How to use the interface.agent.Agent function in Interface

def _construct_tile(self, position, tile_name):
		agent = Agent(self.id)
		agent.construct_tile(tile_name, position)
		self.advance_ip()

def __move_item(item_id, location):
		if location[0] != 1 or len(location) != 4:
			print "Error in position cordinate in script"
		item = Nobject(item_id)
		agent = Agent(self.id)
		if not agent_holding_item(agent, item_id):
			if not positions_equal(agent.position, item.position):
				#print "1"
				self.__move(item.position)
			else:
				#print "2"
				self._pickup_item(item_id)
		else:
			if positions_equal(agent.position, position):
				#print "3"
				self._drop_item(item_id)
				self.advance_ip() #exit condition
			else:
				#print "4"
				self.__move(location)

if not agent_id in self.next_move:	#execute immediately
			agent = Agent(agent_id)
			agent_command(agent, *params)
			self.schedule(agent_id, self.last_time + agent.action_delay())
			#set agent_next_move time
		elif self.next_move[agent_id] <= self.last_time: #execute immediately
			print "agent_command_scheduler, execute: this should never happen, race condition or off by one error"
			agent = Agent(agent_id)
			agent_command(agent, *params)
			self.schedule(agent_id, self.last_time + agent.action_delay())
			#next_move[agent_id] = self.last_time + agent.action_delay() #set agent_next_move time
		else: #agent is already scheduled, pass to agent_msg que
			#print "need to implement scheduler!"
			## DELETE below when scheduler is ready !!! # ###
			if False:
				agent = Agent(agent_id)
				agent_command(agent, *params)
			else:
				self.agent_controller.next_action(agent_id)
			#self.schedule(agent_id, self.last_time + agent.action_delay())
			pass

def construct_tile(self, agent_id, position, tile_name, **msg):
		Agent(agent_id).construct_tile(position, tile_name)
		pass

def agent_info(self, id, client_id, version = -1):
        msg = {}
        msg['msg'] = 'agent_info'
        msg['id'] = id
        msg['client_id'] = client_id
        x = Agent(id)
        msg['version'] = x.version
        msg['value'] = x.serialize()
        self.info_out_q.put((client_id,msg))
        pass

def dig(self, agent_id, position, action = None, **msg):
		if action == None:
			action = "wall"
		Agent(agent_id).dig(position, action)		
		
		pass

print "Share State Start"
        not_singletons = []
        to_share = [singleton for singleton in self.__dict__.items() if singleton[0] not in not_singletons]
        def share(a,b):
            name1, object1 = a[0], a[1]
            name2, object2 = b[0], b[1]
            if getattr(object1,name2,'xx') != 'xx':
                #print 'Assigning',name2,'to',name1
                setattr(object1,name2,object2)
        [[share(singleton1,singleton2) for singleton2 in to_share] for singleton1 in to_share]

        ### INIT Templates ###
        #Agent class init
        Agent.world_map = self.world_map
        Agent.delta = self.delta
        Agent.agents = self.agents
        Agent.objects = self.objects
        Agent.world_time = self.world_time
        Agent.dat = self.dat
        #Object class init
        Nobject.world_map = self.world_map
        Nobject.delta = self.delta
        Nobject.agents = self.agents
        Nobject.objects = self.objects
        Nobject.world_time = self.world_time
        Nobject.dat = self.dat
        #Crop class init
        Crop.world_map = self.world_map
        Crop.delta = self.delta
        Crop.agents = self.agents
        Crop.objects = self.objects
        Crop.world_time = self.world_time