This is the backup/legacy repository for the pygamelib project (hac-game-lib is the former name). I made a backup repository just in case but all new development will be in the pygamelib repository.
Hyrule Astronomy Club Game Library- base library for a game development
Historically, this library is used as a base to teach coding to kids from 6 to 15. It aims at giving an environment to new and learning developers (including kids) that let them focus on the algorithm instead of the lousy display or precise management.
It started as a very simple library with very little capabilities, but over time it became something more. To the point that it is now possible to make very decent games with it. So this is obviously still extremely simple compared to other game framework and it still does not aim at being anything serious for real game developers. However, it can now be used by aspiring game developers for an introduction to 2D games development.
There is a Youtube channel that contains tutorials.
Here is a quick view of what can currently be achieved with that library (base_game haven't been updated for a long time):
The base game makes use of:
- The main "game engine" (gamelib.Game.Game)
- Many different types of structures (from gamelib.Structures): Wall (well the walls...), Treasure (gems and money bag), GenericStructure (trees) and GenericActionnableStructure (hearts and portals)
- Game()'s menu capabilities.
- Player and NPC (from gamelib.Characters)
- Inventory (from gamelib.Inventory)
- Player and Inventory stats
- RandomActuator (NPCs in level 2) and PathActuator (NPCs in level 1) (from gamelib.Actuators.SimpleActuators)
For more up to date examples, have a look at:
- examples/suparex/ a platform game with procedural level generation
- examples/tutorials/03-game-design/ for a more "dungeon-y" turn by turn experience.
Hopefully you'll find the hac-game-lib to have a lot of strong points:
- It is simple. It requires very limited Python knowledge to start coding games.
- Yet powerful offering more advanced programmers a lot of possibilities.
- The possibilities scale up with the students offering basic feature and default values "good enough" for beginners and lots of tunning opportunities for the advanced coders.
- Lots of stuff are available by default. Any idea how long it would take a beginner to display only a part of a board? 1 second with the hac-game-lib, probably slightly more if they had to do it by hand ;)
- It is Terminal based. This means no graphics card dependencies, cross platform, and a framework that stimulate imagination and creativity.
The easiest way to install a stable version is to use pypi:
pip3 install hac-game-lib
It will pull all dependencies
Installation from sources and requirements
The hac-game-lib only supports Python 3.6+. It will not run with Python 2. We use pipenv to manage dependencies.
Run Pipenv to install the requirements:
pip3 install pipenv pipenv install
If you want the development dependencies you need to run:
pip3 install pipenv pipenv install --dev
To run the unit tests use the following command:
python -m unittest discover -s tests
Terminal color and emojis
It is not really a hard requirement but colored emojis are really bringing the games created to life.
We then recommend to have a color emojis font installed like Noto Color Emojis (on most Linux distributions you can install it from the package manager, search for "noto-color-emoji").
If your terminal application is not displaying color emojis, please have a look at this file and follow the instructions.
To run the examples using pipenv:
pipenv shell (hac-game-lib) cd examples/suparex (hac-game-lib) python3 suparex.py
There is tons of limitations but for the most important ones:
- Only one player is supported.
- There is little protections against messing up with the internal. This is on purpose, I want the kids to learn to use the API not mess up with the internals of every single class.
- It's pure Python (it's slow).