Welcome to our Pinball game, a modern take on the classic arcade game. The game begins with 5 balls. Players can launch a ball into the playfield by pressing the space bar. The objective is to accumulate as many points as possible. Achieving a score of 5000 points will release the next ball. Subsequent goals are set at 10000 points, 20000 points, and so on. The game only saves the highest score achieved by a player. To prevent cheating, our scoreboard and savegame data are stored as images.
You can start the Pinball game in two ways:
- Run the
mainfunction directly. - You can use the "Run Workspace" launch configuration provided for Visual Studio Code. However, please note that this is a debug configuration, and it may cause the game to run slower than usual.
- Space: Launch a ball (only if there are no balls currently in play)
- Left/Right Arrow Keys: Operate the flippers
- Esc: Access the pause menu
The pause menu allows you to adjust game settings or return to the Main Menu or Options Menu. When you exit to these menus, the current game state is saved and can be resumed later. The pause menu offers the following options:
- Scale Application: Adjust the game's scale to fit your screen.
- Change Master Volume: Modify the overall audio volume.
- Change Music Volume: Adjust the background music volume.
- Change SFX Volume: Alter the volume of sound effects.
Points are earned by hitting various targets on the playfield. Accumulating a certain number of points will release the next ball into play.
- Bounce Wall: Each hit on a bounce wall awards between 10 and 25 points
- Bumper: Hitting the bumpers can give either 50, 100, 150, or 200 points
- Targets: If all targets are hit, they collectively award 5000 points
- Spring: Each spring hit gives 25 points, if the ball pases one
This project is licensed under the terms of the MIT License. This means that you are free to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the software, provided that the above copyright notice and this permission notice are included in all copies or substantial portions of the software. However, the software is provided "as is", without any warranty.
The background music used in this game is sourced from this YouTube video.
The sound effects in this game were created using Sfxr (the web version), a tool for generating sound effects, particularly for video games.
This project was developed as a university project and is currently considered finished. The Entity Component System (ECS) was originally implemented in a style similar to Java, but this approach turned out to be unsuitable for Python. There are numerous issues with the current ECS implementation that would require major refactoring to resolve. In addition, the collision system also needs a rework. Currently, each ball calculates its own physics, which is inefficient. A global engine for physics calculations would be a more efficient solution. As such, further development has been halted. If you wish to fork this project or volunteer to maintain or own it, you are welcome to do so.
This project uses several Python libraries. Most of these are part of the standard Python library and should be available in any standard Python environment:
abc: Abstract base classes.json: JSON parsing.math: Mathematical functions.os: Operating system dependent functionality.pathlib: Object-oriented filesystem paths.random: Random number generation.sys: System-specific parameters and functions.time: Time-related functions.typing: Type hints (Callables, Generics, TypeVar).
In addition, the project uses the following external libraries:
PIL(Pillow): Used for creating and manipulating images.pygame: Used for creating the game, including graphics and sound.
These can be installed via pip, conda, or anything else:
pip install pygame Pillow
conda install pygame Pillow