def load(tree, list):
Nodes_button = []
display_width = tree.objects[0].shape[0][1]
display_height = tree.objects[0].shape[1][1]
for button in list:
n = button[2]
pos = [button[0], button[1]]
scale = button[2]
action = button[3]
p = coordinate(pos, scale, tree)
Lx = tree.objects[0].shape[0][1]
Ly = tree.objects[0].shape[1][1]
dx = Lx / (2**n)
dy = Ly / (2**n)
Node = qu.Find(p, tree)
Node.objects[0].objects.append(
Button(action=actions[action],
image=pygame.image.load('drone.png')))
button = Node.objects[0].objects[0]
ima = button.image
b = pygame.transform.scale(
ima, (int(display_width / (2**n)), int(display_height / (2**n))))
button.image = b
Nodes_button.append(Node)
return Nodes_button
carImg=pygame.transform.scale(carImg, (int(display_width/(2**n)),
int(display_height/(2**n))))
#program.create_objects(Status)
Status.display=gameDisplay
Status.scale=[[6,28],[8,14],5]
Status.sectors=sectors
while True:
gameDisplay.fill(black)
mouse_poss=pygame.mouse.get_pos()
x=mouse_poss[0]
y=mouse_poss[1]
b=qu.Find([x,y],sectors)
px=int(b.objects[0].shape[0][0])
py=int(b.objects[0].shape[1][0])
#print(b.objects[0].shape)
# print(px)
# print(x)
car(px,py)
bu.plot_buttons(Node_buttons,sectors,gameDisplay)
for event in pygame.event.get():
if event.type == pygame.QUIT:
sys.exit()
if event.type == pygame.MOUSEBUTTONUP:
mouse_poss = pygame.mouse.get_pos()
x=mouse_poss[0]
y=mouse_poss[1]
b=qu.Find([x,y],sectors)