def draw(self, frame, delta):
while self.new_cells_covered:
current_cell = self.new_cells_covered.pop()
frame.create_rectangle(
*Maze.__get_rectangle_coords__(current_cell),
fill="green",
outline="green")
# draw object
for bacterium in self.bacteria:
bacterium.draw(frame)
def draw(self, frame, delta):
while self.cells_to_draw:
current_cell = self.cells_to_draw.pop()
frame.create_rectangle(
*Maze.__get_rectangle_coords__(current_cell),
fill="green",
outline="green")
if current_cell[0] == MAZE_DIMENSION - 1 and current_cell[
1] == MAZE_DIMENSION - 1:
self.last_cell_drawn = True
break
def draw(self, frame, delta):
if self.new_cell_to_draw:
frame.create_rectangle(*Maze.__get_rectangle_coords__(
self.new_cell_to_draw),
fill="green",
outline="green")
self.new_cell_to_draw = None
self.id = frame.create_oval(self.x - self.radius,
self.y - self.radius,
self.x + self.radius,
self.y + self.radius,
outline="red",
fill="red")
def update(self, delta):
self.canvas.update()
if self.simulation:
self.simulation.update(self.canvas, delta)
self.simulation.draw(self.canvas, delta)
if self.simulation.finished():
self.stop_simulation()
if len(self.final_path) != 0:
self.drawing_path_time += delta
if self.drawing_path_time > FINAL_PATH_SPEED:
self.canvas.create_rectangle(*Maze.__get_rectangle_coords__(
self.final_path.pop()),
fill="blue",
outline="blue")
self.drawing_path_time = 0
