def main():
print(description)
director.init( resizable=True, width=640, height=480 )
scene_green = Scene()
layer_green = ColorLayer(32,255,0,255)
scene_green.add(layer_green)
scene_green.do(ac.Delay(2.0) + ac.CallFunc(push_sequence_scene))
# pyglet 1.1.4 needs this to timely pump actions
pyglet.clock.schedule(lambda dt: None)
director.run(scene_green)
def main():
print(description)
director.init(resizable=True, width=640, height=480)
scene_green = Scene()
layer_green = ColorLayer(32, 255, 0, 255)
scene_green.add(layer_green)
scene_green.do(ac.Delay(2.0) + ac.CallFunc(push_sequence_scene))
# pyglet 1.1.4 needs this to timely pump actions
pyglet.clock.schedule(lambda dt: None)
director.run(scene_green)
def push_sequence_scene():
scene_blue = Scene()
layer_blue = ColorLayer(32,32,255,255)
scene_blue.add( layer_blue, z=0 )
scene_blue.do(ac.Delay(2) + ac.CallFunc(pop_scene))
scene_red = Scene()
layer_red = ColorLayer(255,32,0,255)
scene_red.add( layer_red, z=0 )
scene_red.do(ac.Delay(2) + ac.CallFunc(pop_scene))
director.push( SequenceScene(scene_blue, scene_red) )
def push_sequence_scene():
scene_blue = Scene()
layer_blue = ColorLayer(32, 32, 255, 255)
scene_blue.add(layer_blue, z=0)
scene_blue.do(ac.Delay(2) + ac.CallFunc(pop_scene))
scene_red = Scene()
layer_red = ColorLayer(255, 32, 0, 255)
scene_red.add(layer_red, z=0)
scene_red.do(ac.Delay(2) + ac.CallFunc(pop_scene))
director.push(SequenceScene(scene_blue, scene_red))
# lens_effect: 0.7, a strong "lens". 0 means no effect at all. 1 means very strong
# center: center of the lens
# grid=(20,16): create a grid of 20 tiles x 16 tiles. More tiles will
# look better but the performance will decraese
# duration=10: 10 seconds
lens = Lens3D(radius=150,
lens_effect=0.7,
center=(150, 150),
grid=(20, 16),
duration=50)
# create a Jump action
# Jump to the right 360 pixels doing:
# 3 jumps
# of height 170 pixels
# in 4 seconds
jump = JumpBy((360, 0), 170, 3, 4)
# do and get the cloned action of lens'
action = scene.do(lens)
# perform the Jump action using as target the lens effect.
# the Jump action will modify the 'position' attribute, and
# the lens action uses the 'position' attribute as the center of the lens
#
# The action Jump + Reverse(Jump) will be repeated 5 times
scene.do((jump + Reverse(jump)) * 5, target=action)
# Run!
director.run(scene)
def start():
director.set_depth_test()
firelayer = FireManager(director.get_window_size()[0], 250)
spritelayer = SpriteLayer()
menulayer = MultiplexLayer(MainMenu())
scene = Scene(firelayer, spritelayer, menulayer)
twirl_normal = Twirl(center=(320, 240),
grid=(16, 12),
duration=15,
twirls=6,
amplitude=6)
twirl = AccelDeccelAmplitude(twirl_normal, rate=4.0)
lens = Lens3D(radius=240, center=(320, 240), grid=(32, 24), duration=5)
waves3d = AccelDeccelAmplitude(Waves3D(waves=18,
amplitude=80,
grid=(32, 24),
duration=15),
rate=4.0)
flipx = FlipX3D(duration=1)
flipy = FlipY3D(duration=1)
flip = Hide(duration=1)
liquid = Liquid(grid=(16, 12), duration=4)
ripple = Ripple3D(grid=(32, 24),
waves=7,
duration=10,
amplitude=100,
radius=320)
shakyt = ShakyTiles3D(grid=(16, 12), duration=3)
corners = CornerSwap(duration=1)
waves = AccelAmplitude(Waves(waves=8,
amplitude=50,
grid=(32, 24),
duration=5),
rate=2.0)
shaky = Shaky3D(randrange=10, grid=(32, 24), duration=5)
quadmove = QuadMoveBy(delta0=(320, 240),
delta1=(-630, 0),
delta2=(-320, -240),
delta3=(630, 0),
duration=2)
fadeout = FadeOutTRTiles(grid=(16, 12), duration=2)
cornerup = MoveCornerUp(duration=1)
cornerdown = MoveCornerDown(duration=1)
shatter = ShatteredTiles3D(randrange=16, grid=(16, 12), duration=4)
shuffle = ShuffleTiles(grid=(16, 12), duration=1)
orbit = OrbitCamera(radius=1,
delta_radius=2,
angle_x=0,
delta_x=-90,
angle_z=0,
delta_z=180,
duration=4)
jumptiles = JumpTiles3D(jumps=2, duration=4, amplitude=80, grid=(16, 12))
wavestiles = WavesTiles3D(waves=3, amplitude=60, duration=8, grid=(16, 12))
turnoff = TurnOffTiles(grid=(16, 12), duration=2)
scene.do(
Delay(3) + ripple + Delay(2) + wavestiles + Delay(1) + twirl + liquid +
Delay(2) + shakyt + Delay(2) + ReuseGrid() + shuffle + Delay(4) +
ReuseGrid() + turnoff + Reverse(turnoff) + Delay(1) + shatter + flip +
Delay(2) + Reverse(flip) + flipx + Delay(2) + ReuseGrid() + flipy +
Delay(2) + ReuseGrid() + flipx + Delay(2) + ReuseGrid() + flipy +
Delay(2) + lens + ReuseGrid() + ((orbit + Reverse(orbit)) | waves3d) +
Delay(1) + corners + Delay(2) + Reverse(corners) + waves + Delay(2) +
ReuseGrid() + shaky + jumptiles + Delay(1) + cornerup + Delay(1) +
Reverse(cornerdown) + Delay(1) + fadeout + Reverse(fadeout) +
Delay(2) + quadmove + Delay(1) + Reverse(quadmove) + StopGrid())
scene.do(Delay(10) + OrbitCamera(delta_z=-360 * 3, duration=10 * 4))
firelayer.do(Delay(4) + Repeat(RotateBy(360, 10)))
return scene
scene = Scene(BackgroundLayer())
# create a Lens effect action
# radius: 150 pixels
# lens_effect: 0.7, a strong "lens". 0 means no effect at all. 1 means very strong
# center: center of the lens
# grid=(20,16): create a grid of 20 tiles x 16 tiles. More tiles will
# look better but the performance will decraese
# duration=10: 10 seconds
lens = Lens3D(radius=150, lens_effect=0.7, center=(150, 150), grid=(20, 16), duration=50)
# create a Jump action
# Jump to the right 360 pixels doing:
# 3 jumps
# of height 170 pixels
# in 4 seconds
jump = JumpBy((360, 0), 170, 3, 4)
# do and get the cloned action of lens'
action = scene.do(lens)
# perform the Jump action using as target the lens effect.
# the Jump action will modify the 'position' attribute, and
# the lens action uses the 'position' attribute as the center of the lens
#
# The action Jump + Reverse(Jump) will be repeated 5 times
scene.do((jump + Reverse(jump)) * 5, target=action)
# Run!
director.run(scene)
