def check_drop():
from Main import random_object
global Gameboard
global Gameboard_size
drop_found = False
for tmpy in range(2, Gameboard_size + 1):
#Start at the bottom so that elements above will
#drop down when the ones below them do so
y = Gameboard_size - tmpy
for x in range(0, Gameboard_size):
obj = Gameboard[x][y]
if obj is None:
if y is 0:
newobj = random_object()
move_element(newobj, x, 0)
drop_found = True
continue
if Gameboard[x][y + 1] is None:
drop_found = True
move_element(obj, x, y + 1)
Gameboard[x][y] = None
if y is 0:
newobj = random_object()
move_element(newobj, x, 0)
return drop_found
def random_Gameboard():
from Main import random_object
global Gameboard_size
global Gameboard
global image_size
global game_started
for x in range(0, Gameboard_size):
for y in range(0, Gameboard_size):
obj = random_object()
Gameboard[x][y] = obj
## Don't let any matches exist when the board is created
check_adjacency(3)
fill_empty_spaces(3)
game_started = True