def __init__(self):
self._background = City()
width, height, tiles, objects = mapreader(MAP_FILE)
self._background.build(width, height, tiles)
self._start = Vector(*objects['start'])
self._player = self._background.place_pawn(self._start.x, self._start.y,
PLAYER_IMAGE)
goal = Vector(*objects['goal'])
self._goal = self._background.place_pawn(goal.x, goal.y,
FLOORTARGET_IMAGE)
self._goal.opacity = FLOORTARGET_OPACITY
self._ai = []
for x,y in objects['other']:
pos = Vector(x,y)
ai = create_normal_ai(self._background, pos, NORMAL_IMAGE,
FAN_IMAGE, self._player)
self._ai.append(ai)
self._stats = Stats()
self._movement = Vector(0,0)
self._cooldown = 0
self._reset_level = False
class MainState(EngineState):
def __init__(self):
self._background = City()
width, height, tiles, objects = mapreader(MAP_FILE)
self._background.build(width, height, tiles)
self._start = Vector(*objects['start'])
self._player = self._background.place_pawn(self._start.x, self._start.y,
PLAYER_IMAGE)
goal = Vector(*objects['goal'])
self._goal = self._background.place_pawn(goal.x, goal.y,
FLOORTARGET_IMAGE)
self._goal.opacity = FLOORTARGET_OPACITY
self._ai = []
for x,y in objects['other']:
pos = Vector(x,y)
ai = create_normal_ai(self._background, pos, NORMAL_IMAGE,
FAN_IMAGE, self._player)
self._ai.append(ai)
self._stats = Stats()
self._movement = Vector(0,0)
self._cooldown = 0
self._reset_level = False
def render(self, engine):
engine.window.clear()
glPushMatrix()
self._background.render()
glPopMatrix()
def update(self, engine, dt):
if self._cooldown <= 0 and self._movement.length2:
event = self._background.try_move(self._player, self._movement)
if self._player.position == self._goal.position:
print self._stats
self._reset_level = True
return
if event.is_obstacle_hit():
return
for ai in self._ai:
ai.update()
self._stats.increase_move()
self._cooldown = MOVE_COOLDOWN
elif self._cooldown <= 0 and self._reset_level:
self.reset_level()
self._cooldown = MOVE_COOLDOWN
elif self._cooldown > 0:
self._cooldown -= dt
def handle_input(self, engine, keystate):
self._movement = Vector(0,0)
if keystate[key.UP]:
self._movement.y += 1
elif keystate[key.DOWN]:
self._movement.y -= 1
elif keystate[key.RIGHT]:
self._movement.x += 1
elif keystate[key.LEFT]:
self._movement.x -= 1
def reset_level(self):
for ai in self._ai:
ai.reset_level()
self._background.move(self._player, self._start)
self._stats.reset()
self._reset_level = False
