def update(self, *args, **kwargs):
self._updateQuadGroupFromRect(self._frame)
#tick = kwargs["tick"]
quadgroup = SpriteFactory().quadgroup
if (self._last_frame != self._frame) and (quadgroup is not None):
for spr in quadgroup.sprites():
spr.rect.move_ip(self._dx + spr.position.left - spr.rect.left,
self._dy + spr.position.top - spr.rect.top)
spr.dirty = 1
quadgroup.dontSeekDirtiesNextTime()
self._last_frame = self._frame.copy()
def _makeSpriteFromData(self, data, x, y, layer=0):
if data is None:
raise Exception("Error: the data is None (maybe the symbol is wrong)")
if data.has_key("layer"):
layer = data["layer"]
new_sprite = SpriteFactory().fromFile(data["kind"], data["filename"], data["ppa"], (x, y), data["area"], layer)
if data["colorkey"] is not None:
new_sprite.setColorKey(data["colorkey"])
self._bindAnimationsFromData(data, new_sprite)
return new_sprite
class Game(object):
def __init__(self, width, height):
self._egg = Egg(width, height,)
self.clock = self._egg.clock
self.physic_world = PhysicWorld(Rect(-width, -height, width * 3, height * 3))
self.state_manager = StateManager()
self.sprite_factory = SpriteFactory()
self._go_librarian = Librarian()
Window().bgd = "grey"
@self.renderer(Window().surface)
def renderGame(surface):
if self.physic_world.debug:
color = self.physic_world.DEBUG_COLOR
for b in self.physic_world.world:
x, y = b.position
for fixture in b:
vertices = [(vx + x, vy + y) for vx, vy in fixture.shape.vertices]
polygon(surface, vertices, color)
displayFlip()
return self.sprite_factory.draw(surface, Window().bgd)
def getObjects(self, path="*"): return self._go_librarian.get(path)
def delObjects(self, path): self._go_librarian.delete(path)
def addObjects(self, path, objs): self._go_librarian.add(path, objs)
def updateObjects(self, *args, **kargs): self._go_librarian.update(*args, **kargs)
def getObjectsKeys(self): return self._go_librarian.keys
def renderer(self, *args):
return self._egg.Renderer(*args)
def updateWorld(self, *args):
self._egg.updateWorld(*args)
def observeKeyboard(self, *args):
self._egg.observeKeyboard(*args)
def unobserveKeyboard(self, *args):
self._egg.unobserveKeyboard(*args)
def observeMouse(self, *args):
self._egg.observeMouse(*args)
def unobserveMouse(self, *args):
self._egg.unobserveMouse(*args)
def hatch(self, *args):
self._egg.run(*args)
def stop(self):
self._egg.continue_pyguane = False
def __init__(self, width, height):
self._egg = Egg(width, height,)
self.clock = self._egg.clock
self.physic_world = PhysicWorld(Rect(-width, -height, width * 3, height * 3))
self.state_manager = StateManager()
self.sprite_factory = SpriteFactory()
self._go_librarian = Librarian()
Window().bgd = "grey"
@self.renderer(Window().surface)
def renderGame(surface):
if self.physic_world.debug:
color = self.physic_world.DEBUG_COLOR
for b in self.physic_world.world:
x, y = b.position
for fixture in b:
vertices = [(vx + x, vy + y) for vx, vy in fixture.shape.vertices]
polygon(surface, vertices, color)
displayFlip()
return self.sprite_factory.draw(surface, Window().bgd)