class SensorNetwork:
def __init__(self, nodes=None, channel=None):
self.nodes = [Node()] if nodes is None else nodes
self.channel = Channel() if channel is None else channel
self.last_ack = None
def step(self):
trx_and_reward = [node.step(self.last_ack[i_n] if self.last_ack is not None else None) for i_n, node in enumerate(self.nodes)] # make decisions
trx = [ele[0] for ele in trx_and_reward]
rewards = [ele[1] for ele in trx_and_reward]
ack = self.channel.communicate(trx)
self.last_ack = ack
return rewards
def reset(self):
map(Node.reset, self.nodes)
self.channel.reset()
self.last_ack = None
def __init__(self, nodes=None, channel=None):
self.nodes = [Node()] if nodes is None else nodes
self.channel = Channel() if channel is None else channel
self.last_ack = None
def __init__(self, nodes=None, channel=None):
self.nodes = [Node()] if nodes is None else nodes
self.channel = Channel() if channel is None else channel
self.last_ack = None