gui = GUI(400,400,'Battle Tanks')
grid = Grid(16,16)
BaseClass.grid = grid
BaseClass.gui = gui
BaseClass.images = imageloader
done = False
process_stage = 0
player = Tank(40,40)
player_sequence = [player]
render_sequence = [grid]
grid.Draw('park2')
grid.sortRenderingComponents()
def stage(n):
global gui
for e in gui.event():
if e.type == pygame.QUIT:
return -1
if e.type == pygame.VIDEORESIZE:
gui.resize(e.dict['size'][0],e.dict['size'][1])
if n == 0:
dx = pygame.mouse.get_pos()[0] - player.x
dy = pygame.mouse.get_pos()[1] - player.y
rad_angle_turret = math.atan2(dx,dy)
if floor > 0 and floor % x == 0:
colCount += 2
rowCount += 2
#TODO: startCell and endCell should be shifted. Goal being to keep the center point in the center rather than growing towards, for eg, the north-east
endCell = (endCell[0] + 1, endCell[1] + 1)
grid = Grid(colCount, rowCount)
if floor > 0:
startCell = endCell
Algorithm.On(grid, startCell)
#TODO: endCell should be a dead end from the current grid, preferably far away from startCell
endCell = grid.randomDeadend().coord()
while endCell == startCell:
endCell = grid.randomDeadend().coord()
grid[startCell].content = "S"
grid[endCell].content = "E"
Clear()
print("Floor " + str(floor))
print(grid)
grid.Draw("output/Floor_" + str(floor))
i = input("Press enter for next floor, or type 'exit' to quit: ")
if i == "exit":
run = False
floor += 1
