def __init__( self, gui, next=None,
rows=5, columns=7, ghost_eaters=3,
completeness=10, connectedness=60,
room_size=80,
escaped=0, eaten=0 ):
Canvas.__init__( self, gui ) # superclass constructor
self.next = next # function to move to next level
self.rows = rows
self.columns = columns
self.room_size = room_size
self.completeness = completeness
self.connectedness = connectedness
# game score
self.escaped = escaped
self.eaten = eaten
# set up window
self.title = "escape machine"
width = (self.columns + 1) * self.room_size
height = ((self.rows + 1) * self.room_size) + self.FONT_SIZE * 5
self.size = ( width, height )
# color ranking to determine movements
self.color_lock = Lock()
self.color_ranking = None
text_x = width / 2
text_y = (self.rows + 1) * self.room_size
self.escaped_position = ( text_x, text_y )
self.eaten_position = ( text_x, text_y + (2 * self.FONT_SIZE) )
self.go_size = self.FONT_SIZE * 3
self.go_position = ( text_x - (self.go_size * 2), text_y )
self.go_center = tuple( p + self.go_size / 2 for p in self.go_position )
self.go_hover = False
# game variables
self.black_ghost = None
self.ghost_eaters = [None] * ghost_eaters
self.purple_ghost_eaters = set()
self.imprisoned_ghosts = set()
self.game_over = False
# generate maze
self.rooms = None
self.generate_maze()
# start move thread
self.moving_flag = False
self.move_queue = Queue()
self.move_thread = Thread( target=self.handle_move )
self.move_thread.start()
def __init__( self, assembly_graph, gui=None, room_size=30 ):
self.draw_gui = False
if gui is not None:
self.draw_gui = True
Canvas.__init__( self, gui )
self.room_size = room_size
# set up window
self.title = "color rank"
width = self.room_size * 6.5
height = self.room_size * 7.5
self.size = ( width, height )
self.maze = None
self.assembly_graph = assembly_graph
# set rank colors method as graph observer
assembly_graph.observers.append( self.rank_colors )
self.ranked_colors = { 0:[], 1:[], 2:[], 3:[] }
