Welcome to FGAme’s documentation!¶
Warning
Beta software You are using a software that has not reached a stable version yet. Please beware that interfaces might change, APIs might disappear and general breakage can occur before 1.0.
If you plan to use this software for something important, please read the roadmap, and the issue tracker in Github. If you are unsure about the future of this project, please talk to the developers, or (better yet) get involved with the development of FGAme!
FGAme is a physics-based game engine for Python 3. Its aims to avoid boilerplate and to be so easy that even a child can play with it (and learn how to program with it!). Check this pong implementation:
from FGAme import *
# A 10px margin to keep things on the screen
world.add.margin(10)
# Create a ball in the middle of the screen. We also add some random speed
ball = world.add.circle(20, pos=pos.middle, color='red')
ball.vel = vel.random()
# Create both players as AABBs (axis aligned bounding boxes). Infinite
# masses prevent them from moving when hit by the ball
p1 = world.add.aabb(shape=(20, 120), pos=(30, 300), mass='inf')
p2 = world.add.aabb(shape=(20, 120), pos=(30, 300), mass='inf')
# Connect long press events with the correct functions
on('long-press', 'w').do(p1.move, 0, 5)
on('long-press', 's').do(p1.move, 0, -5)
on('long-press', 'up').do(p2.move, 0, 5)
on('long-press', 'down').do(p2.move, 0, -5)
# Start main loop
run()
FGAme currently requires Pygame to run. We have plans to make it backend agnostic and in the future it will support SDL2, Kivy, Qt and maybe others.