choice = 1
if choice == 1:
# how many squares
w = 32
h = 32
size = w * h
grd = Grid.Grid(width=w, height=h) # create a grid object
# snk index related to the actual snake index so we don't want shifts when some are deleted hence its a dictionary
snk = {}
snakec = 0 # snake count
while snakec < 4: # create 4 snakes
ran = random.randint(0, size - 1)
if grd.show(
ran
) == 0: # if there is something there it will not generate it helps with over crowding
snk[snakec] = Snake.Create(grd, headpos=ran, key=snakec)
snakec += 1
# all object are treated equally and so they to get a dictionary
fod = {}
foodc = 0 # food count
while foodc < 10: # create 10 apples
ran = random.randint(0, size - 1)
if grd.show(ran) == 0:
fod[foodc] = Food.Create(grd, index=ran, key=foodc)
foodc += 1
world_counter = 0 # basically a global counter used for refreshing at different rates and other stuff
# by map it means the world map
map = Output.Table(root, grd, w, h, siz=800 // h)
