def __init__(self, driver, **kwargs) :
AetherModule.__init__(self, driver, **kwargs)
self.show_params = False
#These need to be updated as they were moved from the top
from ocempgui.widgets import Window,Button
from ocempgui.widgets.Constants import SIG_CLICKED
# parameter window stuff
self.offscreen = pygame.Surface(self.dims)
self.re = Renderer()
self.re.screen = driver.screen
self.param_window = Window('Parameters')
self.param_window.opacity = 0
def calib_f():
driver.input.calibrate()
calib = Button('Calibrate')
calib.connect_signal(SIG_CLICKED,calib_f)
button = Button('Close')
button.connect_signal(SIG_CLICKED,self.toggle_params)
# add custom widgets
widgets = self.get_parameter_widgets()
if driver.debug :
from aether.core import Transform
def change_sim_shape(btn) :
btn.set_active(True)
if self.person.active : shape = Transform.PERSON
elif self.poly.active : shape = Transform.POLY
else : shape = Transform.CIRCLE
driver.input.sim_shadow_shape = shape
self.circle = RadioButton("Circle")
self.circle.active = True # circle is the default
self.person = RadioButton("Person",self.circle)
self.poly = RadioButton("Polygon",self.circle)
self.circle.connect_signal(SIG_CLICKED,change_sim_shape,self.circle)
self.person.connect_signal(SIG_CLICKED,change_sim_shape,self.person)
self.poly.connect_signal(SIG_CLICKED,change_sim_shape,self.poly)
widgets.append(self.circle)
widgets.append(self.person)
widgets.append(self.poly)
else :
widgets.append(calib)
widgets.append(button)
t = Table(len(widgets),1)
for i,w in enumerate(widgets) :
t.add_child(i,0,w)
self.param_window.child = t
self.re.add_widget(self.param_window)
def __init__(self,*args) :
# need to call parent class' init method explicitly in python
AetherModule.__init__(self,*args)
self.font = pygame.font.Font(None,24)
self.frame = pygame.image.load("frames.png")
self.frame_coords = ((82,94),(334,94),(454,94),(454,260),(334,260))
self.frame_scales = ((229,302),(98,136),(98,136),(100,136),(100,136))
self.frame_sprites = []
self.frame_sprites.append(FaceSprite(pygame.Rect((0,0),(0,0)),lag=10))
self.sprite_tracker = FaceSpriteTracker(max_sprites=5,tolerance=(100,100))
def __init__(self,driver,*args) : # need to call parent class' init method explicitly in python AetherModule.__init__(self,driver,*args) self.blink_phase = 0 #self.pointer_sprite = LaserPointerSprite() #self.button = ButtonSprite() self.curr_line = [] self.lines = [self.curr_line] self.lazer = LazerPointerProvider(0,(480,360)) self.is_calibrated = False
def __init__(self,driver,*args) : # need to call parent class' init method explicitly in python AetherModule.__init__(self,driver,*args) self.world = pymunx(gravity=(0.0,0.0,0.0)) # add the walls #tl, tr, bl, br = (0,0),(self.dims[0],0),(0,self.dims[1]),(self.dims[0],self.dims[1]) #walls = ((tl,tr),(tl,bl),(tr,br),(bl,br)) #wall_shapes = [] #for w in walls : # wall_shapes.append(self.world.add_wall(w[0],w[1],elasticity=1,friction=.5)) #self.wall_shapes = wall_shapes chime_pts = ((0,0),(10,0),(10,50),(0,50)) self.chime = self.world.add_poly(chime_pts) self.chime.body.position = (self.dims[0]/2,self.dims[1]/2) # add the circle the mouse will follow self.cursor_ball = self.world.add_ball(Vec2d(self.dims[0]/2,self.dims[1]/2),density=100,radius=25,elasticity=0.9,friction=0)
def __init__(self, driver, **kwargs) : #Initalize parent class AetherModule.__init__(self,driver,**kwargs)
def __init__(self, driver, color, **kwargs) : AetherModule.__init__(self,driver,**kwargs) self.driver = driver self.title = 'TestAetherModule' self.color = color self.letter = 'A'
