def initilization():
print('Initialize the environment')
ParseTopologyFile.parse_aSHIIP_topology_bi_directional(
POMDPSettings.TOPOLOGY_FILE_NAME, POMDPSettings.adjacent_matrix)
if POMDPSettings.USER_INPUT_TARGET_NODE:
while (True):
print("Please enter the target node. Any number between [0-%s]" %
(len(POMDPSettings.adjacent_matrix) - 1))
user_input_target_node = int(input())
if user_input_target_node > len(POMDPSettings.adjacent_matrix) - 1:
print("No Such Node. Please try again")
continue
POMDPSettings.target_node.append(
user_input_target_node
) ########### Assuming one target node currently, so index will be 0
break
else:
POMDPSettings.target_node = POMDPSettings.STATIC_TARGET_NODE
print("Target Node : %s" % (POMDPSettings.target_node))
############################################# Now we are assuming just one target for each POMDP agent #############################
target_resource = POMDPSettings.target_node[0]
POMDPSettings.all_pair_shortest_path[
target_resource] = Dijkstra.Dijkstra_algorithm_unweighted(
target_resource, POMDPSettings.adjacent_matrix)
# PrintLibrary.all_pair_shortest_path_print(POMDPSettings.all_pair_shortest_path) ######## Print the shortest path knowledge #############
print('******* End of static environment initialization ***************')
def initialization():
create_state_space()
# Utilities.print_space_properties() ################ Print Space Properties
ParseTopologyFile.parse_aSHIIP_topology(POMDPSettings.TOPOLOGY_FILE_NAME,
POMDPSettings.adjacent_matrix)
# Utilities.print_Topology(POMDPSettings.adjacent_matrix)
###################### What is the target node and find distance matrix of these nodes to other nodes #############################
while (True):
print("Please enter the target node. Any number between [0-%s]" %
(len(POMDPSettings.adjacent_matrix) - 1))
user_input_target_node = int(input())
if user_input_target_node > len(POMDPSettings.adjacent_matrix) - 1:
print("No Such Node. Please try again")
continue
POMDPSettings.target_node.append(
user_input_target_node
) ########### Assuming one target node currently, so index will be 0
break
print("Target Node : %s" % (POMDPSettings.target_node))
Utilities.generate_inital_probability()
print("Initial Belief %s" % (POMDPSettings.initial_belief_position))
POMDPSettings.all_pair_shortest_path[POMDPSettings.target_node[0]] = \
Dijkstra.Dijkstra_algorithm_unweighted(POMDPSettings.target_node[0],POMDPSettings.adjacent_matrix)
POMDPModules.generate_initial_state()
