//constructor for testing
public MDP(Dictionary <Tuple <string, string>, int> count_transition)
{
this.count_transition = count_transition;
Ad_Graph = new AdjacencyList();
initialize_graph();
}
private Dictionary <int, int> state_map; // this id to map various state_no to index of list.
//constructor
public MDP(Dictionary <Tuple <string, string>, int> count_transition, Dictionary <Tuple <string, int, string>, Double> trans_prob, Dictionary <string, Tuple <Double, int> > state_reward)
{
this.count_transition = count_transition;
this.trans_prob = trans_prob;
this.state_reward = state_reward;
Global_nodes = new List <State>();
Ad_Graph = new AdjacencyList();
state_map = new Dictionary <int, int>();
initialize_states();
Global_nodes_temp = new List <State>(Global_nodes);
initialize_graph();
no_states = Global_nodes.Count;
Console.WriteLine("Total no of nodes in graph : {0}", no_states);
}
public Test()
{
read_dictionary();
MDP model = new MDP(count_transition);
Ad_Graph = model.Ad_Graph;
var nodes = Ad_Graph.adjacencyList.Keys.ToList();;
for (int i = 0; i < nodes.Count; i++)
{
writer.WriteLine();
var row = string.Format("{0},{1}", "start node", nodes[i]);
writer.WriteLine(row);
//Console.WriteLine("start node : "+ nodes[i]);
state_flow(nodes[i]); //1 61155 71221 21254 92434
}
writer.Close();
Console.ReadLine();
}
