public Simulator(string path)
{
graph = new FileParser().ParseFile(path);
network = new BayesianNetwork(graph);
evidences = new List <Evidence>();
commandsMapper = new[]
{
UserAction.Of("Reset", Reset),
UserAction.Of("Add Evidence", AddEvidence),
UserAction.Of("Probabilistic Reasoning", ProbabilisticReasoning),
UserAction.Of("Quit", Quit)
};
probabilisticReasoning = new[]
{
UserFunction.Of("What is the probability that each of the vertices contains evacuees?", () => QueryNodes(network.EvacueeNodes)),
UserFunction.Of("What is the probability that each of the vertices is flooded?", () => QueryNodes(network.FloodingNodes)),
UserFunction.Of("What is the probability that each of the edges is blocked?", () => QueryNodes(network.BlockageNodes)),
UserFunction.Of("What is the probability that a certain path is free from blockages?", IsPathFree),
UserFunction.Of(
"What is the path from a given location to a goal that has the highest probability of being free from blockages?",
BestPath),
UserFunction.Of("All", () =>
probabilisticReasoning[0].Action()
.Concat(probabilisticReasoning[1].Action()).ToList()
.Concat(probabilisticReasoning[2].Action()).ToList())
};
Start();
}