <= k <= 50:
                    #print("cauight") #test for detecting the black
                    #shell.SendKeys("e")
                    win.send_keystrokes('e')

while True:           
    if keyboard.is_pressed('z'):
        print("kijanbdsjokn")
        run = not run
    if keyboard.is_pressed('k'):
        #win.send_keystrokes(keyBind)
        print("keyBind")

while run == True:
    autofisher()

        
while True:
    time.sleep(60)
    # thing to run
    q, w, e = pyautogui.pixel(209, 1042) #detects the hunger   
    if 55 <= q <= 70 and 55 <= w <= 70 and 55 <= e <= 70:
        #press 3 for food
        win.send_keystrokes('2')
        time.sleep(10)
        #press 1 for fishing rod
        #send_keystrokes('1')
    u, i, o = pyautogui.pixel(287, 1056) #detects the thirst
    if 55 <= u <= 70 and 55 <= i <= 70 and 55 <= o <= 70:
        #send_keystrokes('2')
        #press 2 for water
        time.sleep(10)
        win.send_keystrokes('3')
        #press 1 for fishing rod

这是修改过的

from cgitb import text
from pyautogui import *
import pyautogui
import time
import random
import keyboard
import win32api, win32con
import win32com.client
from pywinauto import win32defines 
from pywinauto.application import Application
import tkinter as tk


root = tk.Tk()
root.title('Fisher Version 1.0')
canvas = tk.Canvas(root, width=150, height=200)
canvas.grid(columnspan=1)

hotkeyLabel = tk.Label(root, text="Key for start/stop")
hotkeyLabel.grid(columnspan=1, column=0, row=0)

app = Application().connect(title_re="FiveM")
win = app.window(title_re = "FiveM")

#GREEN ZONE X:  959 Y:  337 RGB: (106, 150,   1)
#G ZONE region=(40,23,300,30)
run = False
#keyRod = ['rodKey']
#keyFood = ['foodKey']
#keyDrink = ['drinkKey']
#keyHot = ['hotKey']





def autofisher():
    while True:
        if pyautogui.locateOnScreen('pressg.png', region=(305,23,30,30), grayscale=False, confidence=0.7) !=None: #detects if g prompt shows up
            #shell.SendKeys("g")
            win.send_keystrokes('g')
            #print("YEssssS ITS HERE") #test for detecting fish prompt
            time.sleep(1)
        
        r, g, b = pyautogui.pixel(959, 337) #detects the green zone
        a, c, d = pyautogui.pixel(959, 340) 
        if 100 <= r <= 110 and 145 <= g <= 155 and 0 <= b <= 5: #detects if in green is showing
            #print("hi", r, g, b)
            #print("ijhabd", a, c, d)
            #win.send_keystrokes('e')
            for y in range(338, 350, 1): #detects if line in range
            #for x in range(954, 964):
                j, k, l = pyautogui.pixel(959, y)
                if 0 <= k <= 50 and 0 <= k <= 50:
                    #print("cauight") #test for detecting the black
                    #shell.SendKeys("e")
                    win.send_keystrokes('e')

while True:           
    if keyboard.is_pressed('z'):
        print("kijanbdsjokn")
        run = not run
    if keyboard.is_pressed('k'):
        #win.send_keystrokes(keyBind)
        print("keyBind")

while run == True:
    autofisher()

        
while True:
    time.sleep(60)
    # thing to run
    q, w, e = pyautogui.pixel(209, 1042) #detects the hunger   
    if 55 <= q <= 70 and 55 <= w <= 70 and 55 <= e <= 70:
        #press 3 for food
        win.send_keystrokes('2')
        time.sleep(10)
        #press 1 for fishing rod
        #send_keystrokes('1')
    u, i, o = pyautogui.pixel(287, 1056) #detects the thirst
    if 55 <= u <= 70 and 55 <= i <= 70 and 55 <= o <= 70:
        #send_keystrokes('2')
        #press 2 for water
        time.sleep(10)
        win.send_keystrokes('3')
        #press 1 for fishing rod

root.mainloop()

Answer 1

告诉我这是否有效：

import pyautogui
import time
import keyboard
from pywinauto.application import Application
import tkinter as tk
import threading
root = tk.Tk()
root.title('Fisher Version 1.0')
canvas = tk.Canvas(root, width=150, height=200)
canvas.grid(columnspan=1)

hotkeyLabel = tk.Label(root, text="Key for start/stop")
hotkeyLabel.grid(columnspan=1, column=0, row=0)

app = Application().connect(title_re="FiveM")
win = app.window(title_re="FiveM")

# GREEN ZONE X:  959 Y:  337 RGB: (106, 150,   1)
# G ZONE region=(40,23,300,30)
run = True


# keyRod = ['rodKey']
# keyFood = ['foodKey']
# keyDrink = ['drinkKey']
# keyHot = ['hotKey']


def autofisher():
    while True:
        if pyautogui.locateOnScreen('pressg.png', region=(305, 23, 30, 30), grayscale=False,
                                    confidence=0.7) != None:  # detects if g prompt shows up
            # shell.SendKeys("g")
            win.send_keystrokes('g')
            # print("YEssssS ITS HERE") #test for detecting fish prompt
            time.sleep(1)

        r, g, b = pyautogui.pixel(959, 337)  # detects the green zone
        a, c, d = pyautogui.pixel(959, 340)
        if 100 <= r <= 110 and 145 <= g <= 155 and 0 <= b <= 5:  # detects if in green is showing
            # print("hi", r, g, b)
            # print("ijhabd", a, c, d)
            # win.send_keystrokes('e')
            for y in range(338, 350, 1):  # detects if line in range
                # for x in range(954, 964):
                j, k, l = pyautogui.pixel(959, y)
                if 0 <= k <= 50 and 0 <= k <= 50:
                    # print("cauight") #test for detecting the black
                    # shell.SendKeys("e")
                    win.send_keystrokes('e')

def keyboard_press():
    global run
    while True:
        if keyboard.is_pressed('z'):
            print("kijanbdsjokn")
            run = not run
        if keyboard.is_pressed('k'):
            # win.send_keystrokes(keyBind)
            print("keyBind")

def runFunction():
    while run == True:
        autofisher()

def main_thing():
    while True:
        time.sleep(60)
        # thing to run
        q, w, e = pyautogui.pixel(209, 1042)  # detects the hunger
        if 55 <= q <= 70 and 55 <= w <= 70 and 55 <= e <= 70:
            # press 3 for food
            win.send_keystrokes('2')
            time.sleep(10)
            # press 1 for fishing rod
            # send_keystrokes('1')
        u, i, o = pyautogui.pixel(287, 1056)  # detects the thirst
        if 55 <= u <= 70 and 55 <= i <= 70 and 55 <= o <= 70:
            # send_keystrokes('2')
            # press 2 for water
            time.sleep(10)
            win.send_keystrokes('3')
            # press 1 for fishing rod

def starts():
    autofisherT = threading.Thread(target=autofisher)
    keyboardT = threading.Thread(target=keyboard_press)
    runT = threading.Thread(target=runFunction)
    mainThingT = threading.Thread(target=main_thing)

    autofisherT.start()
    keyboardT.start()
    runT.start()
    mainThingT.start()

root.mainloop()