Пример #1
0
 def event_paused_step(self, time_passed, delta_mult):
     self.show_hud()
     if self.pairs:
         #Draw the next cross operation
         i1, i2 = self.pairs.pop()
         self.gensprite.draw_clear()
         self.gensprite.draw_circle(i1.x + i1.bbox_width / 2,
                                    i1.y + i1.bbox_height / 2,
                                    i1.bbox_width,
                                    outline=CITIUS_COLOR)
         self.gensprite.draw_circle(i2.x + i2.bbox_width / 2,
                                    i2.y + i2.bbox_height / 2,
                                    i2.bbox_width,
                                    outline=CITIUS_COLOR)
         self.gensprite.draw_line(i1.x + i1.bbox_width / 2,
                                  i1.y + i1.bbox_height / 2,
                                  i2.x + i2.bbox_width / 2,
                                  i2.y + i2.bbox_height / 2,
                                  CITIUS_COLOR,
                                  thickness=2)
         children_genes = evolution.recombinate(
             [(i1, i2)], objects.Invader.gene_props)[0]
         #And add the new individual
         desc = objects.Invader(**children_genes)
         desc.x, desc.y = (i1.x + i2.x) / 2, (i1.y + i2.y) / 2
         self.current_room.add(desc)
         #Slow down painting to visually improve the animation
         if self.anim_sleep is None:
             #The animation time is adjusted according to the number of new
             #individuals.
             self.anim_sleep = (
                 1.0 if len(self.pairs) == 0 else
                 0 if len(self.pairs) > 50 else min(1.0, 3.0 /
                                                    len(self.pairs)))
             if self.score > 4:
                 self.anim_sleep = 0
         else:
             time.sleep(self.anim_sleep)
     elif self.pairs is not None:
         #Crossing is finished
         time.sleep(self.anim_sleep)
         self.pairs = self.anim_sleep = None
         self.score += 1
         self.last_gen = 0
         self.unpause()
    os.chdir(os.path.dirname(os.path.realpath("__file__")))
    # Create Game object
    game.InvadersGame()

    # Load backgrounds
    wall_sprite = sge.gfx.Sprite(width=game.RESX, height=game.WALL_HEIGHT)
    wall_sprite.draw_rectangle(0,
                               0,
                               wall_sprite.width,
                               wall_sprite.height,
                               fill=sge.gfx.Color('white'))
    layers = [
        sge.gfx.BackgroundLayer(wall_sprite, 0, game.RESY - game.WALL_YOFFSET)
    ]
    background = sge.gfx.Background(layers, sge.gfx.Color('black'))

    # Create objects
    invaders = [objects.Invader() for _ in range(6)]
    player = objects.Player()
    #Player is always the first object
    obj = [player] + invaders

    # Create room
    sge.game.start_room = game.GameRoom(obj, background=background)
    # Remove the mouse to increase performance by avoiding collision detection
    sge.game.mouse.visible = False
    sge.game.start_room.remove(sge.game.mouse)

    # Here we go!
    sge.game.start()