def make_board_scene(self, center_frame):
board_scene = SkChessBoardScene(self.game, center_frame)
scene_view = sk.View(board_scene)
scene_view.frame = center_frame # center_square()
scene_view.shows_fps = True
scene_view.shows_node_count = True
scene_view.shows_physics = True
return scene_view
if len(y) == 0:
return
for i, n in enumerate(self.v):
iy = int(i / Np * len(y))
n.position = (i / Np * W, y[iy] * H + H / 2)
def did_stop(self):
print('stopping')
#raise Error()
self['n'][0].remove_all_actions()
[rec.stop() for rec in r]
ui.delay(cleanup, 0.25)
# the scene seems to crash when restarting, unless we raise an error here
raise KeyboardInterrupt
#sc=Vis(dofft=True)
sc = Vis(dofft=False)
v = sk.View(sc)
v.shows_fps = True
v.shows_node_count = True
v.present()
def cleanup():
# required b/c beta always clears globals
print('cleaning up')
del globals()['r']
del globals()['sc']
del globals()['v']
def main():
game = Game()
scene_view = sk.View()
scene_view.run(game)
scene_view.present()
def main():
clock = Clock()
scene_view = sk.View()
scene_view.frame_interval = 2 #30 fps
scene_view.run_scene(clock)
scene_view.present()
def main():
scene = ClockScene()
scene_view = sk.View()
scene_view.run_scene(scene)
scene_view.present(orientations=['portrait'])
import ui
W = ui.get_screen_size().width
H = ui.get_screen_size().height
import sk
class Vis(sk.Scene):
def __init__(self):
self.v = [sk.SpriteNode() for x in xrange(int(W) * 2)]
for i, sp in enumerate(self.v):
sp.size = (5, 5)
sp.position = (i / 2., H / 2)
sp.color = (i / W / 2, (1 - i / W / 2), (0.5 + i / 800.0))
self.add_child(sp)
self.a1 = sk.Action.call(self.update_y)
self.a2 = sk.wait(0.1)
self.a3 = sk.sequence([self.a1, self.a2])
self.a4 = sk.Action.repeat_forever(self.a3)
n = sk.Node()
self.add_child(n)
n.run_action(self.a4)
def update_y(self):
y = record()
for i, n in enumerate(self.v):
iy = int(i / W / 2.0 * len(y))
n.position = (i / 2., y[iy] * H + H / 2)
v = sk.View(Vis())
v.present()
def main():
scene = ShaderScene()
scene_view = sk.View()
scene_view.run_scene(scene)
scene_view.present()
def main():
game = ParticleScene()
scene_view = sk.View(game)
scene_view.shows_fps = True
scene_view.shows_node_count = True
scene_view.present()
def update_camera(self):
if self.game_finished: return
player_pos = self.player.position
center = sk.Point(self.size.w / 5 / zoom, self.size.h / 2 / zoom)
cam_pos = min(0, center.x - player_pos.x), min(0,
center.y - player_pos.y)
cam_pos = (cam_pos[0] * zoom, cam_pos[1] * zoom)
self.foreground_layer.position = cam_pos
self.tiled_bg.tile_offset = (
(-self.foreground_layer.position.x * 0.75) % 512.0, 0)
self.tiled_bg.position = (512, 256 + cam_pos[1] * 0.75)
def show_dust_effect(self, pos):
self.dust_effect.num_particles_to_emit = 5
self.dust_effect.position = pos
self.dust_effect.reset_simulation()
self.dust_effect.advance_simulation_time(0.2)
def jump(self, strength=6.5):
self.v = sk.Vector2(self.v.x, min(15, strength))
self.standing = False
self.ground_t = 0
def did_stop(self):
self.music.stop()
scene_view = sk.View()
game = Game()
scene_view.run_scene(game)
scene_view.present(orientations=['landscape'])
