def __init__(self):
logger.info("Initializing scene: demo/basic.")
self.camera.position = Vector(0., 0.)
self.seg_node = Node()
self.seg_node.shape = Segment(Vector(-2., -2.),
Vector(2., 2.,))
self.circle_node = Node()
self.circle_node.shape = Circle(2., Vector(2., 2.))
self.box_node = Node()
self.box_node.shape = Polygon.from_box(Vector(1.5, 1.5))
logger.info("Node scene before adding to tree: %s", self.seg_node.scene)
self.root.add_child(self.seg_node)
self.root.add_child(self.circle_node)
self.root.add_child(self.box_node)
logger.info("Node scene after adding to tree: %s", self.seg_node.scene)
self.virtual_resolutions_cycle = itertools.cycle(
[Vector(10, 10), Vector(20, 20), Vector(5, 15), Vector(15, 5)]
)
self.virtual_resolution_modes_cycle = itertools.cycle(
[VirtualResolutionMode.aggresive_stretch,
VirtualResolutionMode.no_stretch,
VirtualResolutionMode.adaptive_stretch]
)
logger.info("Displays info:")
for display in self.engine.get_displays():
logger.info("* %r", display)
def __init__(self):
self.camera.position = Vector(0., 0.)
self.python_img = Sprite(PYTHON_IMAGE_PATH)
self.box_img = Sprite(BOX_IMAGE_PATH)
self.objects = []
self.random_collisions = False
self.collision_spawning = False
self.space = self.root.add_child(SpaceNode())
self.box = self.space.add_child(BodyNode(
sprite=self.box_img,
body_type=BodyNodeType.kinematic,
angular_velocity_degrees=30.,
))
# create bounding collision box with segments
self.box_seg1 = self.box.add_child(HitboxNode(
shape=Segment(Vector(-143, -143), Vector(-143, 143)),
))
self.box_seg2 = self.box.add_child(HitboxNode(
shape=Segment(Vector(-143, 143), Vector(143, 143)),
))
self.box_seg3 = self.box.add_child(HitboxNode(
shape=Segment(Vector(143, 143), Vector(143, -143)),
))
self.box_seg4 = self.box.add_child(HitboxNode(
shape=Segment(Vector(143, -143), Vector(-143, -143)),
))
for i in range(5):
self.spawn_object()
self.space.set_collision_handler(
COLLISION_TRIGGER, COLLISION_TRIGGER,
self.on_collision,
phases_mask=(CollisionPhase.begin |
CollisionPhase.separate),
)
self.observed_ball = [
n for n in self.space.children if isinstance(n, FlyingBall)
][0]
def __init__(self, sound_path, music_path):
logger.info("Initializing scene: demo/basic.")
self.camera.position = Vector(0., 0.)
self.seg_node = Node()
self.seg_node.shape = Segment(Vector(-2., -2.), Vector(
2.,
2.,
))
self.circle_node = Node()
self.circle_node.shape = Circle(2., Vector(2., 2.))
self.box_node = Node()
self.box_node.shape = Polygon.from_box(Vector(1.5, 1.5))
print("Node scene before adding to tree: {}".format(
self.seg_node.scene))
self.root.add_child(self.seg_node)
self.root.add_child(self.circle_node)
self.root.add_child(self.box_node)
print("Node scene after adding to tree: {}".format(
self.seg_node.scene))
if sound_path:
self.sound = Sound(sound_path)
else:
self.sound = None
if music_path:
self.music = Music(music_path)
else:
self.music = None
self.virtual_resolutions_cycle = itertools.cycle(
[Vector(10, 10),
Vector(20, 20),
Vector(5, 15),
Vector(15, 5)])
self.virtual_resolution_modes_cycle = itertools.cycle([
VirtualResolutionMode.aggresive_stretch,
VirtualResolutionMode.no_stretch,
VirtualResolutionMode.adaptive_stretch
])
print("Displays info:")
for display in self.engine.get_displays():
print("* {!r}".format(display))
def __init__(self):
self.camera.position = Vector(0., 0.)
self.python_img = Sprite(PYTHON_IMAGE_PATH)
self.collisions_enabled = True
self.space = self.root.add_child(SpaceNode(position=Vector(0, 0), ))
self.box = self.space.add_child(
BodyNode(
body_type=BodyNodeType.kinematic,
angular_velocity=0.3,
))
# create bounding collision box with segments
self.box_seg1 = self.box.add_child(
HitboxNode(
shape=Segment(Vector(-4, -4), Vector(-4, 4)),
mask=HitboxMask.side,
collision_mask=HitboxMask.all,
color=Color(0.5, 0.5, 0.5),
))
self.box_seg2 = self.box.add_child(
HitboxNode(
shape=Segment(Vector(-4, 4), Vector(4, 4)),
mask=HitboxMask.side,
collision_mask=HitboxMask.all,
color=Color(0.5, 0.5, 0.5),
))
self.box_seg3 = self.box.add_child(
HitboxNode(
shape=Segment(Vector(4, 4), Vector(4, -4)),
mask=HitboxMask.side,
collision_mask=HitboxMask.all,
color=Color(0.5, 0.5, 0.5),
))
self.box_seg4 = self.box.add_child(
HitboxNode(
shape=Segment(Vector(4, -4), Vector(-4, -4)),
mask=HitboxMask.side,
collision_mask=HitboxMask.all,
color=Color(0.5, 0.5, 0.5),
))
self.obj1 = self.space.add_child(
BodyNode(
mass=1e10,
position=Vector(0, -2),
velocity=Vector(-3.0, 0.5), # * 10,
shape=Circle(0.2),
sprite=self.python_img,
color=Color(1., 0., 0., 1.),
))
self.obj1_hitbox = self.obj1.add_child(
HitboxNode(
shape=Circle(0.2),
mask=HitboxMask.snake,
collision_mask=HitboxMask.all,
trigger_id=CollisionTrigger.obj,
visible=False,
))
self.obj2 = self.space.add_child(
BodyNode(
mass=1e10,
position=Vector(0, 2),
velocity=Vector(4.0, -0.1), # * 10,
shape=Circle(0.2),
sprite=self.python_img,
))
self.obj2_hitbox = self.obj2.add_child(
HitboxNode(
shape=Circle(0.2),
mask=HitboxMask.snake,
collision_mask=HitboxMask.all,
trigger_id=CollisionTrigger.obj,
visible=False,
))
self.obj3 = self.space.add_child(
BodyNode(
mass=1e15,
moment=1e20,
position=Vector(-1.5, 0.1),
velocity=Vector(-1.0, -2.0),
angular_velocity_degrees=35.,
shape=Polygon([
Vector(-1, -1),
Vector(1, -1),
Vector(1, 1),
Vector(-1, 1)
]),
))
self.obj3_hitbox = self.obj3.add_child(
HitboxNode(
mask=HitboxMask.box1,
collision_mask=HitboxMask.all,
shape=self.obj3.shape,
visible=False,
elasticity=0.3,
))
self.obj4 = self.space.add_child(
BodyNode(
position=Vector(0, -2),
velocity=Vector(1.0, 5.0),
angular_velocity_degrees=-5.,
shape=Polygon.from_box(Vector(0.5, 1.)),
))
self.obj4_hitbox = self.obj4.add_child(
HitboxNode(
mask=HitboxMask.box2,
collision_mask=HitboxMask.all,
shape=self.obj4.shape,
visible=False,
elasticity=0.6,
))
self.space.set_collision_handler(CollisionTrigger.obj,
CollisionTrigger.obj,
self.handle_collision)
def __init__(self):
self.camera.position = Vector(0, 0)
self.game_over = False
# physics setup
self.space = self.root.add_child(SpaceNode(sprite=SPRITE_HAND, ))
self.space_static = self.space.add_child(
BodyNode(body_type=BodyNodeType.static, ))
self.border = self.space_static.add_child(
HitboxNode(
position=Vector(0, 350),
shape=Segment(Vector(-600, 0), Vector(600, 0)),
trigger_id=CollisionTrigger.border,
# color=Color(1., 0., 0., 0.5),
z_index=100,
))
self.space.set_collision_handler(
CollisionTrigger.soap,
CollisionTrigger.runner_enemy,
self.on_collision_soap_enemy,
phases_mask=CollisionPhase.begin,
)
self.space.set_collision_handler(
CollisionTrigger.border,
CollisionTrigger.runner_enemy,
self.on_collision_border_enemy,
phases_mask=CollisionPhase.begin,
)
self.space.set_collision_handler(
CollisionTrigger.soap,
CollisionTrigger.runner_pickup,
self.on_collision_soap_pickup,
phases_mask=CollisionPhase.begin,
)
self.space.set_collision_handler(
CollisionTrigger.border,
CollisionTrigger.runner_pickup,
self.on_collision_border_pickup,
phases_mask=CollisionPhase.begin,
)
# background parallax effect
self.water_back = self.root.add_child(
VerticalScrollingNode(
repeat_sprite=SPRITE_WATER_BACK,
scroll_duration=9000.,
z_index=-10,
))
self.water_front = self.root.add_child(
VerticalScrollingNode(
repeat_sprite=SPRITE_WATER_FRONT,
scroll_duration=3000.,
z_index=10,
))
self.player_state = PlayerState()
self.effects_manager = EffectsManager(
root_node=self.root,
camera=self.camera,
)
self.runners_manager = RunnersManager(space_node=self.space, )
self.powerups_manager = PowerupsManager(
player_state=self.player_state,
runners_manager=self.runners_manager,
)
self.player_manager = PlayerManager(
player_state=self.player_state,
space_node=self.space,
effects_manager=self.effects_manager,
)
self.ui_manager = UIManager(
player_state=self.player_state,
root_node=self.root,
)