public static void ExportToGv(this NestedMarkovDecisionProcess nmdp, TextWriter sb)
{
sb.WriteLine("digraph S {");
//sb.WriteLine("size = \"8,5\"");
sb.WriteLine("node [shape=box];");
var initialStateName = "initialState";
sb.WriteLine($" {initialStateName} [shape=point,width=0.0,height=0.0,label=\"\"];");
var initialCid = nmdp.GetRootContinuationGraphLocationOfInitialState();
ExportCid(nmdp, sb, initialStateName, false, initialCid);
for (var state = 0; state < nmdp.States; state++)
{
sb.Write($" {state} [label=\"{state}\\n(");
for (int i = 0; i < nmdp.StateFormulaLabels.Length; i++)
{
if (i > 0)
{
sb.Write(",");
}
sb.Write(nmdp.StateLabeling[state][i]);
}
sb.WriteLine(")\"];");
var cid = nmdp.GetRootContinuationGraphLocationOfState(state);
var fromNode = state.ToString();
ExportCid(nmdp, sb, fromNode, false, cid);
}
sb.WriteLine("}");
}
public void ConvertInitialTransitions()
{
var cidOfStateRoot = _nmdp.GetRootContinuationGraphLocationOfInitialState();
Clear(cidOfStateRoot);
_ltmdpContinuationDistributionMapper.AddInitialDistributionAndContinuation(cidOfStateRoot);
UpdateContinuationDistributionMapperAndCollectLeafs(cidOfStateRoot);
MarkovDecisionProcess.StartWithInitialDistributions();
var numberOfDistributions = _ltmdpContinuationDistributionMapper.GetNumbersOfDistributions();
for (var distribution = 0; distribution < numberOfDistributions; distribution++)
{
AddInitialDistribution(distribution);
}
MarkovDecisionProcess.FinishInitialDistributions();
}
