Как мне правильно запустить поток с ткинтером?

from tkinter import * from tkinter import ttk import re import win32gui import threading from threading import Timer import traceback import configparser import pyautogui import cv2 import keyboard import time import queue  try:       def read_config(name):         config = configparser.ConfigParser()         config.read(name, encoding='utf-8')         conf = {}         conf['scale_x'] = config.get("Combinations", "scale_x")         conf['scale_y'] = config.get("Combinations", "scale_y")         conf['resolution'] = config.get("Combinations", "Resolution")         return conf     conf = read_config("code/buttons.ini")     resolution = conf['resolution']      resolutionObject = {         '0': [1034,436,329,329,329,329], #1366x768    #[x,y,w,h,size,sizeReal]         '1': [1054,514,384,384,384,384], #1440x900         '2': [1234,604,444,444,444,444], #1680x1050         '3': [1462,622,456,456,456,456], #1920x1080         '4': [1462,742,456,456,456,456], #1920x1200         #'3': [1034,436,329,329,329,329], #2560x1080         '5': [1955,835,605,605,465,605], #2560x1440         '6': [2835,835,605,605,465,605], #3440x1440         '7': [2940,1260,900,900,480,900], #3840x2160         '8': [3924,1684,1196,1196,460,1196], #5120x2280     }          resolutionX = resolutionObject[resolution][0]     resolutionY = resolutionObject[resolution][1]     resolutionW = resolutionObject[resolution][2]     resolutionH = resolutionObject[resolution][3]       def process_selection(selection):         # Код убран для экономии времени читателя вопроса     ######################################################################     #Создание окна масштаба      file = open('code/scale.txt', 'r')     scale = file.read()     file.close()     if scale == "" or scale == "0":         scale = "5"         file = open('code/scale.txt', 'w')         file.write(scale)         file.close()     scale = round(float(scale), 1)          def close():         # Код убран для экономии времени читателя вопроса      def validation(newval):         # Код убран для экономии времени читателя вопроса      def selectWindow(event=1):         # Код убран для экономии времени читателя вопроса      def window():          def set_transparency(root_window, transparency, fast=False):             if transparency == 1.0:                 root_window.attributes('-alpha', transparency)             else:                 if fast:                     root_window.attributes('-alpha', transparency)                 else:                     time.sleep(1.5)                     root_window.attributes('-alpha', transparency)          def update_window(root_window, label_text, selection_label):             try:                 data = state_queue.get_nowait()                 if data.get("labeltext") is not None:                     label_text["text"] = data.get("labeltext")                 elif data.get("set_transparency") is not None:                     if root_window.attributes('-alpha') == 0.0 and data.get("set_transparency") == 1.0:                         print("Setting transparency 1")                         set_transparency(root_window, data.get("set_transparency"))                     elif root_window.attributes('-alpha') == 1.0 and data.get("set_transparency") == 0.0:                         print("Setting transparency 2")                         set_transparency(root_window, data.get("set_transparency"))                     else:                         print("Setting transparency 3")                 elif data.get("selection") is not None:                     selection_label["text"] = data.get("selection")                 else:                     print("Ошибка. Неверные данные.")             except queue.Empty:                 pass             root_window.after(10, lambda: update_window(root_window, label_text, selection_label))          root = Tk()          geometry = f"199x70+{conf['scale_x']}+{conf['scale_y']}"         root.geometry(geometry)         # check = (root.register(validation), "%P")         # entry = Entry(fg="yellow", bg="black", font=('Roboto', '16'), width=5, validate="key", validatecommand=check)         # entry.master.overrideredirect(True)         # entry.master.lift()         # entry.master.wm_attributes("-topmost", True)         # entry.place(x=22, y=38)          label = Label(root, text=f'{scale} пикс/м', font=('Roboto', '19'), fg='yellow', bg='brown')         label.master.overrideredirect(True)         label.master.lift()         label.master.wm_attributes("-topmost", True)         label.pack(side=TOP)          selection = Label(root, text="Ожидаю ввода", font=('Roboto', '19'), fg='yellow', bg='brown')         selection.master.overrideredirect(True)         selection.master.lift()         selection.master.wm_attributes("-topmost", True)         selection.pack(side=BOTTOM)         #set_transparency(root, 0.0, True)         btn1 = ttk.Button(text="X", command=lambda: quit(), width=3)         btn1.master.overrideredirect(True)         btn1.master.lift()         btn1.master.wm_attributes("-topmost", True)         btn1.place(x=169, y=3)          timeout = 0         t = Timer(timeout, selectWindow)         t.start()          root.lift()         root.focus_force()         root.after(10, lambda: update_window(root, label, selection))         root.mainloop()       def main():         elements = [140, 150, 160, 170, 180, 185, 190, 200, 225, 250, 275, 300, 325, 350, 400, 450, 500, 550]         current_selection = -1         n_seconds = 2  # Время бездействия в секундах         plus = 'ctrl+='  # Комбинация клавиш для выбора элемента         minus = 'ctrl+-'         t = None         win = None          def on_key_event(event):             nonlocal current_selection             nonlocal t             nonlocal win             global Window              if event.event_type == keyboard.KEY_DOWN:                 if keyboard.is_pressed(plus):                     #check_window()                     data = {"set_transparency": 1.0}                     state_queue.put(data)                     current_selection += 1                     current_selection %= len(elements)  # Зацикливание списка                     print(f"Current selection: {elements[current_selection]}")                     selection_data = {"selection": elements[current_selection]}                     state_queue.put(selection_data)                     if t is not None:                         t.cancel()                         t = Timer(n_seconds, process_selection, [elements[current_selection]])                         t.start()                     else:                         t = Timer(n_seconds, process_selection, [elements[current_selection]])                         t.start()                 elif keyboard.is_pressed(minus):                     #check_window()                     data = {"set_transparency": 1.0}                     state_queue.put(data)                     current_selection -= 1                     current_selection %= len(elements)  # Зацикливание списка                     print(f"Current selection: {elements[current_selection]}")                     selection_data = {"selection": elements[current_selection]}                     state_queue.put(selection_data)                     if t is not None:                         t.cancel()                         t = Timer(n_seconds, process_selection, [elements[current_selection]])                         t.start()                     else:                         t = Timer(n_seconds, process_selection, [elements[current_selection]])                         t.start()          keyboard.on_press(on_key_event)          while True:             time.sleep(0.01)      ######################################################################     if __name__ == "__main__":         state_queue = queue.Queue()         Window = threading.Thread(target=window)         Window.start()         main()  except Exception as e:     file = open('error.log', 'a')     file.write('nn')     traceback.print_exc(file=file, chain=True)     traceback.print_exc()     file.close()

from tkinter import * from tkinter import ttk import re import win32gui import threading from threading import Timer import traceback import configparser import pyautogui import cv2 import keyboard import time import queue try: def read_config(name): config = configparser.ConfigParser() config.read(name, encoding='utf-8') conf = {} conf['scale_x'] = config.get("Combinations", "scale_x") conf['scale_y'] = config.get("Combinations", "scale_y") conf['resolution'] = config.get("Combinations", "Resolution") return conf conf = read_config("code/buttons.ini") resolution = conf['resolution'] resolutionObject = { '0': [1034,436,329,329,329,329], #1366x768 #[x,y,w,h,size,sizeReal] '1': [1054,514,384,384,384,384], #1440x900 '2': [1234,604,444,444,444,444], #1680x1050 '3': [1462,622,456,456,456,456], #1920x1080 '4': [1462,742,456,456,456,456], #1920x1200 #'3': [1034,436,329,329,329,329], #2560x1080 '5': [1955,835,605,605,465,605], #2560x1440 '6': [2835,835,605,605,465,605], #3440x1440 '7': [2940,1260,900,900,480,900], #3840x2160 '8': [3924,1684,1196,1196,460,1196], #5120x2280 } resolutionX = resolutionObject[resolution][0] resolutionY = resolutionObject[resolution][1] resolutionW = resolutionObject[resolution][2] resolutionH = resolutionObject[resolution][3] def process_selection(selection): # Код убран для экономии времени читателя вопроса ###################################################################### #Создание окна масштаба file = open('code/scale.txt', 'r') scale = file.read() file.close() if scale == "" or scale == "0": scale = "5" file = open('code/scale.txt', 'w') file.write(scale) file.close() scale = round(float(scale), 1) def close(): # Код убран для экономии времени читателя вопроса def validation(newval): # Код убран для экономии времени читателя вопроса def selectWindow(event=1): # Код убран для экономии времени читателя вопроса def window(): def set_transparency(root_window, transparency, fast=False): if transparency == 1.0: root_window.attributes('-alpha', transparency) else: if fast: root_window.attributes('-alpha', transparency) else: time.sleep(1.5) root_window.attributes('-alpha', transparency) def update_window(root_window, label_text, selection_label): try: data = state_queue.get_nowait() if data.get("labeltext") is not None: label_text["text"] = data.get("labeltext") elif data.get("set_transparency") is not None: if root_window.attributes('-alpha') == 0.0 and data.get("set_transparency") == 1.0: print("Setting transparency 1") set_transparency(root_window, data.get("set_transparency")) elif root_window.attributes('-alpha') == 1.0 and data.get("set_transparency") == 0.0: print("Setting transparency 2") set_transparency(root_window, data.get("set_transparency")) else: print("Setting transparency 3") elif data.get("selection") is not None: selection_label["text"] = data.get("selection") else: print("Ошибка. Неверные данные.") except queue.Empty: pass root_window.after(10, lambda: update_window(root_window, label_text, selection_label)) root = Tk() geometry = f"199x70+{conf['scale_x']}+{conf['scale_y']}" root.geometry(geometry) # check = (root.register(validation), "%P") # entry = Entry(fg="yellow", bg="black", font=('Roboto', '16'), width=5, validate="key", validatecommand=check) # entry.master.overrideredirect(True) # entry.master.lift() # entry.master.wm_attributes("-topmost", True) # entry.place(x=22, y=38) label = Label(root, text=f'{scale} пикс/м', font=('Roboto', '19'), fg='yellow', bg='brown') label.master.overrideredirect(True) label.master.lift() label.master.wm_attributes("-topmost", True) label.pack(side=TOP) selection = Label(root, text="Ожидаю ввода", font=('Roboto', '19'), fg='yellow', bg='brown') selection.master.overrideredirect(True) selection.master.lift() selection.master.wm_attributes("-topmost", True) selection.pack(side=BOTTOM) #set_transparency(root, 0.0, True) btn1 = ttk.Button(text="X", command=lambda: quit(), width=3) btn1.master.overrideredirect(True) btn1.master.lift() btn1.master.wm_attributes("-topmost", True) btn1.place(x=169, y=3) timeout = 0 t = Timer(timeout, selectWindow) t.start() root.lift() root.focus_force() root.after(10, lambda: update_window(root, label, selection)) root.mainloop() def main(): elements = [140, 150, 160, 170, 180, 185, 190, 200, 225, 250, 275, 300, 325, 350, 400, 450, 500, 550] current_selection = -1 n_seconds = 2 # Время бездействия в секундах plus = 'ctrl+=' # Комбинация клавиш для выбора элемента minus = 'ctrl+-' t = None win = None def on_key_event(event): nonlocal current_selection nonlocal t nonlocal win global Window if event.event_type == keyboard.KEY_DOWN: if keyboard.is_pressed(plus): #check_window() data = {"set_transparency": 1.0} state_queue.put(data) current_selection += 1 current_selection %= len(elements) # Зацикливание списка print(f"Current selection: {elements[current_selection]}") selection_data = {"selection": elements[current_selection]} state_queue.put(selection_data) if t is not None: t.cancel() t = Timer(n_seconds, process_selection, [elements[current_selection]]) t.start() else: t = Timer(n_seconds, process_selection, [elements[current_selection]]) t.start() elif keyboard.is_pressed(minus): #check_window() data = {"set_transparency": 1.0} state_queue.put(data) current_selection -= 1 current_selection %= len(elements) # Зацикливание списка print(f"Current selection: {elements[current_selection]}") selection_data = {"selection": elements[current_selection]} state_queue.put(selection_data) if t is not None: t.cancel() t = Timer(n_seconds, process_selection, [elements[current_selection]]) t.start() else: t = Timer(n_seconds, process_selection, [elements[current_selection]]) t.start() keyboard.on_press(on_key_event) while True: time.sleep(0.01) ###################################################################### if __name__ == "__main__": state_queue = queue.Queue() Window = threading.Thread(target=window) Window.start() main() except Exception as e: file = open('error.log', 'a') file.write('nn') traceback.print_exc(file=file, chain=True) traceback.print_exc() file.close()