https://github.com/mwd1993/quykgui
A way to quickly create GUI elements, while also providing easy to add custom functionality, and also allows you to access the Tkinter object itself if you need to 'get down and dirty'.
https://github.com/mwd1993/quykgui
graphical-user-interface gui interface interface-builder python quykgui quykhtml tkinter tkinter-gui
Last synced: 17 days ago
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A way to quickly create GUI elements, while also providing easy to add custom functionality, and also allows you to access the Tkinter object itself if you need to 'get down and dirty'.
- Host: GitHub
- URL: https://github.com/mwd1993/quykgui
- Owner: mwd1993
- Created: 2021-12-27T09:24:06.000Z (over 4 years ago)
- Default Branch: main
- Last Pushed: 2022-01-02T11:29:04.000Z (over 4 years ago)
- Last Synced: 2025-11-17T08:29:12.215Z (8 months ago)
- Topics: graphical-user-interface, gui, interface, interface-builder, python, quykgui, quykhtml, tkinter, tkinter-gui
- Language: Python
- Homepage:
- Size: 8.66 MB
- Stars: 0
- Watchers: 1
- Forks: 0
- Open Issues: 0
-
Metadata Files:
- Readme: README.md
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README
# QuykGui
A way to quickly create GUI elements, while also providing easy to add custom functionality.
Also, if need be, you can directly access the tkinter object by reference: `QuykGuiObject.object`.
This means, you can always do anything tkinter allows for, if you need to do things QuykGui does not allow.
Think of QuykGui as a higher level way to make interfaces while still allowing for lower level (tkinter objects) access.
### Basic Example | add easy search filtering
### Example 1: The code behind the GIF Example
```python
from QuykGui import qgui
# Define methods to be used when we interact
# with the interface elements
# ------------------------------------------
def list_click_show_item(e=''):
global window
main_list = window['main'].get_by_id('main-list')
selected = main_list.get_selected()
print(selected)
window['ok'].get_by_id('ok-text').set_text('You clicked on ' + str(selected))
window['ok'].show()
def input_sort_gui_list(a=''):
global window
main_list = window['main'].get_by_id('main-list')
main_input = window['main'].get_by_id('main-input')
_show = []
for li in main_list.get_list():
if main_input.get_value().lower() in li.lower():
_show.append(li)
if len(_show) == 0:
main_list.set_list(fruit_list)
return fruit_list
main_list.set_list(_show)
return _show
def ok_close():
global window
window['ok'].hide()
def button_exit_program():
exit()
# ------------------------------------------
# ------------------------------------------
# Initialize QuykGui
q = qgui()
# Create a few windows we will be using
# for our Graphical Interface
window = {
'main': q.new_window('Main Window'),
'ok': q.new_window('Ok').hide()
}
# Easily Customize/Edit our Ok window
window['ok'].set_size([300, 100])
window['ok'].new_text('some text here', id='ok-text')
window['ok'].new_btn('Ok', on_click_callback=ok_close)
# Easily Customize/Edit our Main window
window['main'].set_size([600, 300])
window['main'].new_text('Type part of a substring below to search through the list (press enter to search)')
window['main'].new_input(on_value_change=input_sort_gui_list, id='main-input')
fruit_list = open('fruit list.txt','r').readlines()
window['main'].new_list(fruit_list, on_click_callback=list_click_show_item,id='main-list')
window['main'].new_btn('Exit Program', on_click_callback=button_exit_program,id='main-button')
# Set our main window, to the Main Window
q.set_main_window(window['main'])
```
### Example 2: Accessing a tkinter object
```python
from QuykGui import qgui
# Initialize QuykGui
q = qgui()
# Create a main window
window = {
'main': q.new_window('Main Window'),
}
# Option 1 - storing to local variable
text_element = window['main'].new_text('this is some text on the interface.')
tkinter_obj = text_element.object
# Option 2 - finding by Id
window['main'].new_text('this is some text on the interface.', id='text_element')
tkinter_obj = window['main'].get_by_id('text_element').object
# Set our main window, to the Main Window
q.set_main_window(window['main'])
```