def __init__(self, lifespan=None):
Grid_2D_World.__init__(self, lifespan)
self.name = 'grid_2D_dc'
self.name_long = 'decoupled two dimensional grid world'
print ", decoupled"
self.num_sensors = self.world_size * 2
self.VISUALIZE_PERIOD = 10**3
self.display_state = False
def __init__(self, lifespan=None):
Grid_2D_World.__init__(self, lifespan)
self.name = 'grid_2D_dc'
self.name_long = 'decoupled two dimensional grid world'
print ", decoupled"
self.num_sensors = self.world_size * 2
self.VISUALIZE_PERIOD = 10 ** 3
self.display_state = False
def __init__(self, lifespan=None, test=False):
"""
Set up the world based on the grid_2D world
"""
Grid_2D_World.__init__(self, lifespan)
self.name = 'grid_2D_dc'
self.name_long = 'decoupled two dimensional grid world'
print ", decoupled"
self.num_sensors = self.world_size * 2
def __init__(self, lifespan=None):
"""
Set up the world based on the grid_2D world.
Parameters
----------
lifespan : int
The number of time steps to continue the world.
"""
Grid_2D_World.__init__(self, lifespan)
self.name = 'grid_2D_dc'
self.name_long = 'decoupled two dimensional grid world'
print ", decoupled"
self.num_sensors = self.world_size * 2
def __init__(self, lifespan=None):
"""
Set up the world based on the grid_2D world.
Parameters
----------
lifespan : int
The number of time steps to continue the world.
"""
Grid_2D_World.__init__(self, lifespan)
self.name = "grid_2D_dc"
self.name_long = "decoupled two dimensional grid world"
print ", decoupled"
self.num_sensors = self.world_size * 2