The Menu class for Python and PyGame is a software tool that provides a versatile and user-friendly way to create menus for games and applications. With this class, developers can easily add custom menus to their projects with minimal effort and maximum flexibility.
The MenuClass software is an excellent menu class designed for use with PyGame and Python. It is primarily intended to work with programs that utilize a finite state machine, but it can also be easily modified to incorporate buttons that return functions.
The software is very versatile and the 'buttons' contain a 'state' which can be customized to reflect a variety of user-selected actions. This allows the controlling program to receive feedback and act accordingly, resulting in non-blocking code. The menu buttons can take the form of text buttons, image buttons, or a combination of both, making it highly flexible to a range of use cases.
One of the unique features of this software is that it can be dynamically changed, with the buttons auto-magically updating themselves the next time they are drawn to the screen. The draw method should not be called outright, and buttons can be added or removed at any time, offering great convenience and flexibility to users.
Users can also choose from varying alignment options, with buttons that can be aligned on the left, center, or right, and vertically on the top, center, or bottom. Additionally, users can customize a range of parameters such as font color, highlights, padding between buttons, thickness of the highlight around image buttons, and the orientation of the menu.
To understand the full capabilities of the software, it is recommended to explore it by using the basic menu with the 'example_simple.py' file and then move on to the more advanced 'example.py'. The 'example.py' file includes a range of functionalities like the ability to remove any button selected using the 'r' key, dynamically add buttons on 'Menu 3' via the 'Add' button, and demonstrate the flexibility of the menu through the 'Rand Colors' and 'Rand Config' buttons, which randomly change the menu's colors and other parameters.
Users should note that all the files are heavily commented, and the top of each file contains instructions on how to use it. A doxygen config file is also included, and getting the doxygen output simply requires typing 'doxygen doxy' from the folder's location. Finally, while the software is primarily designed for Linux, it should also work effectively on Windows/Mac.
The software is very versatile and the 'buttons' contain a 'state' which can be customized to reflect a variety of user-selected actions. This allows the controlling program to receive feedback and act accordingly, resulting in non-blocking code. The menu buttons can take the form of text buttons, image buttons, or a combination of both, making it highly flexible to a range of use cases.
One of the unique features of this software is that it can be dynamically changed, with the buttons auto-magically updating themselves the next time they are drawn to the screen. The draw method should not be called outright, and buttons can be added or removed at any time, offering great convenience and flexibility to users.
Users can also choose from varying alignment options, with buttons that can be aligned on the left, center, or right, and vertically on the top, center, or bottom. Additionally, users can customize a range of parameters such as font color, highlights, padding between buttons, thickness of the highlight around image buttons, and the orientation of the menu.
To understand the full capabilities of the software, it is recommended to explore it by using the basic menu with the 'example_simple.py' file and then move on to the more advanced 'example.py'. The 'example.py' file includes a range of functionalities like the ability to remove any button selected using the 'r' key, dynamically add buttons on 'Menu 3' via the 'Add' button, and demonstrate the flexibility of the menu through the 'Rand Colors' and 'Rand Config' buttons, which randomly change the menu's colors and other parameters.
Users should note that all the files are heavily commented, and the top of each file contains instructions on how to use it. A doxygen config file is also included, and getting the doxygen output simply requires typing 'doxygen doxy' from the folder's location. Finally, while the software is primarily designed for Linux, it should also work effectively on Windows/Mac.
What's New
Version 1.0.3: N/A