class DrawGrid:
def __init__(self, size):
"""
Draw game's grid/universe
Arguments:
size {int tuple} -- size of grid to draw (x, y)
"""
# init self state as randomized binary value based on given tuple (size)
self.state = RNG.integers(2, size=size)
# init self access to GameEngine class
self.gameEngine = GameEngine(self)
def animateGrid(self):
"""
"Animate" game's grid/universe using double-buffering.
Yields:
[self] -- enables while loop to re-up and draw new image data
based on engine rules that were processed during
previous pass, generating the illusion of animation
"""
start = 0
n = 0
plt.title(GAME_TITLE)
while 1:
if n == 0:
# create image based on init state data
image = plt.imshow(self.state)
else:
# update image based on yielded state from previous pass
image.set_data(self.state)
# increment n
n += 1
self.gameEngine.rules()
print( "life cycle: {}\t\t"\
"frame time: {:.3f}\t\t"\
"framerate: {:.2f}\t\t".format(
n,
(time.time() - start),
(1 / (time.time() - start)),
), end= "\r",
)
start = 0
start = time.time()
plt.pause(DESIRED_FRAMERATE)
yield self
