private static void ProbabilisticMappingQATest(string dbPath)
{
var loader = loadDB(dbPath);
var graph = new ComposedGraph(loader.DataLayer);
var qa = new PoolComputation.ProbabilisticQA.ProbabilisticQAModule(graph, new CallStorage(null));
var denotation1 = graph.GetNode("Barack Obama");
var q1 = "Who is United States of America president?";
var denotation2 = graph.GetNode("Vladimir Putin");
var q2 = "Who is Russia president?";
var q3 = "Who is Czech republic president?";
var denotation3 = graph.GetNode("Miloš Zeman");
qa.AdviceAnswer(q1, false, denotation1);
qa.AdviceAnswer(q2, false, denotation2);
qa.Optimize(100);
var pool = new ContextPool(graph);
// var a1 = qa.GetAnswer(q1, pool).ToArray();
var a3 = qa.GetAnswer(q3, pool).ToArray();
var repl_a1 = qa.GetAnswer(q1, pool).ToArray();
throw new NotImplementedException();
}
internal InterpretationGenerator(IEnumerable <FeatureCover> covers, InterpretationsFactory interpretations, ContextPool context, ProbabilisticQAModule owner)
{
var coversCopy = covers.ToArray();
if (coversCopy.Length == 0)
{
throw new NotSupportedException("Cannot create InterpretationGenerator without feature covers");
}
Covers = coversCopy;
_interpretations = interpretations;
_context = context.Clone();
_owner = owner;
_topicSelector = interpretations.GetTopicSelector(owner.Graph);
if (_topicSelector.MoveNext())
{
//initialize constraint selector
_currentConstraintSelector = interpretations.GetConstraintSelector(owner.Graph, _topicSelector.SelectedNodes);
}
}
internal ProbabilisticQAManager(ComposedGraph graph, CallStorage storage)
{
_pool = new ContextPool(graph);
_module = new ProbabilisticQAModule(_pool.Graph, storage);
}
