def __init__(self, map, coord, color):
MapObject.__init__(self)
self.set_map(map)
self.set_coord(coord)
self.set_color(color)
self.set_light(self.get_light_component(color))
self.set_image('large_crystal')
def __init__(self, coord, orientation, style):
self.style = style
self.orientation = orientation # hor or ver
MapObject.__init__(self, coord)
self.state = 0
self.block_view = True
self.block_move = True
def __init__(self, map, coord):
MapObject.__init__(self)
self.set_map(map)
self.set_coord(coord)
self.state = 0
self.check_if_ignited()
def __init__(self, map, coord):
MapObject.__init__(self)
self.set_map(map)
self.set_coord(coord)
self.state = 0 # closed
self.block_sight = True
self.object_type = 'door'
def __init__(self, map, coord, name, color=None):
MapObject.__init__(self)
self.set_map(map)
self.set_coord(coord)
self.set_image(name)
self.set_color(color)
self.set_move(self.get_move_component(color))
self.object_type = 'actor'
def createNewObject(self, typeName):
ObjectType = self.getTypeByName(typeName)
mapObject = MapObject(self.mapName, ObjectType,
ObjectType.objectNameBase + 'unnamed')
self.addObjectConnection(mapObject)
ObjectType.addMapObjectConnection(mapObject)
self.grScene.addItem(mapObject.grMapObject)
def _generate_objects(self, objects_count):
"""Generates map objects"""
positions = self.random_position(objects_count)
objects = []
for i in range(0, objects_count):
objects.append(
MapObject(init_pos=positions[i, :], id_=i, map_=self))
return objects
def loadObject(self):
model = self.viewData('ObjectGraphic')
for i in range(model.rowCount()):
objectType = self.getTypeByName(model.record(i).value('type'))
objectName = model.record(i).value('name')
objectId = model.record(i).value('id')
objectX = model.record(i).value('x')
objectY = model.record(i).value('y')
mapObject = MapObject(self.mapName, objectType, objectName, False)
mapObject.setId(objectId)
self.grScene.addItem(mapObject.grMapObject)
self.addObjectConnection(mapObject)
mapObject.setPosition(objectX, objectY)
def randomly_relocate_objects(self):
"""
With small chance for each objects, changes it's position
if area coverage is low enough
"""
objects_ = self.objects.copy()
for object_ in objects_:
if not object_.is_visible() and not object_.has_relocated(
) and np.random.random(1) < (abs(object_.get_information() - 1) *
OBJECT_RELOCATION_CHANCE):
new_position = self.random_position()
while self.get_position_coverage(*new_position[0]) >= 0.49:
new_position = self.random_position()
relocated_object = MapObject(init_pos=new_position,
id_=object_.get_id(),
map_=self)
self.objects.append(relocated_object)
if object_.was_discovered():
object_.relocated(relocated_object)
else:
self.objects.remove(object_)
def __init__(self, point = None):
"""
"""
MapObject.__init__(self, ".", True, point)
def __init__(self, point = None):
"""
"""
MapObject.__init__(self, "O", False, point)
def __init__(self, effect_tracker):
MapObject.__init__(self)
self.effect_tracker = effect_tracker