def __init__(self, gridPosition):
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'boss_idle_f'),
4)
self.currentLine = 0
self.dialogues = [
'Hehehe!', 'Bien joue d\'etre arrive jusqu\'ici.', 'Hihihi! ',
'Mais c\'etait en vain.', 'Tu ne peux pas sauver le monde.',
' Hohoho!',
'Tu es destine a rester dans cette salle jusqu\'a la fin de tes jours...',
'Soit dans pas longtemps', 'Huhuhu!', ''
]
def __init__(self, startingGridPos):
GridAlignedObject.__init__(
self, startingGridPos,
aggregateAnim('sprites/mobs/', 'bat color-swap-purple'), 20)
self.move((0, 60))
def __init__(self, startingGridPos):
GridAlignedObject.__init__(self, startingGridPos, aggregateAnim('sprites/mobs/', 'slime color swap purple'), 3)
self.move((0,50))
def __init__(self, gridPos):
GridAlignedObject.__init__(self, gridPos, aggregateAnim('sprites/environment/', 'spring_f0'), 0.001)
def __init__(self, gridPosition):
GridAlignedObject.__init__(
self, gridPosition,
aggregateAnim('sprites/environment/', 'spawnpoint'), 0.001)
def __init__(self, gridPos):
GridAlignedObject.__init__(
self, gridPos,
aggregateAnim('sprites/environment', 'button_Animation 1_0'),
0.001)
def __init__(self, gridPosition):
GridAlignedObject.__init__(
self, gridPosition, aggregateAnim('sprites/environment/', 'table'),
3)
def __init__(self, gridPos):
GridAlignedObject.__init__(self, gridPos,
aggregateAnim('sprites/items/', 'coin'), 5)
def __init__(self, gridPosition):
rand = random.random()
if rand <= 1 / 12.0:
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'npc1_f'),
4)
elif 1 / 12.0 < rand <= 2 / 12.0:
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'npc2'), 4)
elif 2 / 12.0 < rand <= 3 / 12.0:
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'npc3'), 4)
elif 3 / 12.0 < rand <= 4 / 12.0:
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'npc4'), 4)
elif 4 / 12.0 < rand <= 5 / 12.0:
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'npc5'), 4)
elif 5 / 12.0 < rand <= 6 / 12.0:
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'npc6'), 4)
elif 6 / 12.0 < rand <= 7 / 12.0:
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'npc7'), 4)
elif 7 / 12.0 < rand <= 8 / 12.0:
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'npc8'), 4)
elif 8 / 12.0 < rand <= 9 / 12.0:
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'npc9'), 4)
elif 9 / 12.0 < rand <= 10 / 12.0:
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'npc10'),
4)
elif 10 / 12.0 < rand <= 11 / 12.0:
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'npc11'),
4)
elif 11 / 12.0 < rand:
GridAlignedObject.__init__(self, gridPosition,
aggregateAnim('sprites/npc', 'npc12'),
4)
def __init__(self, gridPosition, facing = 0):#0=up, 1=left, 2=down, 3= right
GridAlignedObject.__init__(self, gridPosition, self.__spinList(aggregateAnim('sprites/environment/', 'spike_f0'), facing), 0.001)
self.facing = facing