class GameController:
def __init__(self):
SCREEN_WIDTH, SCREEN_HEIGHT = 96, 54
VIEW_WIDTH, VIEW_HEIGHT = 70, 36
self.gamestate = Gamestates.PLAYER_ROUND
self.map = Map(96, 54)
xo, yo = self.map.generate_map(6, 10, 30)
# Systems
self.input = InputHandler()
self.camera = CameraSystem(xo, yo, VIEW_WIDTH, VIEW_HEIGHT, 2)
self.window = GameWindow(SCREEN_WIDTH, SCREEN_HEIGHT, VIEW_WIDTH,
VIEW_HEIGHT)
self.render = RenderSystem(self.window.map_con)
self.ai = RandomAI()
self.fov = FOVSystem()
self.movement = BasicMovementSystem()
self.cmd = CommandHandler(self)
self.update_observers()
self.current_control_index = 0
def update(self):
input = self.input.capture_input(self.get_control())
if input and self.gamestate is Gamestates.PLAYER_ROUND:
if self.get_control():
print(input)
valid_command = self.cmd.execute_command(input)
if valid_command:
print("ASS")
self.fov.recompute_all_entity_fovs()
self.increment_control()
self.camera.center_on_entity(self.get_control())
self.draw(self.get_control())
if self.gamestate is Gamestates.OTHER_ROUND:
# TODO: make it so enemies must take a valid command in order to proceed
command_list = self.ai.process()
for cmd in command_list:
self.cmd.execute_command(cmd)
self.gamestate = Gamestates.PLAYER_ROUND
# if self.gamestate is Gamestates.PLAYER_ROUND:
# for subject in self.input.subjects:
#
# self.draw(subject)
#
# valid_command = False
# while not valid_command:
# valid_command = self.cmd.execute_command(self.input.capture_input(subject))
# self.camera.center_on_entity(subject)
# self.gamestate = Gamestates.OTHER_ROUND
#
# self.fov.recompute_all_entity_fovs()
return input
def get_control(self):
if len(self.input.subjects) > 0:
return self.input.subjects[self.current_control_index]
else:
return None
def increment_control(self):
self.current_control_index += 1
if self.current_control_index >= len(self.input.subjects):
self.current_control_index = 0
self.gamestate = Gamestates.OTHER_ROUND
def update_observers(self):
self.ai.attach_multiple(self.map.entities)
self.input.attach_multiple(self.map.entities)
self.fov.attach_multiple(self.map.entities)
def draw(self, subject):
self.render.render_map(self.map,
subject.get_component(Components.FOV).fov)
self.window.draw(self.camera)
self.render.clear_entities(self.map.entities)
