def __init__(self, event_manager):
evtman.SingleListener.__init__(self, event_manager)
views.setupEntityViewFactories()
#
self._world_model, self._fox_spawner, self._carrot_spawner = gen.GenerateWorld(event_manager, (64, 64))
self._player_controller = PlayerController(event_manager)
self._game_loop_controller = GameLoopController(event_manager)
self._keyboard_controller = StartScreenKeyboardController(event_manager)
self._area_view = None
self._time_spent_view = None
self._health_view = None
self._carrot_counter_view = None
self._stats_view = None
self._status_text_view = None
self._game_over_view = None
self._time = 0
#
with pygame_.Pygame():
self._pygame_view = pygame_.PygameView(event_manager,
u"Apocalypse Bunny", (800, 480))
assets.load()
self._title_view = views.StartScreenView(event_manager)
self._pygame_view.addView(self._title_view)
self._pygame_controller = pygame_.PygameController(event_manager)
# Here I select the bunny and show its area. It's a bit of a hack
# since I know their entity_id and area_id. But I don't care, this
# game is supposed to be quick and dirty.
# Run the game until a QuitEvent is posted.
self._game_loop_controller.run()
LOGGER.info("Stopping...")
def __init__(self, event_manager):
evtman.SingleListener.__init__(self, event_manager)
views.setupEntityViewFactories()
#
self._world_model, self._fox_spawner, self._carrot_spawner = gen.GenerateWorld(
event_manager, (64, 64))
self._player_controller = PlayerController(event_manager)
self._game_loop_controller = GameLoopController(event_manager)
self._keyboard_controller = StartScreenKeyboardController(
event_manager)
self._area_view = None
self._time_spent_view = None
self._health_view = None
self._carrot_counter_view = None
self._stats_view = None
self._status_text_view = None
self._game_over_view = None
self._time = 0
#
with pygame_.Pygame():
self._pygame_view = pygame_.PygameView(event_manager,
u"Apocalypse Bunny",
(800, 480))
assets.load()
self._title_view = views.StartScreenView(event_manager)
self._pygame_view.addView(self._title_view)
self._pygame_controller = pygame_.PygameController(event_manager)
# Here I select the bunny and show its area. It's a bit of a hack
# since I know their entity_id and area_id. But I don't care, this
# game is supposed to be quick and dirty.
# Run the game until a QuitEvent is posted.
self._game_loop_controller.run()
LOGGER.info("Stopping...")
def loadSpriteAnim(self, filename):
"""Loads sprite animation from file."""
self.sequences = {}
file = assets.load(filename)
tmp = json.load(file)
file.close()
# Graphics for animation
img_list = assets.getImageList(tmp["image"], tmp["columns"], tmp["rows"])
# Create the animation sequences from the file's data
for sequence in tmp["sequences"]:
frames = []
for cell,duration in sequence["frames"]:
frames.append((img_list[cell], duration))
self.sequences[sequence["name"]] = Sequence(sequence["looping"], frames)
tw, th = texture.image.size
return {
'w': fw,
'h': fh,
'px': image.px - trimx,
'py': image.py - trimy,
'u': atlas_image.x / float(tw),
'v': atlas_image.y / float(th),
'du': fw / float(tw),
'dv': fh / float(th),
'transposed': atlas_image.transposed
}
# print '----------'
# print str(json.dumps({
# 'textures': dict((t.id,export_json_texture(t)) for t in assetGroup.textures)
# }))
# print '----------'
with open(outpath, 'w') as f:
f.write(
json.dumps({
'textures':
dict((t.id, export_json_texture(t))
for t in assetGroup.textures)
}))
if __name__ == '__main__':
export_json_assets(assets.load('assets.xml'), 'assets.json')