from hPyT import *
from customtkinter import * # you can use any other library from the above mentioned list

window = CTk() # creating a window using CustomTkinter

title_bar.hide(window, no_span = False) # hides full titlebar
# optional parameter : no_span, more details in the note below
# title_bar.unhide(window)

rainbow_title_bar.start(window, interval=5) # starts the rainbow titlebar
# rainbow_title_bar.stop(window) # stops the rainbow titlebar

rainbow_border.start(window, interval=4) # starts the rainbow border
# rainbow_border.stop(window) # stops the rainbow border

from hPyT import *

...

rainbow_title_bar.start(window, interval=30) # starts the rainbow titlebar
# rainbow_border.start(window, interval=30) # also works with rainbow border

current_color = rainbow_title_bar.get_current_color() # or rainbow_border.get_current_color()
# you can use this color to synchronize the color of other elements with the titlebar

maximize_minimize_button.hide(window) # hides both maximize and minimize button
# maximize_minimize_button.unhide(window)

all_stuffs.hide(window) # hides close button
# all_stuffs.unhide(window)

maximize_button.disable(window) # hides maximize button
# MaximizeButton.enable(window)

minimize_button.disable(window) # hides minimize button
# MinimizeButton.enable(window)

title_bar_color.set(window, color='#ff00ff') # sets the titlebar color to magenta
# title_bar_color.reset(window) # resets the titlebar color to default

title_bar_color.set_accent(window) # sets the titlebar color to the current Windows accent color

title_bar_text_color.set(window, color='#ff00ff') # sets the titlebar text color to magenta
# title_bar_text_color.reset(window) # resets the titlebar text color to default

border_color.set(window, color='#ff00ff') # sets the border color to magenta
# border_color.reset(window) # resets the border color to default

border_color.set_accent(window) # sets the border color to the current Windows accent color

corner_radius.set(window, style="round-small") # sets the window border radius to round-small
# corner_radius.reset(window) # resets the window border radius to default

window_dwm.toggle_rtl_layout(window, enabled=True) # enables RTL layout for the window
# window_dwm.toggle_rtl_layout(window, enabled=False) # disables RTL layout for the window

window_dwm.toggle_dwm_transitions(window, enabled=False) # disables DWM transitions for the window
# window_dwm.toggle_dwm_transitions(window, enabled=True) # enables DWM transitions for the window

window_dwm.toggle_cloak(window, enabled=True) # hides the window

# Do complex taks like rendering window widgets

window_dwm.toggle_cloak(window, enabled=False) # shows the window

opacity.set(window, opacity=0.5) # sets the window opacity to 50%
# opacity.set(window, opacity=1.0) # resets the window opacity to 100%

window_flash.flash(window, count=10, interval=100) # flashes the window 10 times with 100ms interval
# window_flash.stop(window) # stops the flashing immediately

window_frame.center(window)

window_frame.center_relative(window, child_window)

window = CTk()
window.title("Primary Window")
window.geometry('600x300')
window_frame.center(window)

child_window = CTkToplevel()

window_frame.center_relative(window, child_window)

window.bind("<Configure>", lambda event: window_frame.center_relative(window, child_window))

def on_close():  # this is required to stop the window from centering the child window after the parent window is closed
	window.unbind("<Configure>")
	child_window.destroy()

child_window.protocol("WM_DELETE_WINDOW", on_close)

window.mainloop()

window_frame.move(window, 100, 100) # moves the window to (100, 100)
window_frame.resize(window, 500, 500) # resizes the window to 500x500
window_frame.maximize(window) # maximizes the window
window_frame.minimize(window) # minimizes the window
window_frame.restore(window) # restores the window

window_animation.circle_motion(window, count=5, interval=5, radius=30)
# moves the window in a circular motion 5 times with 5ms interval and 30px radius

window_animation.vertical_shake(window, count=5, interval=5, amplitude=20)
# shakes the window vertically 5 times with 5ms interval and 10px distance

window_animation.horizontal_shake(window, count=5, interval=5, amplitude=20)
# shakes the window horizontally 5 times with 5ms interval and 10px distance

title_text.stylize(window, style=1)

import tkinter as tk
from hPyT import *
import ctypes

# make sure that the window has been created and is active

hwnd = ctypes.windll.user32.GetActiveWindow()
rainbow_border.start(hwnd, interval=4) # use the hwnd of the window instead of the window object

print(get_accent_color()) # prints the current windows accent color
>>> '#1b595a'

print(stylize_text("Your Custom Text", style=1)) # stylizes your text
# all of the styles shown on the above gif are available
>>> "𝔜𝔬𝔲𝔯 ℭ𝔲𝔰𝔱𝔬𝔪 𝔗𝔢𝔵𝔱"